Annual Reports

  • 20-F (Sep 18, 2012)
  • 20-F (Sep 21, 2011)
  • 20-F (Dec 22, 2010)
  • 20-F (Sep 21, 2010)
  • 20-F (Sep 14, 2009)
  • 20-F (Sep 15, 2008)

 
8-K

 
Other

BHP Billiton 20-F 2009
Form 20-F
Table of Contents

 

 

UNITED STATES

SECURITIES AND EXCHANGE COMMISSION

Washington, D.C. 20549

 

 

FORM 20-F

 

 

(Mark One)

 

¨ REGISTRATION STATEMENT PURSUANT TO SECTION 12(b) OR 12(g) OF THE SECURITIES EXCHANGE ACT OF 1934

OR

 

x ANNUAL REPORT PURSUANT TO SECTION 13 OR 15 (d) OF THE SECURITIES EXCHANGE ACT OF 1934

FOR THE FISCAL YEAR ENDED 30 JUNE 2009

OR

 

¨ TRANSITION REPORT PURSUANT TO SECTION 13 OR 15 (d) OF THE SECURITIES AND EXCHANGE ACT OF 1934

 

¨ SHELL COMPANY REPORT PURSUANT TO SECTION 13 OR 15(d) OF THE SECURITIES EXCHANGE ACT OF 1934

Date of event requiring this shell company report                     

For the transition period from                      to                     

 

Commission file number: 001-09526   Commission file number: 001-31714
BHP BILLITON LIMITED   BHP BILLITON PLC
(ABN 49 004 028 077)   (REG. NO. 3196209)
(Exact name of Registrant as specified in its charter)   (Exact name of Registrant as specified in its charter)
VICTORIA, AUSTRALIA   ENGLAND AND WALES
(Jurisdiction of incorporation or organisation)   (Jurisdiction of incorporation or organisation)
180 LONSDALE STREET, MELBOURNE, VICTORIA 3000 AUSTRALIA  

NEATHOUSE PLACE, VICTORIA, LONDON,

UNITED KINGDOM

(Address of principal executive offices)   (Address of principal executive offices)

 

 

Securities registered or to be registered pursuant to section 12(b) of the Act.

 

Title of each class

 

Name of each exchange on

which registered

 

Title of each class

 

Name of each exchange on

which registered

American Depositary

Shares*

  New York Stock Exchange  

American Depositary

Shares*

  New York Stock Exchange

Ordinary Shares**

  New York Stock Exchange   Ordinary Shares, nominal value US$0.50 each**   New York Stock Exchange
* Evidenced by American Depositary Receipts. Each American Depositary Receipt represents two ordinary shares of BHP Billiton Limited or BHP Billiton Plc, as the case may be.
** Not for trading, but only in connection with the listing of the applicable American Depositary Shares.

Securities registered or to be registered pursuant to Section 12(g) of the Act.    

None

Securities for which there is a reporting obligation pursuant to Section 15(d) of the Act.    

None

 

 

Indicate the number of outstanding shares of each of the issuer’s classes of capital or common stock as of the close of the period covered by the annual report.

 

     BHP Billiton Limited   BHP Billiton Plc

Fully Paid Ordinary Shares

  

3,358,359,496    

  2,231,121,202

Indicate by check mark if the registrant is a well-known seasoned issuer, as defined in Rule 405 of the Securities Act.    Yes  x    No  ¨

If this report is an annual or transition report, indicate by check mark if the registrant is not required to file reports pursuant to Section 13 or 15(d) of the Securities Exchange Act of 1934.     Yes  ¨    No  x

Note—Checking the box above will not relieve any registrant required to file reports pursuant to Section 13 or 15(d) of the Securities Exchange Act of 1934 from their obligations under those Sections.

Indicate by check mark whether the registrant (1) has filed all reports required to be filed by Section 13 or 15(d) of the Securities Exchange Act of 1934 during the preceding 12 months (or for such shorter period that the registrant was required to file such reports), and (2) has been subject to such filing requirements for the past 90 days.    Yes  x    No  ¨

Indicate by check mark whether the registrant has submitted electronically and posted on its corporate Web site, if any, every Interactive Data File required to be submitted and posted pursuant to Rule 405 of Regulation S-T (§232.405 of this chapter) during the preceding 12 months (or for such shorter period that the registrant was required to submit and post such files).    Yes  ¨    No  ¨

Indicate by check mark whether the registrant is a large accelerated filer, an accelerated filer, or a non-accelerated filer. See definition of “accelerated filer and large accelerated filer” in Rule 12b-2 of the Exchange Act. (Check one):

 

Large accelerated filer    x

 

Accelerated filer    ¨

 

Non-accelerated filer    ¨

Indicate by check mark which basis of accounting the registrant has used to prepare the financial statements included in this filing:

 

U.S. GAAP  ¨

   International Financial Reporting Standards as issued by the International Accounting Standards Board   x    Other  ¨

If “Other” has been checked in response to the previous question, indicate by check mark which financial statement item the registrant has elected to follow.    Item 17  ¨    Item 18  ¨

If this is an annual report, indicate by checkmark whether the registrant is a shell company (as defined in Rule 12b-2 of the Exchange Act). Yes  ¨    No  x

 

 

 


Table of Contents

Table of Contents

 

1  

Key information

   1
1.1  

Our business

   1
1.2  

Chairman’s Review

   2
1.3  

Chief Executive Officer’s Report

   4
1.4  

Selected key measures

   6
1.5  

Risk factors

   7
1.6  

Forward looking statements

   12
2  

Information on the Company

   14
2.1  

BHP Billiton locations

   14
2.2  

Business overview

   18
2.3  

Production

   72
2.4  

Marketing

   77
2.5  

Minerals exploration

   78
2.6  

Resource and Business Optimisation

   78
2.7  

Government regulations

   78
2.8  

Sustainable Development—Health, Safety, Environment and Community

   82
2.9  

Closure and rehabilitation

   84
2.10  

Employees

   84
2.11  

Organisational structure

   86
2.12  

Material contracts

   88
2.13  

Constitution

   88
2.14  

Reserves

   94
3  

Operating and financial review and prospects

   109
3.1  

Introduction

   109
3.2  

Our strategy

   110
3.3  

Key measures

   111
3.4  

External factors and trends affecting our results

   114
3.5  

Application of critical accounting policies

   119
3.6  

Operating results

   119
3.7  

Liquidity and capital resources

   139
3.8  

Off-balance sheet arrangements and contractual commitments

   145
3.9  

Subsidiaries and related party transactions

   145
3.10  

Significant changes

   145
4  

Board of Directors and Group Management Committee

   146
4.1  

Board of Directors

   146
4.2  

Group Management Committee

   153
5  

Corporate Governance Statement

   155
5.1  

Governance at BHP Billiton

   155
5.2  

Shareholder engagement

   156
5.3  

Board of Directors

   157
5.4  

Board of Directors—Review, re-election and renewal

   165
5.5  

Board Committees

   168
5.6  

Risk management

   175
5.7  

Management

   177
5.8  

Business conduct

   178
5.9  

Market disclosure

   179
5.10  

Conformance with corporate governance standards

   179
5.11  

Additional UK disclosure

   181
5.12  

Controls and procedures

   181

 

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Table of Contents
6  

Remuneration Report

   183
6.1  

Remuneration policy and structure

   183
6.2  

Summary of remuneration for Marius Kloppers

   185
6.3  

Remuneration and performance

   186
6.4  

Non-executive Directors

   192
6.5  

Remuneration Committee

   193
6.6  

Remuneration in detail

   194
6.7  

Bonus amount for petroleum executives

   207
7  

Directors’ Report

   208
7.1  

Principal activities, state of affairs and business review

   208
7.2  

Share capital and buy-back programs

   209
7.3  

Results, financial instruments and going concern

   210
7.4  

Directors

   211
7.5  

Remuneration and share interests

   211
7.6  

Secretaries

   212
7.7  

Indemnities and insurance

   212
7.8  

Employee policies and involvement

   213
7.9  

Environmental performance

   213
7.10  

Corporate Governance

   214
7.11  

Dividends

   214
7.12  

Auditors

   214
7.13  

Non-audit services

   214
7.14  

Value of land

   214
7.15  

Political and charitable donations

   214
7.16  

Exploration, research and development

   215
7.17  

Creditor payment policy

   215
7.18  

Class order

   215
7.19  

Proceedings on behalf of BHP Billiton Limited

   215
7.20  

Directors’ shareholdings

   215
7.21  

GMC members’ shareholdings (other than Directors)

   216
7.22  

Performance in relation to environmental regulation

   217
7.23  

Share capital, restrictions on transfer of shares and other additional information

   217
8  

Legal proceedings

   218
9  

Financial Statements

   222
10  

Glossary

   223
10.1  

Non-mining terms

   223
10.2  

Mining and mining-related terms

   226
10.3  

Units of measure

   228
11  

Shareholder information

   229
11.1  

Markets

   229
11.2  

Share ownership

   229
11.3  

Dividends

   232
11.4  

Share price information

   233
11.5  

Taxation

   234
12  

Exhibits

   241

 

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Table of Contents

Form 20-F Cross Reference Table

 

Item Number

  

Description

  

Report section reference

1.

   Identity of directors, senior management and advisors    Not applicable

2.

   Offer statistics and expected timetable    Not applicable

3.

   Key Information   

    A

   Selected financial information    1.4.1

    B

   Capitalisation and indebtedness    Not applicable

    C

   Reasons for the offer and use of proceeds    Not applicable

    D

   Risk factors    1.5

4.

   Information on the company   

    A

   History and development of the company    2.2.1, 2.2.2 to 2.2.10, 2.3, 2.11 and 3

    B

   Business overview    1, 2.2 to 2.9 and 3.1

    C

   Organisational structure    2.11 and Note 27 to the Financial Statements

    D

   Property, plant and equipment    2.1, 2.2.2 to 2.2.10, 2.3, 2.8, 2.14 and 3.7.2

4A.

   Unresolved staff comments    None

5.

   Operating and financial review and prospects   

    A

   Operating results    1.5, 2.7, 3.4, 3.6

    B

   Liquidity and capital resources    3.7

    C

   Research and development, patents and licenses etc    2.5 and 2.6

    D

   Trend information    3.4.1 to 3.4.7

    E

   Off-balance sheet arrangements    3.8 and Notes 23 and 24 to the Financial Statements

    F

   Tabular disclosure of contractual obligations    3.8 and Notes 23 and 24 to the Financial Statements

6.

   Directors, senior management and employees   

    A

   Directors and senior management    4.1 and 4.2

    B

   Compensation    6

    C

   Board practices    4.1, 4.2, 5.1 to 5.12, 6.3, 6.4 and 6.6

    D

   Employees    2.10 and 7.8

    E

   Share ownership    6, 7.8, 7.20 and 7.21

7.

   Major shareholders and related party transactions   

    A

   Major shareholders    11.2

    B

   Related party transactions    3.9 and Note 33 to the Financial Statements

    C

   Interests of experts and counsel    Not applicable

8.

   Financial Information   

    A

   Consolidated statements and other financial information    8, 11.3 and F-1 to F-106

    B

   Significant changes    3.10

9.

   The offer and listing   

    A

   Offer and listing details    11.4

    B

   Plan of distribution    Not applicable

    C

   Markets    11.1

    D

   Selling shareholders    Not applicable

    E

   Dilution    Not applicable

    F

   Expenses of the issue    Not applicable

 

iii


Table of Contents

Item Number

  

Description

  

Report section reference

10.

   Additional Information   

    A

   Share capital    Not applicable

    B

   Memorandum and articles of association    2.7.3 and 2.13

    C

   Material contracts    2.12

    D

   Exchange controls    2.7.3

    E

   Taxation    11.5

    F

   Dividends and paying agents    Not applicable

    G

   Statement by experts    Not applicable

    H

   Documents on display    2.13.14

    I

   Subsidiary information    3.9 and Note 27 to the Financial Statements

11.

   Quantitative and qualitative disclosures about market risk    3.7.4 and Note 30 to the Financial Statements

12.

   Description of securities other than equity securities    Not applicable

13.

   Defaults, dividend arrearages and delinquencies    There have been no defaults, dividend arrearages or delinquencies

14.

   Material modifications to the rights of security holders and use of proceeds    There have been no material modifications to the rights of security holders and use of proceeds since our last Annual Report

15.

   Controls and procedures    5.5.1 and 5.12

16.

     

    A

   Audit committee financial expert    4.1 and 5.5.1

    B

   Code of ethics    5.8

    C

   Principal accountant fees and services    5.12.2 and Note 36 to the Financial Statements

    D

   Exemptions from the listing standards for audit committees    Not applicable

    E

   Purchases of equity securities by the issuer and affiliated purchasers    7.2

    F

   Change in Registrant’s Certifying Accountant    Not applicable

    G

   Corporate Governance    5.10

17.

   Financial statements    Not applicable as Item 18 complied with

18.

   Financial statements    F-1 to F-106 , Exhibit 15.1

19.

   Exhibits    12

 

iv


Table of Contents

1    Key information

1.1    Our business

We are the world’s largest diversified natural resources company. Our corporate objective is to create long-term value for shareholders through the discovery, development and conversion of natural resources, and the provision of innovative customer and market-focused solutions.

We pursue this objective through our unchanged strategy of investing in ‘tier one’ assets that are large, low-cost and long-life to provide a balanced portfolio of export-oriented commodities:

 

   

steelmaking products—iron ore, metallurgical coal, manganese

 

   

non-ferrous products—copper, aluminium, nickel, diamonds

 

   

energy products—petroleum, liquefied natural gas (LNG), energy coal, uranium.

We continue to invest in the future and have a deep inventory of growth assets.

Our operations and investments are designed to ensure the Group remains stable in the long term and responsive to market volatility in the short term.

The Group is headquartered in Melbourne, Australia, and consists of the BHP Billiton Limited Group and the BHP Billiton Plc Group as a combined enterprise, following the completion of the Dual Listed Company (DLC) merger in June 2001. BHP Billiton Limited and BHP Billiton Plc have each retained their separate corporate identities and maintained their separate stock exchange listings, but they are operated and managed as if they are a single unified economic entity, with their boards and senior executive management comprising the same people.

BHP Billiton Limited has a primary listing on the Australian Securities Exchange (ASX) in Australia. It has secondary listings on the Frankfurt Stock Exchange in Germany and the Swiss Stock Exchange in Switzerland and has notified its intention to delist from both these exchanges. We expect to complete these delistings in 2010. BHP Billiton Plc has a primary listing on the London Stock Exchange (LSE) in the UK and a secondary listing on the Johannesburg Stock Exchange in South Africa. In addition, BHP Billiton Limited American Depositary Receipts (ADRs) and BHP Billiton Plc ADRs trade on the New York Stock Exchange (NYSE) in the US.

As at 30 June 2009, we had a market capitalisation of approximately US$144 billion. For the year ended 30 June 2009, we reported net operating cash flow of US$18.9 billion, net profit attributable to shareholders of US$5.9 billion and revenue of US$50.2 billion. We have approximately 99,000 employees and contractors working in more than 100 operations in over 25 countries.

We operate nine businesses, called Customer Sector Groups (CSGs), which are aligned with the commodities we extract and market:

 

   

Petroleum

 

   

Aluminium

 

   

Base Metals

 

   

Diamonds and Specialty Products

 

   

Stainless Steel Materials

 

   

Iron Ore

 

   

Manganese

 

   

Metallurgical Coal

 

   

Energy Coal

 

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Table of Contents

1.2    Chairman’s Review

By any measure, this has been an extraordinary year.

The global financial crisis has created the worst business environment the world has faced in more than 60 years. World economic activity contracted dramatically and commodity prices fell sharply. Accompanying this, volatility has been high and should remain for the immediate future. While the global economy is showing signs of stabilising, the large developed economies are not expected to show real growth until at least the end of 2010.

BHP Billiton’s strategy has served us well during these volatile times. Since the merger of BHP and Billiton in 2001, we have focused on a few key fundamentals. These include owning and operating large, low-cost, long-life tier one assets; a commitment to a solid ‘A’ credit rating; a deep inventory of growth projects; and working hard to be leaders in safety, environmental management and community engagement.

While low commodity prices and less demand for our products led to a fall in profits, our resolute focus on our long-term strategy delivered record operating cash flow of almost US$19 billion, profit from operations, excluding exceptional items, of US$18.2 billion, and margins on this profit of more than 40 per cent. Dividends were increased by 17.1 per cent to 82 US cents per share. We have enviable balance sheet strength. At 30 June 2009, gearing was 12.1 per cent and we have an ‘A’ credit rating with significant funding capacity.

Despite producing strong operating and financial performance during a challenging year, our safety performance was simply unacceptable. This year, we had seven fatalities. The death of a family member at work has a devastating and long-lasting impact not only on the immediate family, but also on a wide community of relatives, friends and work colleagues. The Board has reinforced its emphasis on management creating a workplace free of injury.

In environmental management, the immediate issue facing the world is climate change. BHP Billiton shares the view that mainstream science is correct in drawing attention to the high risks associated with unmitigated climate change. However, we also believe that the problem is solvable and strongly support a global regime that is endorsed by both developed and major developing countries and provides the clarity and stability necessary to allow investment in carbon abatement activities to occur. We are determined to play our part and see business leadership as part of our role in achieving low carbon growth. To this end, we support key initiatives like the establishment of binding commitments for all developed and major developing countries.

We remain committed to prudently investing for the future. This is reflected in the agreement we signed with Rio Tinto in June this year to create an iron ore production joint venture in Western Australia. This joint venture represents a significant, strategic investment for the Group that provides us with the opportunity to capture significant synergies that can only come through this unique partnership. The agreement is non-binding and pre-conditions for its formation include regulatory, relevant governmental and shareholder approvals from both Rio Tinto and BHP Billiton shareholders.

Our ability to fund opportunities like these and the Group’s consistent, solid financial performance during this period is testament to the ability of Marius Kloppers and his team. Over the past five years, we have delivered Total Shareholder Returns(1) of 220 per cent, outperforming the FTSE 100, ASX 100 and our peers. There are very few companies in any sector with such solid financial and operating strength.

Clearly, as a Board, we have a responsibility to shareholders to ensure we attract, develop and retain the talented people we need to run our business. The way we reward and recognise those people is an important part of how we do this. Our reward and recognition arrangements are set out in the Remuneration Report. From your

 

(1) Weighted three month average US$ Total Shareholder Returns (TSR) of BHP Billiton Limited and BHP Billiton Plc. TSR reflects the changes in share price plus dividends over the period.

 

2


Table of Contents

Board’s point of view, the critical issue is that shareholders have the ability to fully understand remuneration arrangements, to monitor them and to express their opinion on their value. Aligning executive remuneration with shareholder value creation is fundamental.

Our program of Board renewal continued this year. David Jenkins, after nine years on the Board, will retire after the Annual General Meetings. David has made an outstanding contribution to the work of the Board; and on your behalf, I would like to thank David and wish him well for the future.

We also appointed Wayne Murdy as a non-executive Director. Wayne’s experience will be invaluable to your Board given his background as Chairman and Chief Executive Officer of Newmont Mining Corporation and 30 years’ experience in the mining and petroleum industries.

We remain committed to achieving the highest level of governance and continue to believe that there is a fundamental link between high-quality governance and the creation of shareholder value. We also recognise that governance is not just a matter for the Board, but that a good governance culture must be fostered throughout the Group.

Undoubtedly, the past year has been difficult. The economic landscape has changed and organisations have had to adjust to meet these unprecedented economic challenges. In many sectors of the economy we have witnessed quite dramatic falls in demand, and there have been large cutbacks in production across the commodities sector. We were not immune from this. We reduced production levels from many of our operations in response to the lower global commodities demand and in some instances also made difficult decisions to indefinitely suspend or close operations.

Looking ahead, economies around the world are responding to government-driven economic stimulus packages, the impact of which is difficult to measure; and consequently, there remains a level of uncertainty about the rate of economic growth over the short term. Having said that, there is evidence in the US, UK, Europe and Australia of increasing stability in financial systems and economies.

China, which has been the major source of demand for commodities in 2009, is showing early signs of improvement, providing strong support for short-term economic growth.

Over the longer term, we believe that emerging economies such as China and India will contribute the majority of world economic growth as they continue to industrialise, which will see demand for commodities continue to grow.

BHP Billiton maintains its unique position in the resources industry. We are able to generate above average returns in this part of the cycle, continue to invest in growth and are well-placed to take advantage of any upturn.

Finally, this will be my last report to you as Chairman.

Jac Nasser will succeed me when I retire. It is your Directors’ view that the choice of the Chairman is the responsibility of the Board. This is why, over the past 18 months, the Board itself has conducted the succession process for the new Chairman and when the Board met, John Buchanan, the Senior Independent Director for BHP Billiton Plc, chaired the meetings. Jac has outstanding skills and experience and will be an excellent Chairman. To ensure an orderly transition, the Board has asked me to stand for re-election at the upcoming Annual General Meetings, although I will not serve a full term and expect to retire from the Board in early 2010.

I want to acknowledge and sincerely thank you, our shareholders, for your support over the 13 years I have been on the BHP Billiton Board and my 10 years as Chairman. It has always been my underpinning principle to respect shareholders as the owners of the Company, as it is to you that I am accountable for the governance and performance of BHP Billiton. It has been an outstanding highlight in my life and an extraordinary privilege to serve you as Chairman.

 

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Table of Contents

1.3    Chief Executive Officer’s Report

The 2009 financial year was an interesting one as it was divided into distinct periods—the first with rapid growth in demand for products at record prices, and the second in which a global de-stocking cycle, following the global financial crisis, resulted in diminished demand and lower prices.

With aggressive growth plans following the preceding year’s record world economic growth in our industry, many of our peers and other companies were forced to make an about-turn in strategy in response to the global economic downturn. In many cases, long-term value was sacrificed as a result of short-term pressures.

While the shift in demand and prices also presented challenges for BHP Billiton, our long-standing strategy of focusing on a diversified portfolio of tier one, low-cost, long-life assets, allowed us to continue to focus on the long-term creation of value, in line with our corporate objective.

Safety

Our workforce contains many talented people who help make this Group what it is today: a premier global organisation. Given this, I am personally deeply saddened to report that this year seven deaths occurred at our operations. Any injury is unacceptable and these fatalities highlight the need to do more as an organisation to protect the health and safety of our people. To this end, we have undertaken a variety of measures, which have included reviews of our management procedures and safety systems.

Encouragingly, seven of our Customer Sector Groups reported improvements in Total Recordable Injury Frequency performance ranging from seven to 44 per cent. Twenty-four BHP Billiton sites completed 12 months of operations without a Lost Time Injury. In aggregate, this amounts to more than 23 million hours of work without a Lost Time Injury. Our challenge is to replicate this performance throughout our business and we must remain diligent in continuing our work towards zero workplace injuries.

Managing through the cycle

I have already stated that during the year, we stayed true to our strategy of focusing on long-term value creation. Operationally, however, we continued to seek ways that allow us to be responsive in the short term. For example, very early on in the global financial crisis and consistent with the way we have always managed our business, we reiterated our commitment to taking swift action in any operation that was cash negative and set to remain so, or for which we did not have sufficient customers for the particular product.

We acted quickly to curtail production across our metallurgical coal, manganese, nickel and iron ore pellet operations. Disappointingly, this slowdown in demand, coupled with the dramatic fall in nickel prices, led to the indefinite suspension of our Ravensthorpe operation in Western Australia. I can assure you that these decisions were carefully considered and that we are ever mindful of the effects on everyone involved.

While difficult decisions to reduce staff numbers were taken in some areas, we have continued to implement programs that work to attract and retain skilled people. For example, in May we announced the introduction of uniform, minimum paid parental leave benefits across our operations. The introduction of this initiative actively encourages broad inclusion in the workplace, which we believe will ultimately give us a strong competitive edge.

The strong cash flow from our existing portfolio along with low levels of financial gearing, enabled us to continue with our stated strategy of investing in our business throughout the cycle, with another four projects constituting US$5.9 billion of investment being approved during the year. Together with previously approved projects it brings our pipeline of projects in execution to approximately US$14 billion. We intend to invest approximately US$10 billion in capital and exploration expenditure in FY2010.

 

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Table of Contents

Additionally, our strong cash flow and low gearing enabled us to contemplate other non-organic growth opportunities. In this regard, we are very pleased with the recent non-binding agreement with Rio Tinto to combine our iron ore businesses in Western Australia in a 50-50 owned production joint venture. This joint venture will see us invest a further US$5.8 billion in this business beyond the already sanctioned projects.

Looking ahead

The major economies are starting to rebuild their inventories in sequence, led by an early recovery in China; and we may see a more predictable demand scenario for our products in the coming financial year. However, we do not expect a return to the same buoyant demand conditions that prevailed before the global financial crisis, or a return to record global growth rates within our forecasting horizon.

Given that China represents approximately 20 per cent of BHP Billiton’s revenue, and up to 50 per cent of the world’s raw material consumption, it merits additional comment. China’s reduction of lending controls in November 2008 has facilitated an increase in real estate and mortgage lending, which in turn has supported an increase in construction and increased demand for products we supply. Also, the infrastructure stimulus measures announced to improve China’s rail, road and air transport links will, in due course, create a need for raw materials. Therefore, we expect the resource intensive nature of Chinese growth to substantially drive global raw materials consumption. The investment plans that I detailed earlier will continue to supply product to meet this demand.

On a final note, I wish to thank all of BHP Billiton’s employees and contractors for their continued commitment, which has enabled the Group to deliver value in very challenging times.

In summary, our Group remains in an enviable position in its industry. Our low gearing, strong cash flow and portfolio of investment options positions us well to create value from the long-term demand for our commodities.

 

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1.4    Selected key measures

1.4.1    Financial information

Our selected financial information reflects the operations of the BHP Billiton Group, and should be read in conjunction with the 2009 financial statements, together with the accompanying notes.

We prepare our financial statements in accordance with International Financial Reporting Standards (IFRS), as issued by the International Accounting Standards Board, and as outlined in note 1 ‘Accounting policies’ to the financial statements in this Annual Report. We publish our consolidated financial statements in US dollars.

 

     2009     2008     2007 (a)     2006 (a)     2005 (a)  

Consolidated Income Statement (US$M except per share data)

          

Revenue

   50,211      59,473      47,473      39,099      31,150   

Profit from operations

   12,160      24,145      19,724      15,716      9,810   

Profit attributable to members of BHP Billiton Group

   5,877      15,390      13,416      10,450      6,396   

Dividends per ordinary share—paid during the period (US cents)

   82.0      56.0      38.5      32.0      23.0   

Dividends per ordinary share—declared in respect of the period (US cents)

   82.0      70.0      47.0      36.0      28.0   

Earnings per ordinary share (basic) (US cents) (b)

   105.6      275.3      229.5      173.2      104.4   

Earnings per ordinary share (diluted) (US cents) (b)

   105.4      274.8      228.9      172.4      104.0   

Number of ordinary shares (millions)

          

—At period end

   5,589      5,589      5,724      5,964      6,056   

—Weighted average

   5,565      5,590      5,846      6,035      6,124   

—Diluted

   5,598      5,605      5,866      6,066      6,156   

Consolidated Balance Sheet (US$M)

          

Total assets

   78,770      76,008      61,404      51,343      45,077   

Share capital

   2,861      2,861      2,922      3,242      3,363   

Total equity attributable to members of BHP Billiton Group

   39,954      38,335      29,667      24,218      17,575   

Other financial information

          

Underlying EBIT (US$M) (c)

   18,214      24,282      20,067      15,277      9,921   

Net operating cash flow (US$M)

   18,863      17,817      15,957      11,325      9,117   

Gearing (d)

   12.1   17.8   25.0   27.2   35.8

 

(a) On 1 July 2007, the Group adopted the policy of recognising its proportionate interest in the assets, liabilities, revenues and expenses of jointly controlled entities within each applicable line item of the financial statements. All such interests were previously recognised using the equity method. Comparative figures for the years 2007 to 2005 that were affected by the policy change have been restated. Total assets for 2006 and 2005, Profit from operations for 2005 and Net operating cash flow for 2005 have been restated but are unaudited.

 

(b) The calculation of the number of ordinary shares used in the computation of basic earnings per share is the aggregate of the weighted average number of ordinary shares outstanding during the period of BHP Billiton Limited and BHP Billiton Plc after deduction of the number of shares held by the Billiton share repurchase scheme and the Billiton Employee Share Ownership Plan Trust and the BHP Bonus Equity Plan Trust and adjusting for the BHP Billiton Limited bonus share issue. Included in the calculation of fully diluted earnings per share are shares contingently issuable under Employee Share Ownership Plans.

 

(c) Underlying EBIT is profit from operations, excluding the effect of exceptional items. See section 3.6.1 for more information about this measure, including a reconciliation to profit from operations.

 

(d) See section 10 for glossary definitions.

 

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1.4.2    Operational information

Our Board and Group Management Committee monitor a range of financial and operational performance indicators, reported on a monthly basis, to measure performance over time. We also monitor a comprehensive set of health, safety, environment and community contribution indicators.

 

     2009     2008    2007

People and Licence to operate—Health, safety, environment and community

       

Total Recordable Injury Frequency (TRIF) (a)

   5.6      5.9    7.4

Community investment (US$M) (a)

   197.8  (b)    141.0    103.4

Production

       

Total petroleum products (million barrels of oil equivalent)

   137.19      129.50    116.19

Alumina (’000 tonnes)

   4,396      4,554    4,460

Aluminium (’000 tonnes)

   1,233      1,298    1,340

Copper cathode and concentrate (’000 tonnes)

   1,207.1      1,375.5    1,250.1

Nickel (’000 tonnes)

   173.1      167.9    187.2

Iron ore (’000 tonnes)

   114,415      112,260    99,424

Metallurgical coal (’000 tonnes)

   36,416      35,193    38,429

Energy coal (’000 tonnes)

   68,206      80,868    87,025

 

(a) See section 10 for glossary definitions.

 

(b) In FY2009 we established a new UK-based charitable company, BHP Billiton Sustainable Communities, registered with the UK Charities Commission for the purpose of funding community investment globally. In FY2009 our voluntary community contribution included the provision of US$60 million to BHP Billiton Sustainable Communities.

1.5    Risk factors

We believe that, because of the international scope of our operations and the industries in which we are engaged, there are numerous factors which may have an effect on our results and operations. The following describes the material risks that could affect the BHP Billiton Group.

Fluctuations in commodity prices and impacts of the global financial crisis may negatively impact our results

The prices we obtain for our oil, gas, minerals and other commodities are determined by, or linked to, prices in world markets, which have historically been subject to substantial variations. The Group’s usual policy is to sell its products at the prevailing market prices. The diversity provided by the Group’s broad portfolio of commodities may not fully insulate the effects of price changes. Fluctuations in commodity prices can occur due to sustained price shifts reflecting underlying global economic and geopolitical factors, industry demand and supply balances, product substitution and national tariffs. The global financial crisis has severely impacted commodity markets in terms of lower prices, reduced demand and increased price volatility. The ongoing uncertainty and impact on global economic growth, particularly in the developed economies, may impact future demand and prices for commodities. The influence of hedge and other financial investment funds participating in commodity markets has increased in recent years contributing to higher levels of price volatility. The impact of potential longer-term sustained price shifts and shorter-term price volatility creates the risk that our financial and operating results and asset values will be materially and adversely affected by unforeseen declines in the prevailing prices of our products.

We seek to maintain a solid ‘A’ credit rating as part of our strategy. Notwithstanding our financial and capital management programs the ongoing effects of the global financial crisis may impact our future cash flows and credit rating.

 

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Our profits may be negatively affected by currency exchange rate fluctuations

Our assets, earnings and cash flows are influenced by a wide variety of currencies due to the geographic diversity of the countries in which we operate. Fluctuations in the exchange rates of those currencies may have a significant impact on our financial results. The US dollar is the currency in which the majority of our sales are denominated. Operating costs are influenced by the currencies of those countries where our mines and processing plants are located and also by those currencies in which the costs of imported equipment and services are determined. The Australian dollar, South African rand, Chilean peso, Brazilian real and US dollar are the most important currencies influencing our operating costs. Given the dominant role of the US currency in our affairs, the US dollar is the currency in which we present financial performance. It is also the natural currency for borrowing and holding surplus cash. We do not generally believe that active currency hedging provides long-term benefits to our shareholders. We may consider currency protection measures appropriate in specific commercial circumstances, subject to strict limits established by our Board. Therefore, in any particular year, currency fluctuations may have a significant impact on our financial results.

Failure to discover new reserves, maintain or enhance existing reserves or develop new operations could negatively affect our future results and financial condition

The increased demand for our products and increased production rates from our operations in recent years has resulted in existing reserves being depleted at an accelerated rate. Because our revenues and profits are related to our oil and gas and minerals operations, our results and financial conditions are directly related to the success of our exploration and acquisition efforts, and our ability to replace existing reserves. The depletion of reserves has necessitated increased exploration adjacent to established operations and development of new operations in less-developed countries. Additionally these activities may increase land tenure, infrastructure and related political risks. A failure in our ability to discover new reserves, enhance existing reserves or develop new operations in sufficient quantities to maintain or grow the current level of our reserves could negatively affect our results, financial condition and prospects.

There are numerous uncertainties inherent in estimating ore and oil and gas reserves, and geological, technical and economic assumptions that are valid at the time of estimation may change significantly when new information becomes available. The impacts of the global financial crisis may impact economic assumptions related to reserve recovery and require reserve restatements. Reserve restatements could negatively affect our reputation, results, financial condition and prospects.

Reduction in Chinese demand may negatively impact our results

The Chinese market has become a significant source of global demand for commodities. In calendar year 2008, China represented 49 per cent of global seaborne iron ore demand, 28 per cent of copper demand, 28 per cent of nickel demand and 18 per cent of energy demand. China’s demand for these commodities has been driving global materials demand over the past decade.

The strong economic growth and infrastructure development in China of recent years has been tempered by the global financial crisis. Sales into China generated US$9.9 billion (FY2008: US$11.7 billion), or 19.7 per cent (FY2008: 19.6 per cent), of our revenue in the year ended 30 June 2009. A continued slowing in China’s economic growth could result in lower prices and demand for our products and therefore reduce our revenues.

In response to its increased demand for commodities, China is increasingly seeking strategic self-sufficiency in key commodities, including investments in existing businesses or new developments in other countries. These investments may adversely impact future commodity demand and supply balances and prices.

Actions by governments or political events in the countries in which we operate could have a negative impact on our business

We have operations in many countries around the globe, some of which have varying degrees of political and commercial stability. We operate in emerging markets, which may involve additional risks that could have

 

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an adverse impact upon the profitability of an operation. These risks could include terrorism, civil unrest, nationalisation, renegotiation or nullification of existing contracts, leases, permits or other agreements, and changes in laws and policy, as well as other unforeseeable risks. Risks relating to bribery and corruption may be prevalent in some of the countries in which we operate. If one or more of these risks occurs at one of our major projects, it could have a negative effect on the operations in those countries as well as the Group’s overall operating results and financial condition.

Our business could be adversely affected by new government regulation, such as controls on imports, exports and prices, new forms or rates of taxation and royalties. Increasing requirements relating to regulatory, environmental and social approvals can potentially result in significant delays in construction and may adversely impact upon the economics of new mining and oil and gas projects, the expansion of existing operations and results of our operations.

Infrastructure such as rail, ports, power and water, is critical to our business operations. We have operations or potential development projects in countries where government provided infrastructure or regulatory regimes for access to infrastructure, including our own privately operated infrastructure, may be inadequate or uncertain. These may adversely impact the efficient operations and expansion of our businesses.

In South Africa, the Mineral and Petroleum Resources Development Act (2002) (MPRDA) came into effect on 1 May 2004. The law provides for the conversion of existing mining rights (so called ‘Old Order Rights’) to rights under the new regime (‘New Order Rights’) subject to certain undertakings to be made by the company applying for such conversion. The Mining Charter requires that mining companies achieve 15 per cent ownership by historically disadvantaged South Africans of South African mining assets by 1 May 2009 and 26 per cent ownership by 1 May 2014. If we are unable to convert our South African mining rights in accordance with the MPRDA and the Mining Charter, we could lose some of those rights. Where new order mining rights are obtained under the MPRDA, these rights may not be equivalent to the old order mining rights in terms of duration, renewal, rights and obligations.

We operate in several countries where ownership of land is uncertain and where disputes may arise in relation to ownership. In Australia, the Native Title Act (1993) provides for the establishment and recognition of native title under certain circumstances. In South Africa, the Extension of Security of Tenure Act (1997) and the Restitution of Land Rights Act (1994) provide for various landholding rights. Such legislation could negatively affect new or existing projects.

We may not be able to successfully integrate our acquired businesses

We have grown our business in part through acquisitions. We expect that some of our future growth will stem from acquisitions. There are numerous risks encountered in business combinations. These include adverse regulatory conditions and obligations, commercial objectives not achieved due to minority interests, unforeseen liabilities arising from the acquired businesses, retention of key staff, anticipated synergies and cost savings being delayed or not being achieved, uncertainty in sales proceeds from planned divestments, and planned expansion projects are delayed or higher cost than anticipated. These factors could negatively affect our financial condition and results of operations.

We may not recover our investments in mining and oil and gas projects

Our operations may be impacted by changed market or industry structures, commodity prices, technical operating difficulties, inability to recover our mineral, oil or gas reserves and increased operating cost levels. These may impact the ability for assets to recover their historical investment and may require financial write-downs adversely impacting our financial results.

 

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Our non-controlled assets may not comply with our standards

Some of our assets are controlled and managed by joint venture partners or by other companies. Some joint venture partners may have divergent business objectives which may impact business and financial results. Management of our non-controlled assets may not comply with our management and operating standards, controls and procedures (including health, safety, environment). Failure to adopt equivalent standards, controls and procedures at these assets could lead to higher costs and reduced production and adversely impact our results and reputation.

Operating cost pressures and shortages could negatively impact our operating margins and expansion plans

The strong commodity cycle of past years led to increasing cost pressures across the resources industry and shortages in skilled personnel, contractors, materials and supplies that are required as critical inputs to our existing operations and planned developments. Recent rapid declines in commodity prices without commensurate cost declines have resulted in operating margins being reduced. Notwithstanding our efforts to reduce costs and a number of key cost inputs being commodity price-linked, the inability to reduce costs and a timing lag may impact our operating margins for an extended period.

Changing industrial relations legislation such as the Australian Fair Work Act 2009 may impact workforce flexibility, productivity and costs. Labour unions may seek to pursue claims under the new framework. Industrial action may impact our operations resulting in lost production and revenues.

A number of our operations are energy or water intensive and, as a result, the Group’s costs and earnings could be adversely affected by rising costs or by supply interruptions. These could include the unavailability of energy, fuel or water due to a variety of reasons, including fluctuations in climate, significant increase in costs, inadequate infrastructure capacity, interruptions in supply due to equipment failure or other causes and the inability to extend supply contracts on economical terms.

These factors have led, and could continue to lead, to increased operating costs at existing operations.

Increased costs and schedule delays may impact our development projects

Although we devote significant time and resources to our project planning, approval and review process, we may underestimate the cost or time required to complete a project. In addition, we may fail to manage projects as effectively as we anticipate, and unforeseen challenges may emerge. Any of these may result in increased capital costs and schedule delays at our development projects impacting anticipated financial returns.

Health, safety, environmental and community exposures and related regulations may impact our operations and reputation negatively

The nature of the industries in which we operate means that our activities are highly regulated by health, safety and environmental laws. As regulatory standards and expectations are constantly developing, we may be exposed to increased litigation, compliance costs and unforeseen environmental remediation expenses.

Potential health, safety, environmental and community events that may materially impact our operations include rockfall incidents in underground mining operations, aircraft incidents, light vehicle incidents, explosions or gas leaks, incidents involving mobile equipment, uncontrolled tailings breaches, escape of polluting substances, community protests or civil unrest.

Longer-term health impacts may arise due to unanticipated workplace exposures by employees or site contractors. These effects may create future financial compensation obligations.

 

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We provide for operational closure and site remediation. We have closure plans for all of our operating and closed facilities. Changes in regulatory or community expectations may result in the relevant plans not being adequate. This may impact financial provisioning and costs at the affected operations.

We contribute to the communities in which we operate by providing skilled employment opportunities, salaries and wages, taxes and royalties and community development programs. Notwithstanding these actions, local communities may become dissatisfied with the impact of our operations, potentially affecting costs and production, and in extreme cases viability.

Legislation requiring manufacturers, importers and downstream users of chemical substances, including metals and minerals, to establish that the substances can be used without negatively affecting health or the environment may impact our operations and markets. These potential compliance costs, litigation expenses, regulatory delays, remediation expenses and operational costs could negatively affect our financial results.

We may continue to be exposed to increased operational costs due to the costs and lost time associated with the HIV/AIDS and malaria infection rate mainly within our African workforce. Because we operate globally, we may be affected by potential influenza outbreaks, such as A(H1N1) and avian flu, in any of the regions in which we operate.

Despite our best efforts and best intentions, there remains a risk that health, safety, environmental and/or community incidents or accidents may occur that may negatively impact our reputation or licence to operate.

Unexpected natural and operational catastrophes may impact our operations

We operate extractive, processing and logistical operations in many geographic locations both onshore and offshore. Our operational processes and geographic locations may be subject to operational accidents such as port and shipping incidents, fire and explosion, pitwall failures, loss of power supply, railroad incidents and mechanical failures. Our operations may also be subject to unexpected natural catastrophes such as earthquakes, flood, hurricanes and tsunamis. Based on our claims, insurance premiums and loss experience, our risk management approach changed during the year to maintaining self-insurance for property damage and business interruption related risk exposures. Existing business continuity plans may not provide protection for all of the costs that may arise from such events. The impact of these events could lead to disruptions in production and loss of facilities more than offsetting premiums saved and adversely affecting our financial results.

Climate change and greenhouse effects may adversely impact our operations and markets

We are a major producer of carbon-related products such as energy and metallurgical coal, oil, gas, and liquefied natural gas. Carbon based energy is also a significant input in a number of the Group’s mining and processing operations.

A number of governments or governmental bodies have introduced or are contemplating regulatory change in response to the impacts of climate change. The December 1997 Kyoto Protocol established a set of greenhouse gas emission targets for developed countries that have ratified the Protocol. The European Union Emissions Trading System (EU ETS), which came into effect on 1 January 2005, has had an impact on greenhouse gas and energy-intensive businesses based in the EU. Our Petroleum assets in the UK are currently subject to the EU ETS, as are our EU based customers. Elsewhere, there is current and emerging climate change regulation that will affect energy prices, demand and margins for carbon intensive products. The Australian Government’s plan of action on climate change includes the introduction of a national emissions trading scheme by 2011 and a mandatory renewable energy target of 20 per cent by the year 2020. From a medium- to long-term perspective, we are likely to see some changes in the cost position of our greenhouse-gas-intensive assets and energy-intensive assets as a result of regulatory impacts in the countries in which we operate. These regulatory mechanisms may impact our operations directly or indirectly via our suppliers and customers. Inconsistency of

 

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regulations particularly between developed and developing countries may also change the competitive position of some of our assets. Assessments of the potential impact of future climate change regulation are uncertain given the wide scope of potential regulatory change in the many countries in which we operate.

The physical impacts of climate change on our operations are highly uncertain and will be particular to the geographic circumstances. These may include changes in rainfall patterns, water shortages, rising sea levels, increased storm intensities and higher average temperature levels. These effects may adversely impact the cost, production and financial performance of our operations.

Our human resource talent pool may not be adequate to support our growth

Our existing operations and our pipeline of development projects, when activated, require highly skilled staff with relevant industry and technical experience. The inability of the Group and industry to attract and retain such people may adversely impact our ability to adequately meet demand in projects and fill roles in existing operations. Skills shortages in engineering, technical service, construction and maintenance contractors may impact activities. These shortages may adversely impact the cost and schedule of development projects and the cost and efficiency of existing operations.

Breaches in our information technology (IT) security processes may adversely impact the conduct of our business activities

We maintain global IT and communication networks and applications to support our business activities. IT security processes protecting these systems are in place and subject to assessment as part of the review of internal control over financial reporting. These processes may not prevent future malicious action or fraud by individuals or groups, resulting in the corruption of operating systems, theft of commercially sensitive data, misappropriation of funds and disruptions to our business operations.

A breach in our governance processes may lead to regulatory penalties and loss of reputation

We operate in a global environment straddling multiple jurisdictions and complex regulatory frameworks. Our governance and compliance processes, which include the review of control over financial reporting, may not prevent future potential breaches of law, accounting or governance practice. Our Code of Business Conduct and anti-trust standards may not prevent instances of fraudulent behaviour and dishonesty nor guarantee compliance with legal or regulatory requirements. This may lead to regulatory fines, litigation, loss of operating licences or loss of reputation.

1.6    Forward looking statements

This Annual Report contains forward looking statements, including statements regarding:

 

   

estimated reserves

 

   

trends in commodity prices

 

   

demand for commodities

 

   

plans, strategies and objectives of management

 

   

closure or divestment of certain operations or facilities (including associated costs)

 

   

anticipated production or construction commencement dates

 

   

expected costs or production output

 

   

anticipated productive lives of projects, mines and facilities

 

   

provisions and contingent liabilities.

 

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Forward looking statements can be identified by the use of terminology such as ‘intend’, ‘aim’, ‘project’, ‘anticipate’, ‘estimate’, ‘plan’, ‘believe’, ‘expect’, ‘may’, ‘should’, ‘will’, ‘continue’ or similar words. These statements discuss future expectations concerning the results of operations or financial condition, or provide other forward looking statements.

These forward looking statements are not guarantees or predictions of future performance, and involve known and unknown risks, uncertainties and other factors, many of which are beyond our control, and which may cause actual results to differ materially from those expressed in the statements contained in this Annual Report. Readers are cautioned not to put undue reliance on forward looking statements.

For example, our future revenues from our operations, projects or mines described in this Annual Report will be based, in part, upon the market price of the minerals, metals or petroleum produced, which may vary significantly from current levels. These variations, if materially adverse, may affect the timing or the feasibility of the development of a particular project or the expansion of certain facilities or mines.

Other factors that may affect the actual construction or production commencement dates, costs or production output and anticipated lives of operations, mines or facilities include our ability to profitably produce and transport the minerals, petroleum and/or metals extracted to applicable markets; the impact of foreign currency exchange rates on the market prices of the minerals, petroleum or metals we produce; activities of government authorities in some of the countries where we are exploring or developing these projects, facilities or mines, including increases in taxes, changes in environmental and other regulations and political uncertainty; and other factors identified in the description of the risk factors above.

We cannot assure you that our estimated economically recoverable reserve figures, closure or divestment of such operations or facilities, including associated costs, actual production or commencement dates, cost or production output or anticipated lives of the projects, mines and facilities discussed in this Annual Report, will not differ materially from the statements contained in this Annual Report.

Except as required by applicable regulations or by law, the Group does not undertake any obligation to publicly update or review any forward looking statements, whether as a result of new information or future events.

 

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2    Information on the Company

2.1    BHP Billiton locations

We extract and process minerals, oil and gas from our production operations located primarily in Australia, the Americas and southern Africa. We sell our product globally with our marketing activities centralised in Singapore, The Hague and Antwerp.

LOGO

 

14


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Petroleum

 

Ref

  

Country

  

Site/Asset

  

Description

   Ownership

1

   Algeria    Ohanet    Onshore wet gas development    45%

2

   Algeria    ROD    Onshore oil development, comprising development and production of six oil fields    45%

3

   Australia    Bass Strait    Production of oil, condensate, LPG, natural gas and ethane located in the Gippsland Basin, offshore southern Australia    50%

4

   Australia    Minerva    Operator of offshore gas field development in the Otway Basin of Victoria    90%

5

   Australia    North West Shelf    One of Australia’s largest resource projects, producing liquids, LNG and domestic gas located offshore northwestern Australia    8.33-16.67%

6

   Australia   

Stybarrow/

Griffin

   Operator of Stybarrow oil development and Griffin oil and gas development located offshore Western Australia    45-50%

7

   Pakistan    Zamzama    Operator of onshore gas development in Sindh province    38.5%

8

   Trinidad & Tobago    Greater Angostura    Operator of oil and gas field located offshore east Trinidad    45%

9

   UK    Bruce/Keith    Oil and gas production in the UK North Sea    16-31.83%

10

   UK    Liverpool Bay    Operator of oil and gas developments in the Irish Sea    46.1%

11

   US    Gulf of Mexico    Interests in several producing assets, including deepwater oil and gas production at:   
         —Atlantis    44%
         —Shenzi/Genghis Khan    44%
         —Mad Dog    23.9%
         —Neptune    35%
         Additional other interests in producing assets and a significant exploration acreage position    4.95-100%

Aluminium

 

Ref

   Country   

Site/Asset

  

Description

   Ownership

12

   Australia    Boddington/ Worsley    Integrated bauxite mine and alumina refinery in Western Australia    86%

13

   Brazil    Alumar    Integrated alumina refinery, aluminium smelter and port facilities in Maranhão province    36-40%

14

   Brazil    MRN    Bauxite mine in Pará province    14.8%

15

   Guinea   

Guinea Alumina

Project

   Integrated bauxite mine and alumina refiner (currently undertaking feasibility study)    33.3%

16

   Mozambique    Mozal    Aluminium smelter near Maputo    47.1%

17

   South Africa   

Hillside/

Bayside

   Two aluminium smelters at Richards Bay    100%

18

   Suriname    Paranam    Bauxite mines and alumina refinery *    45%

 

* Asset sale completed 31 July 2009

 

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Base Metals

 

Ref

  

Country

  

Site/Asset

  

Description

   Ownership
19    Australia    Cannington    Silver, lead and zinc mine in northwest Queensland    100%
20    Australia    Olympic Dam    Underground copper, uranium, gold and silver mine in South Australia    100%
21    Chile    Cerro Colorado    Open-cut mine producing copper cathode in Atacama Desert, northern Chile    100%
22    Chile    Escondida    Copper mines in Atacama Desert, northern Chile    57.5%
23    Chile    Spence    Open-cut mine producing copper cathode in Atacama Desert, northern Chile    100%
24    Peru    Antamina    Copper and zinc mine located in the Andes, north-central Peru    33.75%
25    US    Pinto Valley    Copper mine located in the state of Arizona    100%

Diamonds and Specialty Products

 

Ref

  

Country

  

Site/Asset

  

Description

   Ownership
26    Canada    EKATI    Diamond mine in Northwest Territories    80%
27    Canada    Potash    Greenfield potash projects near Saskatoon, Saskatchewan    100%
28    South Africa    Richards Bay Minerals    Integrated titanium smelter and mineral sands mine    50%

Stainless Steel Materials

 

Ref

  

Country

  

Site/Asset

  

Description

   Ownership
29    Australia    Nickel West    Nickel assets including Mt Keith, Leinster and Cliffs operations, Kambalda nickel concentrator, Kalgoorlie nickel smelter, Kwinana nickel refinery, and Ravensthorpe nickel mine and processing facility    100%
30    Australia    Yabulu Refinery    Laterite nickel and cobalt processing plants northwest of Townsville *    100%
31    Colombia    Cerro Matoso    Integrated ferronickel mining and smelting complex in northern Colombia    99.94%

 

* Asset sale completed 31 July 2009

Iron Ore

 

Ref

  

Country

 

Site/Asset

  

Description

   Ownership
32    Australia   Western Australia Iron Ore    Integrated mine, rail and port operations in the Pilbara    85-100%
33    Brazil   Samarco    Integrated mine, pipeline and port operations producing iron ore pellets in southeast Brazil    50%

 

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Manganese

 

Ref

  

Country

  

Site/Asset

  

Description

   Ownership
34    Australia    GEMCO    Producer of manganese ore in the Northern Territory    60%
35    Australia    TEMCO    Producer of manganese alloys in Tasmania    60%
36    South Africa    Samancor Manganese    Integrated producer of manganese ore (Hotazel Manganese Mines), alloy (Metalloys) and manganese metal (Manganese Metal Company)    60%

Metallurgical Coal

 

Ref

  

Country

  

Site/Asset

  

Description

   Ownership
37    Australia    Illawarra Coal    Three underground coal mines in southern New South Wales with access to rail and port facilities    100%
38    Australia    Queensland Coal    Integrated mine, rail and port operations, including a loading terminal at Hay Point, in the Bowen Basin, central Queensland    50-80%

Energy Coal

 

Ref

  

Country

  

Site/Asset

  

Description

   Ownership
39    Australia    Hunter Valley Energy Coal    Mt Arthur Coal open-cut mine in Hunter Valley, New South Wales    100%
40    Colombia    Cerrejón    Export coal mine with integrated rail and port facilities in La Guajira province    33.3%
41    South Africa   

Energy Coal

South Africa

   Three energy coal mines in Witbank region of Mpumalanga province    84-100%
42    US   

New Mexico

Coal

   Two mines in New Mexico supplying energy coal to adjacent power stations    100%

Offices

 

Ref

  

Country

  

Location

  

Ref

  

Country

  

Location

43    Australia    Adelaide l   

57

  

Indonesia

  

Jakarta l

44    Australia    Brisbane ¿ l   

58

  

Japan

  

Tokyo l

45    Australia   

Melbourne ¿ l

(Global Headquarters)

  

59

  

Netherlands

  

The Hague l

46    Australia    Newcastle l   

60

  

New Caledonia

  

Noumea l

47    Australia    Perth ¿ l p   

61

  

Philippines

  

Manila l

48    Australia    Sydney ¿   

62

  

Russia

  

Moscow p

49    Belgium    Antwerp l   

63

  

Singapore

  

Singapore l p

50    Brazil    Rio de Janeiro l   

64

  

South Africa

  

Johannesburg ¿ l p

51    Canada    Vancouver ¿   

65

  

South Africa

  

Richards Bay l

52    Chile    Santiago ¿ l p   

66

  

South Korea

  

Seoul l

53    China    Shanghai l   

67

  

Switzerland

  

Baar l

54    Colombia    Cartagena l   

68

  

UK

  

London ¿

55    Gabon    Libreville p   

69

  

US

  

Houston ¿ l

56    India    New Delhi l    70    US    Pittsburgh l

 

¿ Corporate/Business Centres

 

l Marketing Offices

 

p Minerals Exploration Offices

 

17


Table of Contents

2.2    Business overview

2.2.1    History and development

Since 29 June 2001, we have operated under a Dual Listed Company (DLC) structure. Under the DLC structure, the two parent companies, BHP Billiton Limited (formerly BHP Limited and before that The Broken Hill Proprietary Company Limited) and BHP Billiton Plc (formerly Billiton Plc) operate as a single economic entity, run by a unified Board and management team. More details of the DLC structure are located under section 2.11 of this Report.

BHP Billiton Limited was incorporated in 1885 and is registered in Australia with ABN 49 004 028 077. BHP Billiton Plc was incorporated in 1996 and is registered in England and Wales with registration number 3196209. Successive predecessor entities to BHP Billiton Plc have operated since 1860.

The registered office of BHP Billiton Limited is 180 Lonsdale Street, Melbourne, Victoria 3000, Australia, and its telephone number is 1300 55 47 57 (within Australia) or +61 3 9609 3333 (outside Australia). The registered office of BHP Billiton Plc is Neathouse Place, London SW1V 1BH, UK, and its telephone number is +44 20 7802 4000.

2.2.2    Petroleum Customer Sector Group

Our Petroleum CSG is a global oil and gas business employing more than 1,500 people worldwide and headquartered in Houston, Texas. We have producing assets in six countries and exploration opportunities in a further six countries.

Our financial strength allows us to reinvest in our long-term growth through exploration even through the most challenging of economic times. During FY2009, we have captured new exploration interests in countries such as India, supplemented our existing portfolio in Australia and the Gulf of Mexico, and executed seismic programs in countries such as Malaysia. BHP Billiton Petroleum continues to build its capability as an operator of some of the world’s largest and technically challenging projects. We have delivered the Shenzi deepwater, tension-leg platform ahead of schedule and within budget.

We continue to deliver production growth through delivery of new projects and ongoing focus on driving base performance. During FY2009, first production was achieved from five projects—Neptune, Shenzi and Atlantis North (all US) and North West Shelf Train 5 and Angel (both Australia). We have realised annual production volumes of 137.2 million barrels of oil equivalent in FY2009. This represents an increase of 6 per cent over the previous financial year.

We sell our crude oil production to refiners around the world at market prices. Gas is generally marketed under long-term domestic contracts and we export LNG under long-term contracts. Almost three-quarters of our contracted LNG sales volumes are subject to contracts that contain provisions allowing prices to be reset within the next four years. However, more than a quarter of our currently contracted volumes are subject to long-term fixed-price contracts, some of which were priced in a lower price environment.

Our production assets are as follows:

Bass Strait

Together with our 50-50 joint venture partner, Esso Australia, a subsidiary of ExxonMobil, we have been producing oil and gas from Bass Strait, off the south-eastern coast of the Australian mainland, for 40 years, having participated in the original discovery of hydrocarbons there in 1965. We dispatch the majority of our Bass Strait crude oil and condensate production to refineries along the east coast of Australia. Gas is piped ashore to our Longford processing facility, from where we sell our production to domestic distributors under contracts with periodic price reviews.

 

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North West Shelf

We are a joint venture participant in the North West Shelf Project in Western Australia. The North West Shelf Project was developed in phases: the domestic gas phase, which supplies gas to the Western Australian domestic market mainly under long-term contracts, and a series of LNG expansion phases, which supply LNG to buyers in Japan, Korea and China under a series of long-term contracts. We also produce LPG and condensate.

We are also a joint venture participant in four nearby oil fields. Both the North West Shelf gas and oil ventures are operated by Woodside Petroleum Ltd.

Gulf of Mexico

Our production in the Gulf of Mexico has continued to expand, with the Neptune and Shenzi projects coming on line in FY2009. We operate three fields in the Gulf of Mexico (Neptune, Shenzi/Genghis Khan and consolidated operations in the West Cameron area), and hold non-operating minority interests in a further three fields (Atlantis, Mad Dog and Genesis). We also own 25 per cent and 22 per cent, respectively, of the companies that own and operate the Caesar oil pipeline and the Cleopatra gas pipeline which transport oil and gas from the Green Canyon area, where a number of our fields are located, to connecting pipelines that transport product to the mainland. We deliver our oil production to refineries along the Gulf Coast of the United States.

In early September 2008, the Mad Dog facility suffered damage from Hurricane Ike, including the loss of a portion of the drilling derrick, which sat atop the spar facility. Production from the facility resumed in late October 2008, and engineering studies to review replacement options for the lost drilling equipment are currently being conducted by the operator.

Zamzama

We hold a 38.5 per cent working interest in and operate the Zamzama gas project in Sindh province of Pakistan. The existing capacity of Zamzama is 500 million cubic feet of gas per day and 3,350 barrels of condensate per day. Both gas and condensate are sold domestically.

Liverpool Bay and Bruce/Keith

The Liverpool Bay integrated development consists of six offshore gas and oil fields in the Irish Sea, the Point of Ayr onshore processing plant in North Wales, and associated infrastructure. We deliver all of the Liverpool Bay gas by pipeline to E.ON’s Connah’s Quay power station. We own 46 per cent of and operate Liverpool Bay. We also hold a 16 per cent non-operating interest in the Bruce oil and gas field in the North Sea and operate the Keith field, a subsea tie-back, which is processed via the Bruce platform facilities.

Algeria

Our Algerian assets consist of our effective 45 per cent interest in the Ohanet wet gas development and our 45 per cent interest in ROD, the production sharing contract which consists of six satellite oil fields that pump oil back to a dedicated processing train.

Stybarrow

We are the operator of the Stybarrow project (50 per cent our share), a nine well subsea development in approximately 825 metres of water approximately 65 kilometres offshore north Western Australia. The project uses a floating production storage and offtake facility with capacity of approximately 80 thousand barrels of oil per day.

 

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Other Australia

We are the operator of the Griffin project (45 per cent our share) where oil and gas are produced via the Griffin Venture, a floating production storage and offtake facility. We pipe natural gas to shore, where it is delivered directly into a pipeline and sold domestically. The Griffin Venture will cease production in October 2009 as the facility reaches the end of its useful life. We also operate the Minerva gas field located offshore Victoria in which we hold a 90 per cent interest.

Trinidad and Tobago

The Greater Angostura project is an integrated oil and gas development located offshore east Trinidad. We are the operator of the field and have a 45 per cent interest in the production sharing contract for the project.

Information on Petroleum operations

Significant oil and gas assets

Production and reserve information for our most significant oil and gas assets are listed in the table below:

 

Asset

  

Location

   FY2009
Net Production
(MMboe)
   Net Proved Reserves
(MMboe)

Bass Strait

   Offshore SE Australia    38    462

North West Shelf

   Offshore NW Australia    31    386

Atlantis

   Gulf of Mexico    11    98

Zamzama

   Pakistan    10    87

Mad Dog

   Gulf of Mexico    5    77

Shenzi/Genghis Khan

   Gulf of Mexico    3    24

Pyrenees

   Offshore NW Australia    —      49

The following table contains additional details of our production operations. This table should be read in conjunction with the production (see section 2.3.1) and reserve tables (see section 2.14.1).

 

Name, location and type of asset

  

Ownership and operation

  

Title/lease

  

Facilities

AUSTRALIA/ASIA

        

Bass Strait

 

Offshore Victoria, Australia

 

Oil and gas production

  

We hold a 50% interest in the Bass Strait fields.

 

Esso Australia owns the other 50% interest and is the operator.

 

Oil Basins Ltd holds a 2.5% royalty interest in 18 of the production licences.

  

The venture holds 20 production licences and two retention leases issued by the Commonwealth of Australia with expiry dates ranging between 2009 and 2019.

 

One of the 20 production licences is held with additional partner Santos Ltd.

  

There are 20 producing fields with 21 offshore developments (14 steel jacket platforms, three subsea developments, two steel gravity based mono towers and two concrete gravity based platforms).

 

Onshore infrastructure includes the Longford Facility, which includes three gas plants and liquid processing facilities, interconnecting pipelines, the Long Island Point LPG and crude oil storage facilities and an ethane pipeline.

 

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Name, location and type of asset

  

Ownership and operation

  

Title/lease

  

Facilities

        

The Bass Strait production capacity is as follows:

 

—Crude—200 Mbbl/d

—Gas—1,075 MMcf/d

—LPG—5,150 tpd

—Ethane—850 tpd

North West Shelf (NWS)—gas and gas liquids (LPG and condensate)

 

North Rankin, Goodwyn, Perseus, Echo-Yodel and Angel, and Searipple fields offshore, Dampier in northwestern Australia

 

Gas, LPG and condensate production and LNG liquefactions

  

We are a participant in the North West Shelf (NWS) Project, an unincorporated joint venture. We hold 8.33% of the original domestic gas joint venture. Our share of domestic gas production will progressively increase from 8.33% to 16.67%. We also hold 16.67% of the Incremental Pipeline Gas (IPG) domestic gas joint venture, 16.67% of the original LNG joint venture, 12.5% of the China LNG joint venture, 16.67% of the LPG joint venture and approximately 15% of current condensate production.

 

Other participants in the respective NWS joint ventures are subsidiaries of Woodside Energy, Chevron, BP, Shell, Mitsubishi/Mitsui and the China National Offshore Oil Corporation.

 

Woodside Petroleum Ltd is the operator of the project.

   The venture holds nine production licences issued by the Commonwealth of Australia, of which six expire in 2022 and three expire five years after the end of production.   

Production from the North Rankin and Perseus fields is currently processed through the North Rankin A platform, which has the capacity to produce 2,300 MMcf/d of gas and 60 Mbbl/d of condensate.

 

Production from the Goodwyn, Searipple and Echo-Yodel fields is processed through the Goodwyn A platform, which has the capacity to produce 1,450 MMcf/d of gas and 110 Mbbl/d of condensate. Four subsea wells in the Perseus field are tied into the Goodwyn A platform.

 

An onshore gas treatment plant at Withnell Bay has a current capacity to process approximately 600 MMcf/d of gas for the domestic market.

 

An existing five train LNG plant has the capacity to produce an average rate of 45,000 tpd of LNG.

 

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Name, location and type of asset

  

Ownership and operation

  

Title/lease

  

Facilities

North West Shelf—crude oil

 

Approximately 30 km northeast of the North Rankin gas and condensate field, offshore Western Australia, Australia

 

Crude oil production is from the Wanaea, Cossack, Lambert and Hermes oil fields

  

We hold a 16.67% working interest in oil production from these fields. The other 83.33% is held by Woodside Energy 33.34%, with BP Developments Australia, Chevron Australia, and Japan Australia LNG (MIMI) each holding 16.67%.

 

Woodside Petroleum Ltd is the operator of the project.

   The venture holds three production licences issued by the Commonwealth of Australia, with expiry dates ranging between 2012 and 2018.    The oil is produced to a floating production storage and offtake unit, the Cossack Pioneer, which has a capacity of 140 Mbbl/d and a storage capacity of 1.15 MMbbl of crude oil.

Griffin

 

Situated in the Carnarvon Basin, 62 km offshore Western Australia, Australia

 

Comprises the Griffin, Chinook and Scindian offshore oil and gas fields

  

We hold a 45% interest in the Griffin venture. The other 55% is held by Mobil Exploration and Producing Australia (35%) and Inpex Alpha (20%).

 

We are the operator of the field.

  

The venture holds a production licence issued by the Commonwealth of Australia that expires in 2014.

 

The Griffin Venture will cease production in October 2009 as the facility reaches the end of its useful life.

  

Oil and gas are produced via the Griffin Venture, a floating production storage and offtake facility. We pipe natural gas to shore, where it is delivered directly into a pipeline.

 

The Griffin Venture has an original production design capacity of 80 Mbbl/d of crude oil and 50 MMcf/d of gas.

Minerva

 

Approximately 10 km offshore in the Otway Basin of Victoria, Australia

 

Single offshore gas reservoir with two compartments. Gas plant is situated approximately 4 km inland from Port Campbell

  

We hold a 90% share of the Minerva venture. The other 10% is held by Santos (BOL) Pty Ltd.

 

We are the operator of the field.

   The venture holds a production licence issued by the Commonwealth of Australia that expires five years after production ceases.    The Minerva development consists of two well completions in 60 m of water. A single flow line transports gas to an onshore gas processing facility with an original production design capacity of 150 TJ/d and 600 bbl/d of condensate.

Stybarrow

 

Situated in the Exmouth Sub-basin, 30 km offshore Western Australia, Australia

 

Comprises the Stybarrow and Eskdale oil and gas fields. The Stybarrow project achieved first oil production on 17 November 2007

  

We own a 50% share of the Stybarrow venture. The other 50% interest is held by Woodside Energy.

 

We are the operator of the field.

   The venture holds a production licence issued by the Commonwealth of Australia that expires five years after production ceases.    Oil is produced by the Stybarrow development which comprises of a floating production storage and offshore loading facility, nine subsea well completions (including five producers, three water injectors and one gas injector) in 850 m of water.

 

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Name, location and type of asset

  

Ownership and operation

  

Title/lease

  

Facilities

         The Stybarrow facility has a crude oil production and storage capacity of 80 Mbbl/d and 900 Mbbl respectively. Gas production is reinjected into the reservoirs.

Zamzama

 

Dadu Block, Sindh Province, Pakistan

 

Onshore gas wells

  

We hold a 38.5% working interest in the joint venture. The other 61.5% is owned by ENI Pakistan (M) Ltd (17.75%), PKP Exploration Ltd (9.375%), PKP Exploration Ltd 2 (9.375%), and Government Holdings (Private) Limited (25%).

 

We are the operator.

   20-year development and production lease starting April 2002 from the Government of Pakistan (with an option to extend five years beyond the 20-year term).    Zamzama currently consists of eight production wells and four process trains, with an existing capacity of 500 MMcf/d of gas and 3,350 bbl/d of condensate.

AMERICAS

        

Neptune

(Green Canyon 613)

 

Gulf of Mexico, approximately 195 km offshore of Fourchon, Louisiana, US

 

Deepwater oil and gas field

  

We hold a 35% interest in the joint venture.

 

The other owners are Marathon Oil (30%), Woodside Energy (20%) and Maxus US Exploration (15%).

 

We are the operator.

   The venture holds a lease from the US as long as oil and gas are produced in paying quantities.   

The production facility consists of a tension-leg platform permanently moored in 1,300 m of water.

 

The facility has nameplate processing capacity of 50 Mbbl/d of oil and 50 MMcf/d of gas.

 

Production commenced in July 2008.

Shenzi/Genghis Khan (Green Canyon 653 )

 

Gulf of Mexico, approximately 200 km offshore of Fourchon, Louisiana, US

 

Deepwater oil and gas field

  

We hold a 44% interest in the joint venture.

 

The other owners are Hess Corporation (28%) and Repsol (28%).

 

We are the operator.

   The venture holds a lease from the US as long as oil and gas are produced in paying quantities.   

The Shenzi production facility consists of a stand-alone tension-leg platform (TLP) permanently moored in 1,310 m of water.

 

The facility has nameplate processing capacity of 100 Mbbl/d of oil and 50 MMcf/d of gas.

 

Production commenced in March 2009.

 

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Name, location and type of asset

  

Ownership and operation

  

Title/lease

  

Facilities

         The Genghis Khan field is part of the same geological structure as the Shenzi project and consists of a tieback to the existing Marco Polo TLP.

West Cameron 76

 

Gulf of Mexico, approximately 20 km offshore, Central Louisiana, US

 

Offshore gas and condensate field

  

We hold a 33.76% interest in the joint venture.

 

The other owners are ENI Petroleum (40%), Merit Management Partners (15%) and Ridgewood Energy Company (11.24%).

 

We are the operator.

   The venture holds a lease from the US as long as oil and gas are produced in paying quantities.    The production facility consists of two conventional gas platforms with a capacity of 120 MMcf/d of gas and 800 bbl/d of condensate.

Starlifter

(West Cameron 77)

 

Gulf of Mexico, approximately 25 km offshore, Central Louisiana, US

 

Offshore gas and condensate field

  

We hold a 30.95% interest in the joint venture.

 

The other owners are McMoRan (33.75%), Seneca Resources (11.25%), Merit Management Partners (13.75%) and Ridgewood Energy Company (10.3%).

 

We are the operator.

   The venture holds a lease from the US as long as oil and gas are produced in paying quantities.    The production facility consists of a single conventional gas platform with a capacity of 40 MMcf/d of gas and 450 bbl/d of condensate.

Mustang

(West Cameron 77)

 

Gulf of Mexico, approximately 25 km offshore, Central Louisiana, US

 

Offshore gas and condensate field

  

We hold a 43.66% interest in the joint venture.

 

The other owners are ENI Petroleum (22.4%), Merit Management Partners (19.4%) and Ridgewood Energy Company (14.54%).

 

We are the operator.

   The venture holds a lease from the US as long as oil and gas are produced in paying quantities.    The production facility consists of a single conventional gas platform with a capacity of 40 MMcf/d of gas and 450 bbl/d of condensate.

Atlantis

(Green Canyon 743)

 

Gulf of Mexico, approximately 200 km offshore of Fourchon, Louisiana, US

 

Deepwater oil and gas field

  

We hold a 44% working interest in the joint venture.

 

The other owner is BP (56%).

 

BP is the operator.

   The venture holds a lease from the US as long as oil and gas are produced in paying quantities.   

The production facility consists of a semi-submersible platform permanently moored in 2,155 m of water.

 

The facility has nameplate processing capacity of 200 Mbbl/d of oil and 180 MMcf/d of gas.

 

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Name, location and type of asset

  

Ownership and operation

  

Title/lease

  

Facilities

Mad Dog

(Green Canyon 782)

 

Gulf of Mexico, approximately 210 km offshore of Fourchon, Louisiana, US

 

Deepwater oil and gas field

  

We hold a 23.9% interest in the joint venture.

 

The other owners are BP (60.5%) and Chevron (15.6%).

 

BP is the operator.

   The venture holds a lease from the US as long as oil and gas are produced in paying quantities.   

The production facility consists of an integrated truss spar equipped with facilities for simultaneous production and drilling operations, permanently moored in 1,310 m of water.

 

The facility has the capacity to process 100 Mbbl/d of oil and 60 MMcf/d of gas.

Genesis

(Green Canyon 205)

 

Gulf of Mexico, approximately 155 km offshore of Fourchon, Louisiana, US

 

Deepwater oil and gas field

  

We hold a 4.95% interest in the joint venture.

 

The other owners are Chevron (56.67%) and ExxonMobil (38.38%).

 

Chevron is the operator.

   The venture holds a lease from the US as long as oil and gas are produced in paying quantities.    The production facility consists of a floating cylindrical hull (spar) moored to the seabed with integrated drilling facilities and a capacity of 55 Mbbl/d of oil and 72 MMcf/d of gas.

Greater Angostura

 

Approximately 40 km off the east coast of Trinidad

 

Shallow water oil and gas field

  

We hold a 45% interest in the joint venture.

 

The other 55% is held by Total (30%) and Chaoyang (25%).

 

We are the operator.

   The venture has entered into a production sharing contract with the Republic of Trinidad and Tobago that entitles the contractor to operate Greater Angostura until 2021.   

The Greater Angostura development is an integrated oil and gas development. The infrastructure consists of a steel jacketed central processing platform with three satellite wellhead protector platforms and flow lines. A pipeline connects the processing platform to storage facilities at Guayaguayare, where an export pipeline has been installed to allow for offloading to tankers in Guayaguayare Bay.

 

The facility has the capacity to process 100 Mbbl/d of oil.

 

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Name, location and type of asset

  

Ownership and operation

  

Title/lease

  

Facilities

EUROPE/AFRICA/MIDDLE EAST         

Liverpool Bay

 

Douglas and Douglas West oil fields, Hamilton, Hamilton North and Hamilton East gas fields, and Lennox oil and gas field in the Irish Sea, approximately 10 km off the northwest coast of England

 

Offshore oil and gas fields

  

We hold a 46.1% interest in the joint venture. The other 53.9% is held by ENI.

 

We are the operator.

   The joint venture holds three production licences issued by the Crown of the United Kingdom. One of these licences was extended in July 2009 for a further term which expires in 2027. The other licences expire in 2016 and 2025.   

The Liverpool Bay asset is an integrated development of six fields.

 

Oil from the Lennox and Douglas fields is treated at the Douglas complex and piped 17 km to an oil storage barge for export by tankers.

 

Gas from the Hamilton, Hamilton North, Hamilton East and Lennox fields is initially processed at the Douglas complex then piped by subsea pipeline to the Point of Ayr gas terminal for further processing. The facility has the capacity to produce 308 MMcf/d of gas and 70 Mbbl/d of oil and condensate.

Bruce/Keith

 

North Sea, approximately 380 km northeast offshore of Aberdeen, Scotland

 

The Keith field is located adjacent to the Bruce field

 

Offshore oil and gas fields

  

We hold a 16% interest in the Bruce field. The other 84% is owned by BP (37%), Total (43.25%) and Marubeni (3.75%).

 

BP is the operator of Bruce.

 

We hold a 31.83% interest in the Keith field. The other 68.17% is owned by BP (34.84%), Total (25%) and Marubeni (8.33%).

 

We are the operator of Keith.

   The joint venture holds three production licences issued by the Crown of the United Kingdom, which expire in 2011, 2015 and 2018.   

Production is via an integrated oil and gas platform. The capacity of the Bruce facility has, since 2002, been increased to 920 MMcf/d through de-bottlenecking and revising operating envelopes.

 

The Keith field was developed as a tie-back to the Bruce platform facilities.

 

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Name, location and type of asset

  

Ownership and operation

  

Title/lease

  

Facilities

Ohanet

 

Approximately 1,300 km southeast of Algiers, Algeria

 

Four onshore gas and condensate fields

  

We have an effective 45% interest in the Ohanet joint venture. The other 55% is held by Japan Ohanet Oil and Gas Co. Ltd. (30%), Woodside Energy (Algeria) Pty. Ltd. (15%) and Petrofac Energy Developments (Ohanet) LLC (10%).

 

The project is operated by a Sonatrach/BHP Billiton staffed organisation.

  

The venture is party to a risk service contract with the title holder Sonatrach that expires in 2011, with an option to extend under certain conditions.

 

Under this contract, the Ohanet joint venture is reimbursed and remunerated for its investments in liquids.

   Ohanet is a wet gas (LPG and condensate) development consisting of four gas and condensate fields and a gas processing plant with the capacity to treat 20 MMcm/d of wet gas and 61 Mbbl/d of associated liquids (LPG and condensate).

ROD Integrated Development

 

Berkine Basin, 900 km southeast of Algiers, Algeria

 

Six onshore oil fields

  

We hold a 45% interest in the 401a/402a production sharing contract, with ENI holding the remaining 55%.

 

We have an effective 38% interest in ROD unitised integrated development. ENI owns the remaining 62%. This interest is subject to a contractual determination to ensure that interest from participating association leases is accurately reflected. Future redetermination may be possible under certain conditions.

 

A joint Sonatrach/ENI entity is the operator.

   The venture is party to a production sharing contract with the title holder Sonatrach that expires in 2016, with an option for two five-year extensions under certain conditions.   

Comprises the development and production of six oil fields, the largest two of which, ROD and SFNE, extend into the neighbouring blocks 403a and 403d.

 

The ROD Integrated Development is being produced through a dedicated processing train located adjacent to BRN processing facilities on block 403, with the capacity to process approximately 80 Mbbl/d of oil.

Development projects

Australia/Asia

North West Shelf North Rankin gas compression project

In March 2008, the Board approved the North West Shelf gas compression project to recover remaining lower pressure gas from the North Rankin and Perseus gas fields. A new gas compression platform, North Rankin B, capable of processing 2,500 million cubic feet of gas per day will be constructed adjacent to the existing North Rankin A platform, 135 kilometres offshore from Karratha on the northwest coast of Western Australia. The two platforms will be connected by a 100 metre bridge and operate as a single facility. Our 16.67 per cent share of development costs is approximately US$850 million. First gas is expected in 2012.

 

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North West Shelf Cossack, Wanaea, Lambert, Hermes (CWLH) life extension

In December 2008, approval was announced to undertake a redevelopment project to replace and refurbish CWLH facilities because the existing operation had performed above expectation and had an expected field life much longer than originally planned. The project consists of the replacement of the existing floating production storage and offtake vessel and selected refurbishment of existing subsea infrastructure and the existing riser turret mooring. Our 16.67 per cent share of the cost is approximately US$245 million. First production through the redeveloped facilities is expected in 2011.

Pyrenees—WA-12-R/WA-155-P

In July 2007, the Board approved the Pyrenees project to develop the WA-12-R permit portion of the Crosby, Stickle and Ravensworth oil fields in the Exmouth Sub-basin, off the northwest coast of Western Australia. Project costs for the WA-12-R permit portion of the Pyrenees development are approximately US$1.7 billion (approximately US$1.2 billion our share). The WA-155-P permit portion of the Pyrenees project was approved in November 2007, incorporating the remainder of the Ravensworth field as it straddles both WA-12-R and WA-155-P permits. The combined development consists of subsea production and injection wells tied back to a floating production storage and offtake facility with an oil processing capacity of 96 thousand barrels per day. First production is expected during the second half of FY2010.

We own a 71.43 per cent operated interest in the WA-12-R permit, with Apache Energy Ltd owning the remaining 28.57 per cent. We own a 40 per cent operated interest in the WA-155-P permit, with Apache Energy Ltd owning 31.5 per cent and Inpex owning 28.5 per cent.

Bass Strait Kipper gas field development

Initial development of the Kipper gas field in the Gippsland Basin located offshore Victoria was approved by the Board in December 2007. The first phase of the project includes two new subsea wells, three new pipelines and platform modifications to supply 10 thousand barrels of condensate per day and 80 million cubic feet of gas per day. Gas and liquids will be processed via the existing Gippsland Basin joint venture facilities. Our share of development costs, based on the operator’s estimate, is approximately US$500 million. First production is expected in 2011.

We own a 32.5 per cent interest in the Kipper Unit Joint Venture, with Esso Australia and Santos owning the remaining 67.5 per cent. We own a 50 per cent interest in the Gippsland Basin joint venture.

Bass Strait Turrum field development

Further expansion of the Gippsland Basin facilities is under way with the Board approving the full field development of the Turrum oil and gas field in July 2008. Our 50 per cent share of the investment, based on the operator’s estimate, is approximately US$625 million and consists of a new platform, Marlin B, linked by a bridge to the existing Marlin A platform. The Turrum field, which has a capacity of 11 thousand barrels of oil per day and 200 million cubic feet of gas per day, is located 42 kilometres from shore in approximately 60 metres of water. First production is expected in 2011.

Trinidad & Tobago

Greater Angostura Phase 2

In September 2008, we announced the signing of a gas sales contract with the National Gas Company of Trinidad and Tobago Limited (NGC) for the purchase of gas from the second phase of the Greater Angostura field. In August 2008, we sanctioned an investment of approximately US$400 million (US$180 million our share) to construct and install a new gas export platform alongside the Company’s existing facilities within the Greater Angostura Field. Fabrication of the 280 million cubic feet per day facility started in February 2009 and is expected to be online during 2011.

 

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The development also includes modifications to the existing Greater Angostura facilities and the installation of a new flowline. NGC will take delivery of the gas at the new gas export platform and will transport it in their proposed 36 inch diameter Northeastern Offshore Pipeline to Trinidad and in their 12 inch diameter Tobago pipeline.

The Greater Angostura field includes oil and gas discoveries at Aripo, Kairi and Canteen. We hold a 45 per cent interest in the joint venture. Other partners are Total (30 per cent interest) and Chaoyang Petroleum (BVI) Limited (25 per cent interest), a consortium between CNOOC and Sinopec.

Exploration and appraisal

We are focused on finding significant discoveries through wildcat drilling. We have exploration interests throughout the world, particularly the Gulf of Mexico, Western Australia, Latin America and Malaysia. During the year, our gross expenditure on exploration was US$548 million. Our major exploration interests are as follows:

Australia/Asia

Malaysia

In March 2007, we were awarded two offshore blocks in Malaysia. We are the operator of the blocks under two separate production sharing contracts. The minimum exploration program includes the acquisition and processing of seismic data for approximately 2,300 square kilometres across the two blocks, and the drilling of four exploration wells within the first seven years of the contracts. The initial seismic acquisition program commenced in June 2008 and was completed in September 2008. The results of the seismic acquisition program are currently under evaluation.

Americas—Gulf of Mexico

Shenzi—Green Canyon 609 & 610

We currently own a 44 per cent interest in the Shenzi prospect, located in the Green Canyon area. Partners in the well are Hess (28 per cent) and Repsol (28 per cent).

The Shenzi 8 appraisal well was drilled in September 2008. The well result was encouraging as hydrocarbons were encountered and the review of various development options is currently under way.

Mad Dog South

We currently own a 23.9 per cent interest in the Mad Dog South prospect, located in Green Canyon Block 826. Partners in the well are BP (60.5 per cent) and Unocal (15.6 per cent). Mad Dog appraisal well-1 was drilled in May 2009 and completed in June 2009 and sidetrack drilling was completed in July 2009. The well encountered hydrocarbons in the objective Miocene hydrocarbon bearing sands. The subsequent sidetrack reached a total measured depth of 8,273 metres and discovered a significant oil column.

Americas—Colombia

In April 2006, we entered into two exploration and production contracts for the Fuerte Norte and Fuerte Sur blocks, located offshore Colombia. We hold a 75 per cent operated interest in each block with Ecopetrol holding the remaining 25 per cent. The joint venture has completed acquisition and processing of 3D seismic over the area as part of the second phase of the exploration and production contracts for both blocks.

In September 2008, we entered into a Technical Evaluation Assignment (TEA) for the evaluation of hydrocarbons in Block 5 in the Llanos basin, onshore Colombia. We are the operator of the project and hold a

 

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71.4 per cent working interest in the joint venture, with SK Energy Co holding the remaining 28.6 per cent interest. The minimum work commitment under the TEA requires acquisition of 1,000 kilometres of 2D seismic plus the drilling of five stratigraphic wells.

Americas—Falkland Islands

In December 2007, we farmed into northern and southern area licences offshore in the Falkland Islands. We acquired a 51 per cent interest from our joint venture partner Falkland Oil and Gas Limited (FOGL) and assumed operatorship in January 2008. The minimum exploration work program includes the drilling of two wells in the first phase by the end of 2010.

Site surveys on both blocks were completed in 2009 and results of the evaluation area are currently being processed.

Europe/Africa/Middle East

India

In December 2008, we were awarded seven offshore blocks in India. We are the operator of all seven blocks, each with its own production sharing contract. The minimum exploration program includes the acquisition and processing of 2D seismic data for approximately 10,400 square kilometres across the seven blocks. We currently own a 26 per cent interest in all seven blocks, with our partner GVK holding the remaining 74 per cent.

2.2.3    Aluminium Customer Sector Group

Our Aluminium business is a portfolio of assets at three stages of the aluminium value chain: we mine bauxite, we refine bauxite into alumina, and we smelt alumina into aluminium metal. We are the world’s sixth-largest producer of aluminium, with total production in FY2009 of approximately 1.2 million tonnes of aluminium. We also produced approximately 15 million tonnes of bauxite and 4.4 million tonnes of alumina.

During FY2009, approximately 52 per cent of our alumina production was used in our aluminium smelters and we sold the balance to other smelters. Our alumina sales are a mixture of long-term contract sales at LME-linked prices and spot sales at negotiated prices. Prices for our aluminium sales are generally linked to prevailing LME prices.

As with our other businesses, our strategy with bauxite and alumina is to own large, low-cost assets that provide good returns through the investment cycle and provide us with options for brownfield development. With aluminium smelters, where the availability and cost of power are critical, our investment decisions have been driven in part by the availability of stranded power generation capacity. For example, both Hillside and Mozal were originally built when there was excess electricity generating capacity in southern Africa.

We have interests in two sets of integrated bauxite mining/alumina refining assets:

 

 

Boddington/Worsley

The Boddington bauxite mine in Western Australia supplies bauxite ore via a 51 kilometre long conveyor to the Worsley alumina refinery. Worsley is one of the largest and lowest-cost refineries in the world, and is currently undergoing a major expansion (see Development projects below). Our share of Worsley’s FY2009 production was 2.924 million tonnes of alumina. Worsley’s export customers include our own Hillside, Bayside and Mozal smelters in southern Africa. Boddington has a reserve life of 24.9 years at current production rates. We own 86 per cent of the mine and the refinery.

 

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Kaaimangrasie/ Klaverblad/Caramacca/Coermotibo/Paranam

During FY2009, we owned a 45 per cent interest in the Suriname bauxite and alumina joint venture that comprised bauxite mines in the Kaaimangrasie, Klaverblad, Caramacca and Coermotibo areas of Suriname and the nearby Paranam alumina refinery. Our share of Paranam’s FY2009 production was 935,000 tonnes of alumina. In October 2008, we decided to exit the Suriname operations by December 2010. On 31 July 2009, we executed transaction agreements to pass all of our interests in the Suriname bauxite and alumina joint venture to Suralco effective on that date.

We also own 14.8 per cent of Mineração Rio do Norte (MRN) which owns and operates a large bauxite mine in Brazil.

We have interests in the Alumar integrated alumina refinery/aluminium smelter and three stand-alone aluminium smelters:

 

 

Alumar

We own 36 per cent of the Alumar refinery and 40 per cent of the smelter. Alcoa operates both facilities. The operations, and their integrated port facility, are located at São Luís in the Maranhão province of Brazil. Alumar sources bauxite from MRN. During FY2009, approximately 60 per cent of Alumar’s alumina production was used to feed the smelter, while the remainder was exported. Our share of Alumar’s FY2009 saleable production was 537,000 tonnes of alumina and 177,000 tonnes of aluminium. The Alumar refinery is currently undergoing a significant expansion (see Development projects below).

 

 

Hillside and Bayside

Our Hillside and Bayside smelters are located at Richards Bay, South Africa. Hillside’s capacity of approximately 704,000 tonnes per annum makes it the largest aluminium smelter in the southern hemisphere, and it is one of the most efficient. Following the closure of potlines B and C, Bayside has smelting capacity of approximately 96,000 tonnes per annum, but it also uses its own aluminium and liquid aluminium from Hillside to produce a range of products such as rod, slab and extrusion. Bayside will cease to produce rod and extrusion from 30 September 2009. Both operations import alumina from our Worsley refinery and source power from Eskom, the South African state utility, under long-term contracts with prices linked to the LME price of aluminium except for Hillside Potline 3, the price for which is linked to the South African and US producer price indices.

In January 2008, Eskom determined that it had insufficient power to meet the national demand in South Africa, and mandated an emergency 10 per cent reduction in power consumption by many large industrial users, including BHP Billiton. Although our contracts with Eskom specify that power supply to our aluminium smelters can only be interrupted approximately one per cent of the time per calendar year, we have respected the emergency situation faced by the country and reduced our demand by the requested 10 per cent. To achieve this in the most economically efficient way, we have closed the B and C potlines at Bayside, reducing production there by approximately 92,000 tonnes per annum. Across all three southern Africa smelters (including Mozal), production losses were just over 108,000 tonnes per annum. The production cuts occurred primarily at Bayside, a 100 per cent BHP Billiton owned facility. A production sharing adjustment has been established between the Mozal partners (47.1 per cent BHP Billiton) to compensate us for taking the majority of the power reduction at a 100 per cent owned facility.

 

 

Mozal

We own 47.1 per cent of and operate the Mozal aluminium smelter in Mozambique, which has a total capacity of approximately 563,000 tonnes per annum. Mozal sources power generated by Eskom via Motraco, a transmission joint venture between Eskom and the national electricity utilities of Mozambique and Swaziland. Tariffs are fixed through to 2012 and will be linked to the LME aluminium price thereafter. Our share of Mozal’s FY2009 production was 255,000 tonnes.

 

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Information on the Aluminium CSG’s bauxite mining operations

The following table contains additional details of our mining operations. This table should be read in conjunction with the production (see section 2.3.2) and reserve tables (see section 2.14.2).

 

Name, location, mineralisation
style, type of mine and access

  

Ownership, operation and
title/lease

  

History

  

Facilities and power source

Boddington bauxite mine

 

123 km southeast of Perth at Boddington, Western Australia, Australia

 

Surficial gibbsite-rich lateritic bauxite, residual weathering of Darling Range metamorphic and volcanic rocks

 

Open-cut mine

 

The mine is accessible by sealed public roads. The ore is transported to Worsley alumina refinery via a 51 km overland conveyor.

  

We own 86% of the Worsley joint venture. The other 14% interest is owned by Sojitz Alumina Pty Ltd (4%), and Japan Alumina Associates (Australia) Pty Ltd (10%).

 

BHP Billiton Worsley Alumina Pty Ltd is the manager of the joint venture on behalf of the participants. BHP Billiton Worsley Alumina Pty Ltd has the same ownership structure as the Worsley joint venture.

 

We hold a 2,656 km2 mining lease from the Western Australian government and two sub leases totalling 855 km2 from Alcoa of Australia Limited. In 2004, we renewed the lease for a second 21-year term. A further 21-year renewal is available.

   The Boddington bauxite mine opened in 1983 and was significantly extended in 2000.   

The mine has a crushing plant with the capacity of approximately 13 mtpa of bauxite. Power is supplied from the Worsley alumina refinery site via a joint venture-owned powerline.

 

A description of the Worsley alumina refinery can be found in the table below.

Suriname Kaaimangrasie mine

 

38 km southeast of Paramaribo and 30 km east of the Paranam refinery, Suriname

 

Lateritic gibbsite-rich bauxite, residual weathering of Precambrian meta-sediments overlain by thick sediments

 

Open-cut mine

 

  

During FY2009, we owned 45% of the refining and mining joint venture. The other 55% interest was held by Suralco (a subsidiary of Alcoa World Alumina and Chemicals (AWAC), a venture of Alcoa and Alumina Limited).

 

We managed all mining operations.

 

We transferred our ownership to Suralco on 31 July 2009.

  

The development of the Kaaimangrasie mine started in November 2005.

 

Operations/delivery of bauxite to the refinery commenced in July 2006.

   Kaaimangrasie mine has a nominal production capacity of approximately 1.2 mtpa of bauxite; there are no processing facilities at the mine.

 

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Name, location, mineralisation
style, type of mine and access

  

Ownership, operation and
title/lease

  

History

  

Facilities and power source

The mine is accessible by a joint venture-owned haul road. The ore is hauled by truck over a distance of 30 km to the Paranam refinery.         

Suriname Klaverblad mine

 

23 km southeast of Paramaribo and 19 km east of the Paranam refinery, Suriname

 

Lateritic gibbsite-rich bauxite, residual weathering of Precambrian meta-sediments overlain by thick sediments

 

Open-cut mine

 

The mine is accessible by a joint venture-owned haul road. The ore is hauled by truck over a distance of 19 km to the Paranam refinery.

  

During FY2009, we owned 45% of the refining and mining joint venture. The other 55% interest was held by Suralco.

 

We managed all mining operations.

 

We transferred our ownership to Suralco on 31 July 2009.

  

The development of the Klaverblad mine started in July 2005.

 

Delivery of bauxite to the refinery commenced in April 2007.

   Klaverblad mine has a nominal production capacity of approximately 1.7 mtpa of bauxite; there are no processing facilities at the mine.

Suriname Caramacca mine

 

45 km southeast of Paramaribo and 37 km east of the Paranam refinery, Suriname

 

Lateritic gibbsite-rich bauxite, residual weathering of Precambrian meta-sediments overlain by thick sediments

 

Open-cut mine

 

The mine is accessible by a joint venture-owned haul road. The ore is hauled by truck over a distance of 37 km to the Paranam refinery.

  

During FY2009, we owned 45% of the refining and mining joint venture. The other 55% interest was held by Suralco.

 

We managed all mining operations.

 

We transferred our ownership to Suralco on 31 July 2009.

  

The development of the Caramacca mine started in July 2007.

 

Operations/delivery of bauxite to the refinery commenced in August 2008.

   Caramacca mine has a nominal production capacity of approximately 0.9 mtpa of bauxite; there are no processing facilities at the mine.

 

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Name, location, mineralisation
style, type of mine and access

  

Ownership, operation and
title/lease

  

History

  

Facilities and power source

Suriname Coermotibo

 

150 km east of Paranam, Suriname

 

Lateritic gibbsite-rich bauxite, residual weathering of Precambrian meta-sediments occurring on hills

 

Surface strip mine

 

The mine is accessible by joint venture-owned haul roads

 

The ore is hauled to the Coermotibo crushing and loading facility and subsequently barged along the Commewijne River to the Paranam refinery.

  

During FY2009, we owned 45% of the Coermotibo joint venture. The other 55% interest was held by Suralco.

 

We managed all mining operations.

 

We transferred our ownership to Suralco on 31 July 2009.

   The Coermotibo mine started operations in 1991.    Coermotibo mine has a nominal production capacity of 1.7 mtpa. There are primary crushing, beneficiation plant and barge loading facilities.

MRN

 

Porto Trombetas, Pará, Brazil

 

Lateritic bauxite, residual weathering of nepheline syenite occurring primarily as gibbsite in a clay matrix overlain by thick clay sediments

 

Open-cut mine

 

The mine is situated approximately 40 km from Porto Trombetas. Porto Trombetas can only be reached by air or by river. An asphalt road connects the mine area with the village at Porto Trombetas.

  

MRN is operated as an incorporated joint venture between BHP Billiton (14.8%), Alcoa and affiliates (18.2%), Vale (40%), Rio-Tinto Alcan (12%), Votorantim (10%) and Hydro (5%).

 

MRN holds valid mining rights granted by the Brazilian Federal Government to all its reserves until exhaustion of the reserves.

 

Run of mine bauxite is mined from various plateaus, and after crushing is conveyed to the washing facilities, where the quality of bauxite is improved. The washed bauxite is then transported by rail, approximately 28 km to the loading facilities at Porto Trombetas.

   Production started in 1979 and after the last expansion in 2003, MRN reached its current nominal production capacity of 18 mtpa of washed bauxite.   

The mine is supported by a village of 6,000 people which is owned and maintained by MRN with all required facilities to maintain the residents in the village.

 

Crushing facilities, long distance conveyors and the wash plant are situated near the mine area. Drying and ship loading facilities are situated close to the main mine village at Porto Trombetas.

 

A small airport is also maintained by MRN at Porto Trombetas.

 

Power is generated on site by fuel oil generators.

 

All infrastructure in the area is owned by MRN.

 

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Information on the Aluminium CSG’s aluminium smelters and alumina refineries

 

Operation and location

  

Ownership, operation and
title

  

Plant type/product

  

Capacity

Hillside aluminium smelter

 

Richards Bay, 200 km north of Durban, KwaZulu-Natal province, South Africa

  

We own and operate the smelter.

 

We hold freehold title over the property, plant and equipment. We have long-term leases over the harbour facilities.

   The Hillside smelter uses the Aluminium Pechiney AP35 technology to produce standard aluminium ingots and aluminium T-Bars.   

The nominal production capacity of the smelter is 0.704 mtpa of primary aluminium.

 

The plant’s power requirements are sourced from the national power supplier Eskom under long-term contracts. The prices in the contract for Hillside 1 and 2 are linked to the LME price for aluminium, while the prices for Hillside 3 are linked to the SA and US producer price index.

Bayside aluminium smelter

 

Richards Bay, 200 km north of Durban, KwaZulu-Natal province, South Africa

  

We own and operate the smelter.

 

We hold freehold title over the property, plant and equipment. We have long term leases over the harbour facilities.

   The Bayside smelter currently uses Alusuisse pre-bake technology to produce primary aluminium. Bayside uses its own aluminium and liquid aluminium acquired from Hillside to produce a range of products, such as, rod, slab and extrusion. Rod and extrusion production will be discontinued from 30 September 2009.   

The nominal potline production capacity is 0.095 mtpa of primary aluminium on the remaining Potline A.

 

The plant’s power requirements are sourced from the national power supplier Eskom, under a long-term contract with prices linked to the LME price for aluminium.

Mozal aluminium smelter

 

17 km from Maputo, Mozambique

  

We hold a 47.1% interest in the Mozal joint venture and operate the smelter. The other 52.9% is owned by Mitsubishi (25%), Industrial Development Corporation of South Africa Limited (24%), and the Government of Mozambique (3.9%).

 

The joint venture has a 50-year right to use the land, renewable for another 50 years under a government concession.

   The Mozal aluminium smelter uses the Aluminium Pechiney AP35 technology to produce standard aluminium ingots.   

The nominal production capacity of the smelter is 0.563 mtpa.

 

The plant’s power requirements are purchased from Motraco, under an agreement that provides for a fixed tariff for the majority of electricity through to 2012 and LME-linked pricing thereafter.

 

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Operation and location

  

Ownership, operation and
title

  

Plant type/product

  

Capacity

Worsley alumina refinery

 

Approximately 55 km northeast of Bunbury, Western Australia, Australia

  

We own 86% of this asset through the Worsley joint venture. The other 14% is owned by Sojitz Alumina Pty Ltd (4%), and Japan Alumina Associates (Australia) Pty Ltd (10%).

 

BHP Billiton Worsley Alumina Pty Ltd is the manager of the joint venture on behalf of the participants. BHP Billiton Worsley Alumina Pty Ltd has the same ownership structure as the Worsley joint venture.

 

We hold a 2,480 ha refinery lease from the Western Australian Government. In 2004, we renewed the lease for a second 21-year term. A further 21-year renewal is available.

   The Worsley alumina refinery uses the Bayer process to produce metallurgical grade alumina, which is used as feedstock for aluminium smelting.   

The nominal production capacity is 3.5 mtpa.

Power and steam needed for the refinery are provided by a joint venture-owned on-site coal power station and a non-joint venture-owned on-site gas fired steam power generation plant.

Paranam refinery

 

Paranam, Suriname

  

During FY2009, we owned 45% of the Paranam joint venture. The other 55% of the joint venture was owned by Suralco.

 

Suralco managed the alumina refinery.

 

We transferred our ownership to Suralco on 31 July 2009.

   The Paranam alumina refinery utilises the Bayer process to produce metallurgical grade alumina, which is used as feedstock for aluminium smelting.    Capacity is 2.2 mtpa. The Paranam refinery generates its own power.

Alumar

 

São Luís, Maranhão, Brazil

  

The Alumar Consortium is an unincorporated joint venture that holds the smelter, refinery, ingot plant and support facilities.

 

We own 40% of the aluminium smelter. The other 60% is owned by Alcoa Aluminio SA (Alcoa).

   The alumina refinery and aluminium smelter use Alcoa technology to produce alumina and aluminium ingots.   

The refinery complex was last expanded in June 2005, achieving annual capacity of 1.5 mtpa.

 

The smelter has a nominal capacity of approximately 0.45 mtpa of primary aluminium.

 

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Operation and location

  

Ownership, operation and
title

  

Plant type/product

  

Capacity

  

We own 36% of the alumina refinery. The other 64% is owned by Alcoa and its affiliate Abalco SA (35.1% and 18.9% respectively) and Rio Tinto (10%).

 

Alcoa operates both facilities. The consortium comprises an integrated port, an alumina refinery and an aluminium smelter together with areas for the production of anodes and aluminium ingots.

 

All the above are freehold interests of the joint venture participants.

      The electricity requirements are supplied by Brazilian public power generation concessionaire Electronorte, pursuant to a 20-year contract.

Development projects

Alumar refinery expansion

A project to expand the production capacity of the Alumar refinery by 2 million tonnes per annum to 3.5 million tonnes per annum (100 per cent capacity) is nearing completion, with first production from the expansion announced in July 2009. Full mechanical completion is expected in October 2009, and after a period of ramping-up production, full nameplate capacity is expected to be achieved in second half of CY2009. Final expenditure is estimated at US$900 million (our share).

Worsley Efficiency and Growth Project

In May 2008, we announced approval for an expansion project to lift capacity of the Worsley refinery from 3.5 million tonnes per annum of alumina to 4.6 million tonnes per annum (100 per cent capacity) of alumina through expanded mining operations at Boddington, additional refinery capacity and upgraded port facilities. The project is budgeted to cost US$1.9 billion (our share) and be completed in the first half of CY2011.

Guinea Alumina

We have a one-third interest in a joint venture that is finalising a feasibility study into the construction of a 10 million tonnes per annum bauxite mine, an alumina refinery with processing capacity exceeding 3.3 million tonnes per annum and associated infrastructure approximately 110 kilometres from the port of Kamsar in Guinea.

2.2.4    Base Metals Customer Sector Group

Our Base Metals CSG is one of the world’s top producers of copper, silver, lead and uranium, and a leading producer of zinc. Our portfolio of large, low-cost mining operations includes the Escondida mine in Chile, which is the world’s largest single producer of copper, and Olympic Dam in South Australia, which is already a major producer of copper and uranium and has the potential to be significantly expanded.

 

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In recent years, we have commissioned the Spence copper mine and the Escondida Sulphide Leach projects. Our total copper production in FY2009 was 1.2 million tonnes, a 27 per cent increase over our production five years ago.

In addition to conventional mine development, we continue to pursue advanced treatment technologies, such as the leaching of low-grade chalcopyrite ores, which we believe has the potential to recover copper from ores which were previously uneconomic to treat.

We market five primary products:

 

   

copper concentrates

 

   

copper cathodes

 

   

uranium oxide

 

   

lead concentrates, and

 

   

zinc concentrates.

We sell most of our copper, lead and zinc concentrates to smelters under long-term volume contracts with prices based on the LME price for the contained metal three or four months after shipment, less treatment charges and refining charges (collectively referred to as ‘TCRCs’) that we negotiate with the smelters on an annual or bi-annual basis. Some of the ores we mine contain quantities of silver and gold, which remain in the base metal concentrates we sell. We receive payment credits for the silver and gold recovered by our customers in the smelting and refining process.

We sell most of our copper cathode production to rod and brass mills and casting plants around the world under annual contracts with premiums to LME prices. We sell uranium oxide to electricity generating utilities, principally in western Europe, north America and north Asia. Uranium is typically sold under long-term contracts. A significant portion of production is sold into fixed price contracts although increasingly sales are based on flexible pricing terms.

We have seven production assets:

Escondida

Our 57.5 per cent owned and operated Escondida mine is the largest and one of the lowest-cost copper producers in the world. In FY2009, our share of Escondida production was 417,638, tonnes of copper in concentrate and 172,100 tonnes of copper cathode. Current reserves will support mining for a further 21 years at current production rates. Availability of key inputs like power and water supply at competitive prices is an important focus at Escondida. To ensure security of supply and competitive power costs in the long term we are supporting the construction of an LNG facility to supply gas to the northern grid system, which is scheduled for completion in 2010, and have signed off-take agreements underwriting the construction of a 460 megawatt coal-fired power station, which is scheduled for completion in 2011. To address limitations on the availability of water, we carefully manage our use and re-use of available water, and explore for alternative sources. During FY2009, Escondida experienced an electrical motor failure at the SAG mill in the Laguna Seca concentrator plant. This has impacted the throughput at the plant given the increased maintenance requirements. A permanent repair was completed in the first quarter of FY2010.

Olympic Dam

While it is already a significant producer of copper cathode and uranium oxide, and a refiner of smaller amounts of gold and silver bullion, we are continuing to explore a series of staged development options that would make our wholly-owned Olympic Dam operation one of the world’s largest producers of copper, the

 

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largest producer of uranium and a significant producer of gold (see Development projects below). In FY2009, Olympic Dam produced 194,057 tonnes of copper cathode, 4,007 tonnes of uranium oxide, 108,039 ounces of gold and 937,694 ounces of silver.

Antamina

We own 33.75 per cent of Antamina, a large, low-cost, long-life copper/zinc mine in Peru. Opened in 2001, its reserves will support mining at current rates for a further 21 years. Our share of Antamina’s FY2009 production was 109,000 tonnes of copper in concentrate, and 108,366 tonnes of zinc in concentrate. In addition to its primary copper and zinc concentrate products, Antamina also produces smaller amounts of molybdenum and lead/bismuth concentrate.

Spence

We completed our wholly-owned greenfield Spence copper mine development in Chile and began ramping up cathode production in December 2006. During FY2009, we produced 172,685 tonnes of copper cathode as we continue to ramp-up to the nominal capacity of 200,000 tonnes per annum.

Cerro Colorado

Our wholly-owned Cerro Colorado mine in Chile remains a significant producer of copper cathode, although production levels have declined in recent years as grades have declined. Production in FY2009 was 102,100 tonnes of copper cathode. Our current mine plan sees production continuing until FY2019, although we are currently evaluating the extent of hypogene mineralisation that may support further extension options.

Cannington

Our wholly-owned Cannington mine in northwest Queensland has grown to become the world’s largest and, we believe, one of the lowest-cost producers of silver and lead. During FY2006 and FY2007, we undertook an extensive program of decline and stope access rehabilitation to improve safety conditions, which has positioned the mine to maintain production, offsetting natural grade decline over its remaining life, currently estimated at eight years. In FY2009, Cannington produced concentrates containing 226,794 tonnes of lead, 54,849 tonnes of zinc and approximately 33 million ounces of silver.

Pinto Valley

As a result of the global economic slowdown and the resulting decline in copper prices, we made the decision to stop sulphide mining and milling operations at our Pinto Valley Mine located in Arizona, US, placing the operations in care and maintenance. Despite this decision, we continue to produce copper cathode at the Pinto Valley site and the neighbouring Miami Unit from our residual solvent extraction electrowinning (SXEW) operations. Current reserves would support mining operations for approximately four years.

 

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Information on the Base Metals CSG’s mining operations

The following table contains additional details of our mining operations. This table should be read in conjunction with the production (see section 2.3.2) and reserve tables (see section 2.14.2).

 

Name, location, mineralisation
style, type of mine and access

  

Ownership, operation and
title/lease

  

History

  

Facilities and power source

COPPER

        

Escondida

 

Atacama Desert, at an altitude of approximately 3,100 m and 170 km southeast of Antofagasta, Chile

 

The Escondida mining complex includes the Escondida and Escondida Norte mineral deposits that are adjacent, but distinct, supergene-enriched porphyry copper deposits

 

Two open-cut pits

 

The mine is accessible by public road.

 

Copper cathode is transported by privately-owned rail line to the Antofagasta port (government-operated) or Mejillones port (privately operated).

 

Copper concentrate is transported by Company-owned pipeline to its Coloso port facilities.

  

The mine is owned by Minera Escondida Limitada and operated by BHP Billiton.

 

We own 57.5% of Minera Escondida. The other 42.5% is owned by affiliates of Rio Tinto (30%), the JECO Corporation (10%), a consortium represented by Mitsubishi Corporation (7%), Mitsubishi Materials Corporation (1%), Nippon Mining and Metals (2%) and the International Finance Corporation (2.5%).

 

Minera Escondida Limitada holds a mining concession from the Chilean state that remains valid indefinitely (subject to payment of annual fees).

  

Original construction of the operation was completed in 1990. The project has since undergone various expansion projects at an additional cost of US$3.0 billion (100% terms).

 

In June 2006, the Escondida Sulphide Leach copper project achieved first production. The cost of the project was US$1.0 billion (100% terms).

  

Escondida has two processing streams: two concentrator plants in which high-quality copper concentrate is extracted from sulphide ore through a flotation extraction process; and two solvent extraction plants in which leaching, solvent extraction and electrowinning are used to produce copper cathode.

 

Nominal production capacity is 3.2 mtpa of copper concentrate and 330,000 tpa of copper cathode.

 

Separate transmission circuits provide power for the Escondida mine facilities. These transmission lines, which are connected to Chile’s northern power grid, are Company-owned. Electricity is purchased under contracts with local generating companies.

Spence

 

Atacama Desert, 150 km northeast of Antofagasta, Chile

 

A porphyry copper deposit that contains significant copper oxide (atacamite and chrysocolla) overlying the supergene sulphide enrichment zone

 

  

We own and operate the mine (100%).

 

We hold a mining concession from the Chilean state that remains valid indefinitely (subject to payment of annual fees).

  

Spence received Board approval for execution in October 2004. The cost was US$1.1 billion.

 

First ore was crushed in September 2006 with first copper produced in December 2006.

  

Spence has facilities to support the open-cut mining operations and ore processing/crushing operations.

 

The crushed oxide and sulphide ores are leached on separate dynamic (on-off) leach pads. Acid leaching is applied to oxide ores

 

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Name, location, mineralisation
style, type of mine and access

  

Ownership, operation and
title/lease

 

History

  

Facilities and power source

Open-cut mine

 

The mine is accessible by public road and privately-owned rail access.

 

Copper cathode produced is transported by rail line to Mejillones port (privately operated) and to Antofagasta port on an exceptional basis.

       

and bio-leaching is applied to supergene sulphide ores. Solvent extraction consists of four trains in a series-parallel configuration, with extraction stages for both oxide and sulphide Pregnant Leach Solution. A single electrowinning plant produces the copper cathode.

 

Nominal capacity is 200,000 tpa of copper cathode.

 

Electrical power is supplied via a Company-owned voltage transmission line connected to Chile’s northern power grid. Electricity is purchased under contracts from a local generating company.

Cerro Colorado

 

Atacama Desert at an altitude of 2,600 m, 120 km east of Iquique, Chile

 

A supergene porphyry copper deposit that consists of a sulphide enrichment zone overlayed by oxide ore (chrysocolla + brochantite)

 

Open-cut copper mine

 

The mine is accessible by public road.

 

Copper cathode production is trucked to the port at Iquique, which is privately operated.

   We own and operate the mine. We hold a mining concession from the Chilean state that remains valid indefinitely (subject to payment of annual fees).  

Commercial production at Cerro Colorado commenced in June 1994.

 

Expansions took place in 1995 and 1998 to increase the mine’s crushing capacity, leach pad area and mine fleet. With these expansions, production was increased to 100,000 tpa. Production was then increased to the nameplate capacity of 120,000 tpa with optimisation and efficiency improvements.

 

Due to lower copper grades of the ore the production is now approximately 100,000 tpa.

  

Cerro Colorado’s facilities for this process include two primary, secondary and tertiary crushers, leaching pads and solvent extraction and electrowinning plants.

 

Electricity is supplied under long-term contracts to the facilities through the northern Chile power grid.

 

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Name, location, mineralisation
style, type of mine and access

  

Ownership, operation and
title/lease

  

History

  

Facilities and power source

Pinto Valley

 

Located in the US approximately 125 km east of Phoenix, Arizona.

 

A porphyry copper deposit of low-grade primary mineralisation

 

The mine is accessible by public road. Cathode production is trucked to domestic customers in the United States.

   We own and operate 100% of Pinto Valley and we hold title to the land.    Pinto Valley was acquired through the acquisition of Magma Copper Company in 1996. The sulphide mining operations were discontinued in 1998. In October 2007, the mining and milling operations were restarted. As a result of the global economic slowdown, Pinto Valley mining and milling operations were stopped in January 2009. During cessation of the mining and milling operations, residual SXEW production from both the Pinto Valley site and neighbouring Miami Unit continues to produce small amounts of copper cathode.   

Pinto Valley facilities include two SXEW operations at the Pinto Valley and Miami sites.

Currently concentrate production facilities in care and maintenance include a primary crusher, secondary and tertiary crushers, six ball mills and copper concentrate and molybdenum flotation circuits.

 

Power is supplied to the site by the Salt River Project.

COPPER URANIUM

        

Olympic Dam

 

560 km northwest of Adelaide, South Australia, Australia

 

A large poly-metallic deposit of the iron oxide-copper-gold style of mineralisation

 

Underground mine

 

The mine is accessible by public road. Copper cathode and electrowon copper is transported by public road to public ports. Uranium oxide is transported by public road and rail to public ports.

  

We own and operate Olympic Dam.

 

The mining lease was granted by the Government of South Australia by an Act of Parliament for the period of 50 years from 1986, with a right of extension for a further period of 50 years in accordance with the Roxby Downs (Indenture Ratification) Act 1982.

  

Production of copper began in 1988. Between 1989 and 1995, the production rate was increased, ultimately raising the ore mining capacity to approximately 3 mtpa.

 

During 1997 through 1999 a major expansion was conducted to raise throughput from 3 mtpa to 9 mtpa.

 

In 2002, Olympic Dam completed an optimisation project. A new copper solvent extraction plant was commissioned in the first quarter of 2004.

  

The underground mine extracts copper uranium ore and hauls the ore by an automated train and trucking network feeding underground crushing, storage and ore hoisting facilities.

 

The processing plant consists of two grinding circuits in which high-quality copper concentrate is extracted from sulphide ore through a flotation extraction process. The concentrate is fed into an Outokumpu flash furnace having a nominal concentrate smelting capacity of 450 ktpa to produce

 

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Table of Contents

Name, location, mineralisation
style, type of mine and access

  

Ownership, operation and
title/lease

  

History

  

Facilities and power source

      We acquired Olympic Dam as part of our acquisition of WMC in 2005.   

copper anodes, then into an ISA electro-refinery to produce copper cathodes and slimes treated to recover gold and silver. The flotation tailings are further processed to produce electrowon cathode and high-grade uranium oxide concentrates.

 

Power for the Olympic Dam operations is supplied via a 275 kV powerline from Port Augusta, transmitted by ElectraNet.

COPPER ZINC         

Antamina

 

270 km north of Lima at an altitude of 4,300 m, Peru

 

A zoned porphry skarn deposit with central Cu-only ores and an outer band of Cu-Zn ore zone

 

Open-cut mine

 

The mine is accessible by a Company-maintained 115 km access road.

 

A 300 km pipeline transports the copper and zinc concentrates to the port of Huarmey.

 

The molybdenum and lead/bismuth concentrates are transported by truck to different locations for shipment.

  

Antamina is owned by Compañía Minera Antamina SA, in which we hold a 33.75% interest. The remaining interests are held by Xstrata (33.75%), Teck Cominco (22.5%) and Mitsubishi (10%).

 

Antamina is the operator of the mine.

 

Antamina holds mining rights from the Peruvian state over its mine and operations. These rights can be held indefinitely, contingent upon the annual payment of licence fees and the supply of information on investment and production.

   The Antamina project achieved commercial production in October 2001.   

The principal project facilities include a primary crusher, a nominal 70,000 tpd concentrator, copper and zinc flotation circuits and a bismuth/ moly cleaning circuit, a 300 km concentrate pipeline with single-stage pumping, and port facilities at Huarmey. The pipeline design throughput is 2.3 dry mtpa.

 

Power to the mine site is being supplied under long-term contracts with individual power producers through a 58 km 220 kV transmission line, which is connected to Peru’s national energy grid.

 

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Table of Contents

Name, location, mineralisation
style, type of mine and access

  

Ownership, operation and
title/lease

  

History

  

Facilities and power source

SILVER, LEAD AND ZINC         

Cannington

 

300 km southeast of Mt Isa, Queensland, Australia

 

A Broken Hill-type silver-lead-zinc sulphide deposit

 

Underground mine

 

The mine is accessible by public road and a Company-owned airstrip.

 

Product is transported 187 km by road to Yurbi, a Company-owned loading facility, where it is loaded on public rail and transported to a public port at which we lease a berth.

  

We own and operate Cannington.

 

The Cannington deposit is contained within mining leases granted by the State of Queensland in 1994 and which expire in 2029.

  

The deposit was discovered in 1990. Concentrate production commenced in 1997.

 

In February 2003, the Cannington Growth Project commenced to improve mill throughput and metal recovery. The project was completed during FY2005.

  

The beneficiation plant consists of a primary grinding circuit (AG mill), secondary grinding circuit (tower mill), pre-flotation circuit, fine lead flotation circuit, coarse lead flotation circuit, zinc flotation circuit, concentrate and tailings thickening, lead and zinc concentrate leaching circuits, lead and zinc concentrate filtration circuit and a paste plant.

 

Nominal capacity is 3.1 mtpa. A power station, consisting of a combination of gas-fired and diesel-fired engines, located at Cannington, is operated under contract to supply power solely to Cannington.

Development projects

Olympic Dam

Pre-feasibility study work on the proposed expansion of Olympic Dam is complete. The study has addressed production capacities, mining methods, processing (including smelting) options and supporting infrastructure requirements. Based on this work, a project configuration has been described in a draft Environmental Impact Statement (EIS) provided to the Federal, South Australian and Northern Territory governments which was publicly released on 1 May 2009. The proposed expansion would be a progressive development requiring construction activity over a period of 11 years to increase production to up to 750,000 tonnes per annum of copper, 19,000 tonnes per annum of uranium oxide and 800,000 ounces of gold. Government decisions on the draft EIS are expected by mid 2010. After that, the expansion project will depend on successfully completing all required feasibility studies and on BHP Billiton Board approval of the final investment case.

Escondida

Exploration of the Escondida lease and early drilling results suggest that there is extensive additional mineralisation in close proximity to existing infrastructure and processing facilities, including a new prospect known as Pampa Escondida. Further study will be required before we establish whether it can be economically extracted. Escondida is planning to invest an estimated US$198 million (US$114 million our share) in drilling, assaying and metallurgical test work in exploration across the mining lease over the next five years.

 

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Antamina

Following extensive drilling completed during 2006 – 2007 and an updated resource model, Antamina increased its reserves estimate. We are currently considering production expansion alternatives.

Resolution Copper

We hold a 45 per cent interest in the Resolution Copper project in Arizona, which is operated by our partner, Rio Tinto, which owns the other 55 per cent. Resolution Copper is currently undertaking a pre-feasibility study into a substantial underground copper mine and processing facility. During fiscal year 2009, Resolution Copper began sinking the number 10 shaft, which will provide further access to the orebody and also serve as a ventilation shaft during operation.

2.2.5    Diamonds and Specialty Products Customer Sector Group

Our Diamonds and Specialty Products CSG operates our diamonds and titanium minerals businesses and the exploration and development of a potash business.

Diamonds

The cornerstone of our diamonds business is the EKATI diamond mine in the Northwest Territories of Canada, of which we own 80 per cent. EKATI has produced on average over three million carats per year of rough diamonds over the last three years. However, the grade of ore we process fluctuates from year to year, resulting in variations in carats produced. In addition, the proportion of our production consisting of high-value carats (larger and/or higher-quality stones) and low-value carats (smaller and/or lower-quality stones) will fluctuate from year to year. Production at EKATI continues to transition from predominantly open-cut to a mix of open-cut and underground mining. EKATI has development options for future open-cut and underground mines to extend the life of the operation. The mine life based on current reserves and rate of production is nine years.

Annual sales from EKATI (100 per cent terms) represent approximately two per cent of current world rough diamond supply by weight and approximately six per cent by value. We sell most of our rough diamonds to international diamond buyers through our Antwerp sales office. We also sell a smaller amount of our diamond production to two Canadian manufacturers based in the Northwest Territories.

Titanium minerals

Our principal interest in titanium minerals consists of our 50 per cent effective interest in Richards Bay Minerals (RBM). RBM is one of the largest and lowest-cost producers of titania slag, high-purity pig iron, rutile and zircon from mineral sands. Approximately 90 per cent of the titanium dioxide slag produced by RBM is suitable for the chloride process of titanium dioxide pigment manufacture and is sold internationally under a variety of short, medium and long-term contracts. The other 50 per cent of RBM is owned by Rio Tinto.

In December 2008, RBM announced an agreement had been reached for a 26 per cent Broad-Based Black Economic Empowerment (‘BBBEE’) transaction. The BBBEE Consortium includes investors, local communities and RBM employees. The transaction will become effective on receipt of the remaining regulatory approvals.

Potash

We believe that sound industry fundamentals, driven by rising demand for fertilisers, together with the resource attributes and capital-intensive nature of greenfield potash developments, make potash a suitable commodity for our portfolio.

 

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In June 2006, we entered into a joint venture agreement with Anglo Potash Ltd, which gave us a 75 per cent interest in a large land position in Saskatchewan. BHP Billiton is the operator of the joint venture. In July of 2008 we acquired the remaining 25 per cent of our interest in the joint venture when we acquired our partner Anglo Potash Ltd. We now control 100 per cent of the land position.

Our permit positions for potash extend over 7,338 square kilometres of highly prospective exploration ground within Saskatchewan and Manitoba. We are currently studying development alternatives (see Development projects below).

Information on Diamonds and Specialty Products mining operations

The following table contains additional details of our mining operations. This table should be read in conjunction with the production (see section 2.3.2) and reserve tables (see section 2.14.2).

 

Name, location, mineralisation
style, type of mine and access

  

Ownership, operation and
title/lease

  

History

  

Facilities and power source

DIAMONDS

        

EKATI Diamond Mine

 

310 km northeast of Yellowknife, Northwest Territories, Canada

 

Eocene age kimberlite pipes-dominantly volcaniclastic infill

 

Fox is an open-cut mine and Panda and Koala are underground mines.

 

The mines are accessible year round by contracted aircraft.

 

Road access is available for approximately 10 weeks per year via an ice road.

  

We own an 80% interest in the Core Zone joint venture, which includes the existing operations. The remaining 20% interest is held by two individuals.

 

We also own a 58.8% interest in the Buffer Zone joint venture, made up predominantly of exploration targets.

 

We are the operators of the mines.

 

Tenure is secured through ownership of mining leases granted by the Government of Canada. Mining leases have been granted for reserves until 2017.

  

Construction began in 1997 and production from the first open-cut was initiated in 1997. The mine and processing plant began operation in mid 1998.

 

In October 2001, we acquired Dia Met Minerals Ltd, bringing our interest in the Core Zone and Buffer Zone joint ventures up to 80% and 58.8% respectively.

 

Current active mines include one open-cut (Fox) and two underground mines (Panda and Koala).

  

The processing plant consists of crushers, washers/scrubber and grinder and heavy media separator. The diamond recovery process makes use of magnetics and X-ray sorters.

 

All the electric power is generated by our Company-owned and operated diesel power station. In addition, there is storage for approximately 90 million litres of diesel fuel on-site.

TITANIUM MINERALS

        

Richards Bay Minerals

 

RBM has four beach sand dredge mines located 10 to 50 km north of Richards Bay, KwaZulu-Natal, South Africa

 

Quaternary age coastal dune deposits-heavy mineral sands concentrated by wave action and aeolian processes

   RBM comprises two legal entities, Tisand (Pty) Ltd and Richards Bay Iron and Titanium (Pty) Ltd. Our share is 51% and 49.45% respectively. The remaining 49% and 50.55% are held by Rio Tinto. The overall net   

Richards Bay Minerals was formed in 1976 to mine and beneficiate the sands in the coastal dunes.

 

The mining operations were expanded to five, with the last mine added in 2000. In 2006, this

   Mining is conducted largely by sand dredge mining, with minor supplementary dry mining. Gravity separation is then utilised to produce a heavy mineral concentrate. This concentrate is then

 

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Name, location, mineralisation
style, type of mine and access

  

Ownership, operation and
title/lease

  

History

  

Facilities and power source

The mines are accessible via public rail, road and port.

 

The rail between the mine site, harbour and shipping facilities are owned by Spoornet and Portnet (both government business enterprises supplying services on behalf of the state). The roads accessing the smelter are government-owned.

  

income is shared equally.

 

RBM management independently operates the joint venture on behalf of the shareholders.

 

RBM holds long-term renewable leases from the state of South Africa.

 

These leases are subject to the South African Mining Charter and an application has been lodged for a conversion to a New Order Mining Rights (see section 2.7, ‘Government regulations’).

   was reduced to four, with the closure of one mining pond.   

trucked to a central processing plant to produce the finished products, being rutile and zircon and the ilmenite for smelter feed.

 

The smelter processes the ilmenite to produce titanium dioxide slag, with a titanium dioxide of approximately 85% and high-purity iron.

 

The nominal titanium slag capacity is 1.06 mtpa.

 

The power for the operation is purchased from the South African grid.

Development projects

Potash

We are currently undertaking a pre-feasibility study for the Jansen project, a potentially substantial greenfield potash mine in the province of Saskatchewan, Canada. The Jansen project envisages the development of an underground mining operation, processing plant and associated infrastructure. Exploration work comprising drilling and 3D seismic program has been completed, we have selected the mine site location and we are finalising the optimised mine design.

The next priority areas that have been identified are Boulder and Young, also in the province of Saskatchewan, Canada. These projects are currently conducting concept studies.

Diamonds

We are working on pre-feasibility and concept studies for developments at EKATI. Because of the nature of the kimberlite pipes in which diamonds are found, individual pipes are relatively short-lived, so we are continually working on options to bring new pipes on-stream.

Corridor Sands

During the year, we completed a pre-feasibility study on the Corridor Sands titanium minerals project (90 per cent BHP Billiton) in the Gaza province of southern Mozambique. The study found inadequate value to justify further development of the project at this time.

 

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2.2.6    Stainless Steel Materials Customer Sector Group

Our Stainless Steel Materials business is primarily a supplier of nickel to the stainless steel industry. Nickel is an important component of the most commonly used types of stainless steel. In addition, we supply nickel and cobalt to other markets, including the specialty alloy, foundry, chemicals, and refractory material industries. We are the world’s third-largest producer of nickel and we sell our nickel products under a mix of long-term, medium-term and spot contracts, with prices linked to the LME nickel price.

During FY2009, our nickel business comprised three sets of assets:

Nickel West

Nickel West is the name for our wholly-owned Western Australian nickel assets, which consist of an integrated system of mines, concentrators, a smelter and refinery, together with our Ravensthorpe nickel operation. We mine nickel-bearing sulphide ore at our Mt Keith, Leinster and Cliffs operations north of Kalgoorlie, Western Australia. We operate concentrator plants at Mt Keith and at Leinster, which also concentrates ore from Cliffs. Leinster and Mt Keith have reserve lives of six and 15 years respectively at current rates of production, and both have options for further expansion. Cliffs is a high-grade underground mine with an expected reserve life of four years. The extraction of ore at Cliffs commenced in FY2008.

We also operate the Kambalda concentrator south of Kalgoorlie, which processes ore and concentrate purchased from third parties.

We transport concentrate from Leinster, Mt Keith and Kambalda to our Kalgoorlie smelter, which processes it into nickel matte, containing approximately 68 per cent nickel. In FY2009, we exported approximately 31 per cent of our nickel matte production. We processed the remaining nickel matte at our Kwinana nickel refinery, which produces nickel metal in the form of LME grade briquettes and nickel powder, together with a range of saleable by-products. In June 2008, we announced that we brought forward a planned furnace rebuild at the Kalgoorlie smelter and that, as a consequence, the smelter was shut down and the Kwinana nickel refinery had a concurrent period of extended maintenance. The smelter furnace rebuild was completed after approximately three months. Production in FY2009 was 88,700 tonnes of contained nickel, approximately 9,400 tonnes lower than in FY2008 principally due to the aforementioned smelter furnace rebuild and concurrent maintenance at the Kwinana nickel refinery.

Our Ravensthorpe nickel operation was commissioned during FY2008. Ravensthorpe comprises a large open-cut laterite nickel mine and an enhanced pressure acid leach concentrator plant. The plant’s production, a mixed hydroxide precipitate (MHP) containing approximately 40 per cent nickel, was shipped to the expanded Yabulu refinery (see below) for refining into nickel metal. In January 2009, we announced the indefinite suspension of the Ravensthorpe operation due primarily to the marked decrease in the LME nickel price and the additional capital that would be required to complete ramp-up to and sustain production at projected operating levels.

The Ravensthorpe nickel operation is the subject of a future options study that is targeting completion during calendar year 2009. We are evaluating future options for this asset, which includes a potential divestment.

Yabulu

This wholly-owned nickel refinery in Queensland, Australia, began operations in 1974 to service the nearby nickel laterite Greenvale mine, which closed in 1993. Since then, it has continued to process laterite ores purchased from third party mines in New Caledonia, Indonesia and the Philippines. In FY2008, we completed a significant expansion of the refinery to give it the capacity to process MHP from Ravensthorpe. The expansion more than doubled the nickel production capacity of the plant to an estimated 76,000 tonnes per annum of contained nickel. Since the announcement to indefinitely suspend the Ravensthorpe operation in January 2009, Yabulu has reverted to processing ore only.

In July 2009, we announced the sale of the Yabulu nickel refinery, which was completed on 31 July 2009.

 

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Cerro Matoso

Cerro Matoso, our 99.94 per cent owned nickel operation in Colombia, combines a lateritic nickel ore deposit with a low-cost ferronickel smelter. Cerro Matoso is the world’s second-largest producer of ferronickel and one of the lowest-cost producers of ferronickel. The smelter produces high-purity, low-carbon ferronickel granules. Production in FY2009 was 50,500 tonnes of contained nickel, approximately 8,700 tonnes higher than in FY2008 principally due to FY2008 production being affected by an industrial stoppage. Cerro Matoso has an estimated reserve life of 40 years, based on current production levels.

Information on Stainless Steel Materials mining operations

The following table contains additional details of our mining operations. This table should be read in conjunction with the production (see section 2.3.2) and reserve tables (see section 2.14.2).

 

Name, location, mineralisation
style, type of mine and access

  

Ownership, operation and
title/lease

  

History

  

Facilities and power source

NICKEL         

Mt Keith

 

460 km north of Kalgoorlie, Western Australia, Australia

 

Disseminated textured magmatic nickel-sulphide mineralisation, associated with metamorphosed ultramafic lava flows and intrusions

 

Open-cut mine

 

The mine is accessible by private road.

 

Nickel concentrate is transported by road to Leinster nickel operations from where it is dried and transported by public road and rail to Kalgoorlie smelter.

  

We own and operate the mine at Mt Keith.

 

We hold leases over the land from the Western Australian Government. The key leases have expiry dates between 2011 and 2029. Further renewals are at the government’s discretion.

  

The Mt Keith mine was officially commissioned in January 1995 by WMC.

 

In June 2005, we gained control of Nickel West (Leinster, Mt Keith and Cliffs) as part of the acquisition of WMC.

  

Concentration plant with a capacity of 11.5 mtpa of ore.

 

Power at Mt Keith nickel operations is primarily derived from on-site third party gas-fired turbines. Gas for these turbines is sourced by us from the North West Shelf gas fields. The existing gas supply contract expires in 2013.

 

The gas is transported through the Goldfields Gas Pipeline, pursuant to an agreement with Southern Cross Pipeline Australia that expires in 2037.

Leinster

 

375 km north of Kalgoorlie in Western Australia, Australia

 

Steeply dipping disseminated and massive textured nickel-sulphide mineralisation, associated with metamorphosed ultramafic lava flows and intrusions

  

We own and operate the mines at Leinster.

 

We hold leases over the land from the Western Australian Government. The key leases have expiry dates between 2019 and 2030. Further renewals are at the government’s discretion.

  

Production commenced in 1967.

 

In June 2005, we gained control of Nickel West (Leinster, Mt Keith and Cliffs) as part of the acquisition of WMC.

  

Concentration plant with a capacity of 3 mtpa of ore.

 

Power at Leinster nickel operations is primarily derived from on-site third party gas-fired turbines. Gas for these turbines is sourced by us from the North West Shelf gas fields. The existing gas

 

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Table of Contents

Name, location, mineralisation
style, type of mine and access

  

Ownership, operation and
title/lease

  

History

  

Facilities and power source

Open-cut and underground mines

 

The mine is accessible by government-owned road and rail.

 

Nickel concentrate is shipped by road and rail to the Kalgoorlie smelter.

        

supply contract expires in 2013.

 

The gas is transported through the Goldfields Gas Pipeline, pursuant to an agreement with Southern Cross Pipeline Australia that expires in 2037.

Cliffs

 

430 km north of Kalgoorlie in Western Australia, Australia

 

Steeply dipping massive textured nickel-sulphide mineralisation, associated with metamorphosed ultramafic lava flows

 

Underground mine

 

The mine is accessible by private road.

 

Nickel ore is transported by road to the Leinster nickel operations for further processing.

  

We own and operate the mine at Cliffs.

 

We hold leases over the land from the Western Australian Government. The key leases have expiry dates between 2025 and 2026. Further renewals are at the government’s discretion.

  

Production commenced in 2008.

 

In June 2005, we gained control of Nickel West (Leinster, Mt Keith and Cliffs) as part of the acquisition of WMC.

  

Power at our Cliffs mining operations is primarily derived from Mt Keith’s on-site third party gas-fired turbines. Gas for these turbines is sourced by us from the North West Shelf gas fields. The existing gas supply contract expires in 2013.

 

The gas is transported through the Goldfields Gas Pipeline, pursuant to an agreement with Southern Cross Pipeline Australia that expires in 2037.

Ravensthorpe

 

155 km west of Esperance, Western Australia, Australia

 

Nickel-laterite mineralisation formed from residual weathering of metamorphosed ultramafic lava flows and associated intrusions

 

Open-cut mine

 

The mine is accessible by government-owned road.

  

We own and operated the mine at Ravensthorpe.

 

We hold 21-year leases over the land from the Western Australian Government. Expiry dates of the key leases range between 2019 and 2025. Further renewals are at the government’s discretion.

  

We announced approval of the Ravensthorpe Nickel Development Project in March 2004.

 

Ravensthorpe was officially opened in May 2008.

 

We announced indefinite suspension of the operation in January 2009.

 

We are evaluating future options for this asset, which includes a potential divestment.

  

Ravensthorpe’s processing plant has a capacity of up to 50,000 tpa of contained nickel and 1,400 tpa of cobalt.

 

Ravensthorpe is a fully integrated operation, able to provide its own power.

 

Ravensthorpe nickel operation uses the enhanced pressure acid leach (EPAL) process, which combines pressure acid leaching and atmospheric leaching to recover nickel and cobalt from laterite ores, producing MHP.

 

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Table of Contents

Name, location, mineralisation
style, type of mine and access

  

Ownership, operation and
title/lease

  

History

  

Facilities and power source

Cerro Matoso

 

Montelibano, Córdoba, Colombia

 

Nickel-laterite mineralisation formed from residual weathering of ophiolitic peridotite

 

Open-cut mine

 

The mine is accessible by public highway.

  

We own 99.94% of CMSA. 0.06% is held by employees.

 

Existing mining concession rights are renewable in 2012 with a 30-year extension period until 2042. Further extension is possible at that time.

 

Land on which reserves are located is owned.

  

Mining commenced in 1980 and nickel production started in 1982 under Colombian Government, BHP Billiton and Hanna Mining ownership.

 

In 1989, we increased our ownership to 53%, in 1997 to 99.8% and in 2007 to 99.94%.

 

In 1999, an expansion project to double installed capacity was started, and in January 2001 the first metal was tapped from this second line.

  

The ferronickel smelter and refinery are integrated with the mine.

 

Beneficiation plant for the mine consists of a primary and secondary crusher, which is sent
to a stacker for ore stockpiling and
blending.

 

Process design capacity is 50,000 tpa of nickel in ferronickel form. Actual capacity depends on nickel grade from the mine.

 

Electricity is supplied from the national grid based on supply
contracts negotiated for five-year periods. The existing electricity
supply contract terminates in December 2010.

 

A pipeline supplies domestic natural gas for drier and kiln operation. The existing gas supply contract terminates in 2011.

Information on Stainless Steel Materials smelters, refineries and processing plants

 

Operation and location

  

Ownership, operation and
title

  

Plant type/product

  

Capacity and power source

Kambalda nickel concentrator

 

56 km south of Kalgoorlie, Western Australia, Australia

   We own and operate the Kambalda nickel concentrator and hold mineral leases over the land from the Western Australian government that expire in 2028. Further renewals are at the government’s discretion.    Mill and concentrator plant producing concentrate containing approximately 13% nickel.   

The Kambalda concentrator has a capacity of approximately 1.6 mtpa of ore.

 

 

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Operation and location

  

Ownership, operation and
title

  

Plant type/product

  

Capacity and power source

   Ore is sourced through tolling and concentrate purchase arrangements with third parties in the Kambalda region.      

Power at the Kambalda concentrator is primarily derived from on-site

third party gas-fired turbines. Gas for these turbines is sourced by us from the North West Shelf gas fields. The existing gas supply contract expires in
2013.

 

The gas is transported through the Goldfields Gas Pipeline, pursuant to an agreement with Southern Cross Pipeline Australia that expires in 2037.

Kalgoorlie nickel smelter

 

Kalgoorlie, Western Australia, Australia

   We own and operate the Kalgoorlie nickel smelter operation and hold freehold title over the property.    The flash smelting process produces matte containing approximately 68% nickel.   

The Kalgoorlie smelter has a capacity of 110,000 tpa of nickel matte.

 

Power at the Kalgoorlie smelter is primarily derived from on-site third party gas-fired turbines. Gas for these turbines is sourced by us from the North West Shelf gas fields. The existing gas supply contract expires in 2013.

 

The gas is transported through the Goldfields Gas Pipeline, pursuant to an agreement with Southern Cross Pipeline Australia that expires in 2037.

Kwinana nickel refinery

 

30 km south of Perth, Western Australia, Australia

   We own and operate the Kwinana nickel refinery operation and hold freehold title over the property.    The refinery uses the Sherritt-Gordon ammonia leach process to convert nickel matte from the Kalgoorlie nickel smelter into LME-grade nickel briquettes and nickel powder.   

The Kwinana nickel refinery has a capacity of approximately 65,000 tpa of nickel metal.

 

Power generated by Southern Cross Energy in the goldfields is distributed across Western Power’s

 

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Operation and location

  

Ownership, operation and
title

  

Plant type/product

  

Capacity and power source

      The refinery also produces a number of intermediate products, including copper sulphide, cobalt-nickel sulphide and ammonium sulphate.   

network for use at the Kwinana nickel refinery.

 

The existing gas supply contract terminates in 2013.

Yabulu

 

25 km northwest of Townsville, Queensland, Australia

  

During FY2009, we owned and operated Yabulu and held freehold title over the refinery property.

 

In July 2009, we announced the sale of the Yabulu nickel refinery. The sale was completed on 31 July 2009.

   Yabulu consists of a laterite nickel refinery and cobalt refinery.    The Yabulu refinery has an annual production capacity of approximately 76,000 t of nickel and 3,200 t of cobalt.

Development projects

Cerro Matoso expansion options

Cerro Matoso has undertaken conceptual studies on options for expanding production, including a heap leaching operation. A completed feasibility study and Board approval would be required before any project based on these studies proceeds.

Mt Keith Talc co-processing

We have recently completed a feasibility study into upgrading the existing concentrator facilities at Mt Keith to enable it to process talcose ore to supplement the current ore supply. The general scope of this project is the installation of additional grinding and flotation equipment within the existing circuits at Mt Keith and the addition of a high magnesium oxide concentrate flotation circuit. If approved, this project will allow us to treat talcose ores, which make up approximately 15 per cent of the Mt Keith orebody, and which have previously not been able to be economically processed with the existing processing technology.

2.2.7    Iron Ore Customer Sector Group

Our Iron Ore CSG consists of our Western Australia Iron Ore (WAIO) business and a 50 per cent interest in the Samarco joint venture in Brazil.

Western Australia Iron Ore

WAIO’s operations involve a complex integrated system of seven mines and more than 1,000 kilometres of rail and port facilities, all located in the Pilbara region of northern Western Australia.

In response to increasing demand for iron ore, we have been expanding our WAIO operations. Since 2001, we have completed five expansion projects to increase our system production capacity from 69 million tonnes per annum to 129 million tonnes per annum (100 per cent basis). All of these projects have been completed on time and on budget. We now have two projects under construction to further increase system capacity to 205 million tonnes per annum (100 per cent basis). Additional projects now undergoing pre-feasibility or

 

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feasibility studies would, if approved and completed on schedule, increase system capacity to 300 million tonnes per annum by 2015 (100 per cent basis). Our share of FY2009 production was 106.1 million tonnes of ore.

Our Pilbara reserve base is relatively concentrated, allowing us to plan our development around a series of integrated ‘mining hubs’ joined to the orebodies by conveyors or spur lines. The mining hub approach enables us to maximise the value of installed infrastructure by using the same processing plant and rail infrastructure for a number of orebodies. Blending ore at the hub gives us greater flexibility to respond to changing customer requirements and changing properties in the ore being mined, as well as reducing the risk of port bottlenecks.

In conjunction with our capacity expansion, we have continued to explore and refine our understanding of existing tenements. Our proven ore reserves are high-grade, with average iron content ranging from 57.2 per cent at Yandi to 63.6 per cent at Mt Newman. The reserves lives of our mines at current production levels range from 13 years at Mt Goldsworthy (Area C) to 92 years at Jimblebar.

Most of our sales take place under long-term volume contracts with steel producers in Asia. Prices are generally set through annual negotiations. In the longer term, we are promoting a shift away from annually negotiated prices to a system based on transparent market-indexed prices.

Samarco

We are a 50-50 joint venture partner with Vale at the Samarco operations in Brazil. During the 2008 fiscal year, Samarco completed an expansion project consisting of a third pellet plant, a mine expansion, a new concentrator, port enhancements and a second slurry pipeline. Our share of production in FY2009 was approximately 8.3 million tonnes of ore. Samarco has a mine life of 39 years at current production rates.

During FY2009, market conditions required Samarco to operate its three pellet plants intermittently in response to decreased global demand for pellet production. Operations are continually monitored to ensure that utilisation of all pellet plants are optimised.

Information on Iron Ore mining operations

The following table contains additional details of our mining operations. This table should be read in conjunction with the production (see section 2.3.2) and reserve tables (see section 2.14.2).

 

Name, location, mineralisation
style, type of mine and access

  

Ownership, operation and
title/lease

  

History

  

Facilities and power source

Mt Newman joint venture

 

Pilbara region, Western Australia, Australia

 

Mt Newman joint venture iron ore products are derived from bedded ore types. These are classified as per the host Archaean or Proterozoic iron formation, which are Brockman, Marra Mamba and Nimingarra.

 

Open-cut mine

 

The mine is accessible by public road and Company-

  

We hold an 85% interest in the Mt Newman joint venture. The other 15% is held by Mitsui ITOCHU Iron (10%), ITOCHU Minerals and Energy of Australia (5%).

 

We are the operators of the Mt Whaleback orebody. Independent contractors operate the mining of orebodies 18, 23, 25, 29 and 30.

 

Mining lease under the Iron Ore (Mt Newman)

  

Production began at the Mt Whaleback orebody in 1969.

 

Production continues to be sourced from the major Mt Whaleback orebody, complemented by production from orebodies 18, 23, 25, 29 and 30.

  

At Mt Whaleback, primary and secondary crushing plants (capacity of 30 mtpa); a heavy media beneficiation plant (capacity of 8 mtpa) and a train-loading facility.

 

At orebody 25, an additional primary and secondary crushing plant (capacity of 10 mtpa).

 

A crusher and train-loading facility at orebody 18.

 

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Name, location, mineralisation
style, type of mine and access

  

Ownership, operation and
title/lease

  

History

  

Facilities and power source

owned rail to the joint venture’s Nelson Point shipping facility at Port Hedland.    Agreement Act 1964, this expires in 2030 with the right to successive renewals of 21 years.       Power comes from Alinta Dewap’s Newman gas-fired power station via Company-owned powerlines under long-term contracts.

Yandi joint venture

 

Pilbara region, Western Australia, Australia

 

Yandi joint venture iron ore products are derived from bedded and channel ore types. Bedded ores are classified as per the host Proterozoic banded iron formation names, which for Yandi is Brockman and Channel Iron Deposits are Cainozoic fluvial sediments.

 

Open-cut mine

 

The mine is accessible by public road and Company-owned rail to the Finucane Island shipping facility and Nelson Point shipping facility at Port Hedland.

 

Our railway spur links Yandi mine to the Newman main line.

  

We hold an 85% interest in the Yandi joint venture. The other 15% is held by Mitsui Iron Ore Corporation (7%), ITOCHU Minerals and Energy of Australia (8%).

 

An independent contract mining company is the operator of the mine.

 

Mining lease under the Iron Ore (Marillana Creek) Agreement Act 1991 expires in 2012 with renewal right to a further 42 years.

  

We began development of the orebody in 1991. The first shipment occurred in 1992.

 

Capacity was progressively expanded between 1994 and 2003 and is currently in excess of 42 mtpa.

  

Two processing plants and a primary crusher and overland conveyor are used to crush and screen ore and deliver it to one of two train-loading facilities.

 

Power comes from Alinta Dewap’s Newman gas-fired power station via Company-owned powerlines under long-term contracts.

Jimblebar

 

Pilbara region, Western Australia, Australia

 

Jimblebar iron ore products are derived from bedded ore types. These are classified based on the host Archaean or Proterozoic banded iron formation names, which are Brockman and Marra Mamba.

 

Open-cut mine

 

The mine is accessible by public road and Company-owned rail to Port Hedland via a 32 km spur line

  

We own 100% of the Jimblebar lease. We have a sublease agreement over the Wheelara deposit with ITOCHU Minerals and Energy of Australia, Mitsui Iron Ore and four separate subsidiaries of Chinese steelmakers. As a consequence of this arrangement, we are entitled to 85% of production from the Wheelara sublease.

 

An independent contract mining company is the operator of the mine.

  

Production at Jimblebar began in March 1989.

 

The ore currently being produced is blended with ore produced from Mt Whaleback and satellite orebodies 18, 23, 25, 29 and 30 to create the Mt Newman blend.

  

Primary and secondary crushing plant (capacity of 13.9 mtpa).

 

Power comes from Alinta Dewap’s Newman gas-fired power station via Company-owned powerlines under long-term contracts.

 

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Name, location, mineralisation
style, type of mine and access

  

Ownership, operation and
title/lease

  

History

  

Facilities and power source

linking with the main Newman to Port Hedland railway.    Mining lease under the Iron Ore (McCamey’s Monster) Agreement Authorisation Act 1972 expires in 2030 with the rights to successive renewals of 21 years.      

Mt Goldsworthy joint venture

 

Pilbara region, Western Australia, Australia

 

Mt Goldsworthy joint venture iron ore products are derived from bedded ore types. These are classified as per the host Archaean or Proterozoic iron formation names, which are Brockman, Marra Mamba and Nimingarra.

 

Open-cut mine includes Area C, Yarrie and Nimingarra.

 

The mine is accessible by public road and Company-owned rail to the joint venture’s Finucane Island shipping facilities and the Nelson Point shipping facilities, both located at Port Hedland.

 

Our railway spur links Area C mine to the Newman main line.

  

We hold an 85% interest in the Mt Goldsworthy joint venture. The other 15% is held by Mitsui Iron Ore Corporation (7%) and ITOCHU Minerals and Energy of Australia (8%).

 

An independent contract mining company is the operator of the mine.

 

Four mineral leases under the Iron Ore (Mt Goldsworthy) Agreement Act 1964 and the Iron Ore (Goldsworthy—Nimingarra) Agreement Act 1972, which have expiry dates between 2014 and 2028 with rights to successive renewals of 21 years.

 

A number of smaller mining leases granted under the Mining Act 1978 in 2005.

  

Operations originally commenced at the Mt Goldsworthy project in 1966 and the Shay Gap mine in 1973. The original mine closed in 1982 and the associated Shay Gap mine closed in 1993. Mining at the Nimingarra mine ceased in 2007 and has since continued from the adjacent Yarrie area.

 

We opened Area C mine in 2003.

  

The primary crushers at Yarrie and Nimingarra, with a combined capacity of 8 mtpa, have been placed into care and maintenance. Yarrie is currently using mobile in-pit crushing plant at a rate of 2 mtpa.

 

An ore processing plant, primary crusher and overland conveyor are located at Area C with capacity of 42 mtpa.

 

Power for Yarrie and Nimingarra is sourced via overhead powerlines from the Port Hedland gas-fired powered station operated by Alinta Dewap under long-term contracts.

 

Area C sources its power from the Newman gas-fired power station also operated by Alinta Dewap under long-term contracts.

Samarco

 

Southeast Brazil

 

Samarco iron ore products are derived from Itabirites (metamorphic quartz-hematite rock) and friable hematite ores.

 

Open-cut mine

 

The mine is accessible by public road. Conveyor belts transport iron ore to the

  

We own 50% of Samarco. The other 50% is owned by Vale. Samarco is operated as an independent business with its own management team.

 

The Brazilian Government has granted mining concessions to Samarco as long as it mines the Alegria

  

Production began at the Germano mine in 1977 and at the Alegria complex in 1992. The Alegria complex has now replaced the depleted Germano mine.

 

An expansion occurred in 1997 when a second pellet plant was built. In 2005, an optimisation project increased pellet

  

There are two 396 km iron ore slurry pipelines integrating the mining complex to pellet plants.

 

With the addition of the third pellet plant expansion, Samarco has the capacity to process and pump a total of 24 mtpa of ore concentrate and produce and ship approximately

 

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Name, location, mineralisation
style, type of mine and access

  

Ownership, operation and
title/lease

  

History

  

Facilities and power source

beneficiation plant and a 396 km slurry pipeline transports pellet feed to the pellet plants on the coast.

 

Iron pellets are exported via private port facilities.

   complex according to an agreed plan.   

feed and pellet production.

 

The most recent expansion occurred in 2008 when a third pellet plant was built as well as a second pipeline. Current capacity, on a 100% basis, is 21.6 mtpa.

  

21.6 mtpa of pellets (100% basis).

 

Samarco holds interests in two hydro-electric power plants. These plants furnish approximately 19.2% of Samarco’s electricity requirements.

 

Samarco has signed two agreements expiring in 2014 to purchase remaining power needs from two local concessionaires that operate other hydro-electric power plants.

Development projects

Western Australia Iron Ore

Construction of Rapid Growth Project (RGP) 4 is continuing. This project was approved in March 2007 and is designed to deliver an additional 26 million tonnes per annum of capacity, bringing the total installed capacity of our WAIO operations to 155 million tonnes per annum (100 per cent share). The projected cost of RGP 4 is US$1,850 million.

The Board approved project expenditure of US$4.8 billion in November 2008 for RGP 5. The focus of this expansion project is to substantially double track the Newman mainline rail and construct two new shipping berths on the Finucane Island side of the Port Hedland harbour. RGP 5 is expected to increase the installed capacity of our WAIO operations by a further 50 million tonnes per annum to 205 million tonnes per annum (100 per cent share). The additional mine capacity will be predominantly at Yandi (40 million tonnes per annum) with the 10 million tonnes per annum balance coming from the Area C and Newman mines.

Western Australia Iron Ore—Rio Tinto Joint Venture

On 5 June 2009, we signed a non-binding agreement with Rio Tinto to form a 50-50 production joint venture combining the economic interests of both companies’ current and future iron ore assets in Western Australia. We are progressing the development of definitive agreements with Rio Tinto based on the announced agreed principles and intend to sign these documents as soon as practicable.

The joint venture offers a unique opportunity to capture substantial production and development synergies from the companies’ overlapping world-class resources. These synergies are anticipated to come from:

 

   

combining adjacent mines into single operations;

 

   

reducing costs through shorter rail hauls and more efficient allocations of port capacity;

 

   

blending opportunities which will maximise product recovery and provide further operating efficiencies;

 

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optimising future growth opportunities through the development of consolidated, larger and more capital efficient expansion projects; and

 

   

combining the management, procurement and general overhead activities into a single entity.

The non-binding agreement provides, in addition to other matters, that:

 

   

the joint venture will operate as a cost centre and deliver iron ore to each company to market independently (except for 10 to 15 per cent of the joint venture volumes that will be sold on the spot market);

 

   

in order to equalise the value of the two economic interests, BHP Billiton will, subject to finalisation adjustments, invest US$5.8 billion at financial close; and

 

   

senior management of the entity will be determined jointly on the basis of the ‘best person for the job’ with broadly equal initial participation from BHP Billiton and Rio Tinto.

It is intended that BHP Billiton’s Iron Ore President, Ian Ashby, will be appointed as the initial Chief Executive Officer of the joint venture, while Sam Walsh, currently Rio Tinto’s Chief Executive Iron Ore will be appointed as initial Chairman of the non-executive owners’ council.

Formation of the joint venture is expected to be completed by mid-2010. Pre-conditions for formation of the joint venture include receipt of regulatory and relevant governmental clearances and approval from the shareholders of both Rio Tinto and BHP Billiton.

West Africa

We are currently carrying out exploration activities and concept studies in Guinea at our Nimba deposit to determine the economic viability, sustainability impacts and management implications of a potential mine development in this area. In addition, we are carrying out exploration activities on various exploration leases we hold in Liberia.

2.2.8    Manganese Customer Sector Group

Our Manganese operations produce a combination of ores, alloys and metal from sites in South Africa and Australia. We are the world’s largest producer of seaborne manganese ore and among the top three global producers of manganese alloy.

Manganese alloy is a key input into the steelmaking process. Our high-grade ore is particularly valuable to alloy producers because of the ‘value in use differential’ over low-grade ore, which is the degree to which high-grade ore is proportionately more efficient in the alloying process than low-grade ore.

Although our corporate strategy is to focus on upstream resources businesses, our low-cost alloy smelters have been significant contributors to our profit in recent years. In addition, they add value to the overall manganese business because they enable us to access markets with an optimal mix of ore and alloy, optimise production to best suit market conditions and give us insights into the performance of our ores in smelters.

Approximately 80 per cent of our ore production is sold directly to external customers and the remainder is used as feedstock in our alloy smelters.

We own and manage all of our manganese mining assets and alloy plants through a 60-40 joint venture with Anglo-American. The joint venture assets are Samancor Manganese, which owns Hotazel Manganese Mines (HMM) and Metalloys, both situated in South Africa and the Groote Eylandt Mining Company (GEMCO) and Tasmanian Electro Metallurgical Company (TEMCO) located in Australia. In July 2009, Samancor sold 26 per cent of HMM in a series of transactions designed to comply with South Africa’s Black Economic Empowerment requirements.

 

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The joint venture also owns 51 per cent of the Manganese Metal Company, which operates a manganese metal plant in South Africa. Our manganese metal and alloy sales are principally to carbon steelmakers.

Mines:

 

 

Hotazel

HMM owns the Mamatwan open-cut mine and the Wessels underground mine. The ore contained in these mines requires only crushing and screening to create saleable product with no further upgrade steps required. These assets produced 2.1 million tonnes of ore during FY2009 and have opportunities for further expansion. In FY2009, production was reduced in response to lower demand as a result of the global economic slow down. At FY2008 production rates, Mamatwan and Wessels have reserve lives of 22 and 49 years.

 

 

GEMCO

As a result of its location near our own port facilities and its simple, open-cut mining operation, GEMCO is one of the lowest-cost manganese ore producers in the world. Simple operations combined with its high-grade of ore and relative proximity to Asian export markets make GEMCO unique among the world’s manganese mines. GEMCO produced over 3.5 million tonnes of ore in FY2008. In FY2009, production was reduced to 2.3 million tonnes in response to lower demand. At a production rate of four million dry tonnes per annum, it has a reserve life of 14 years. The GEMCO expansion project was completed in FY2009 and we are studying other expansion options (see Development projects below).

Alloy Plants:

 

 

Metalloys

The Samancor Manganese Metalloys alloy plant is one of the largest manganese alloy producers in the world. Due to its size and access to high-quality feedstock from our Hotazel operations, it is also one of the lowest-cost alloy producers. Metalloys produces high and medium-carbon ferromanganese and silicomanganese. In FY2009, production rates were curtailed due to the global economic slowdown and 301,000 tonnes of alloy were produced.

 

 

TEMCO

TEMCO is a medium-sized, captive producer of high-carbon ferromanganese, silicomanganese and sinter using ore shipped from GEMCO, primarily using hydroelectric power. Like Metalloys, production rates were reduced compared with FY2008 and 212,000 tonnes of alloy were produced.

Information on Manganese mining operations

The following table contains additional details of our mining operations. These tables should be read in conjunction with the production (see section 2.3.2) and reserve tables (see section 2.14.2).

 

Name, location, mineralisation
style, type of mine and access

  

Ownership, operation and
title/lease

  

History

  

Facilities and power source

Hotazel Manganese Mines

 

Kalahari Basin, South Africa Mamatwan is an open-cut mine.

 

The ore occurs in Proterozoic volcanogenetic

   Hotazel Manganese Mines, a division of Samancor Manganese, is the owner of Mamatwan and Wessels. BHP Billiton is the operator of the mines.   

Mamatwan was commissioned in 1964.

 

Wessels was commissioned in 1973.

   Mamatwan’s capacity is currently 3.5 mtpa of ore and sinter based on the current product mix at the mine. The beneficiation plant consists of primary,

 

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Name, location, mineralisation
style, type of mine and access

  

Ownership, operation and
title/lease

  

History

  

Facilities and power source

sediments associated with banded iron formation hosted by the Hotazel Formation Wessels is an underground mine.

 

The mines are accessible by rail and public road. Most ore and sinter products are transported by government-owned rail. Approximately one third of the ore produced is beneficiated locally with the balance exported via Port Elizabeth and Durban.

   To comply with the South African Mining Charter and scorecard, Samancor Manganese has entered into four transactions that have resulted in 26% Black Economic Empowerment ownership of Hotazel Manganese Mines. These transactions closed in July 2009.      

secondary and tertiary crushing with associated screening plants. There is a dense medium separator and a sinter plant with a capacity of 1 mtpa of sinter.

 

Wessels has two loaders and four haulers with an annual capacity of approximately 1 mtpa of ore. The processing is a simple crushing and screening circuit consisting of primary and secondary crushing circuits with associated screening capacity.

 

The power source is the national utility company Eskom.

Groote Eylandt Mining Company Pty Ltd (GEMCO)

 

Groote Eylandt, Northern Territory, Australia

 

The ore occurs in partially supergene enriched stratiform Cretaceous sandstone—claystone associated type sedimentary orebodies

 

Open-cut mine

 

Ore is transported from the concentrator by road train directly to our shipping facilities at the port at Milner Bay.

  

We own 60% of GEMCO, which owns and operates the mine. The remaining 40% is owned by Anglo American.

 

All leases situated on Aboriginal land held under the Aboriginal Land Rights (Northern Territory) Act 1976. Leases have been renewed for a period of 25 years from 2006.

   The mine was first commissioned in 1965.   

The beneficiation process consists of crushing, screening, washing and dense media separation with lump and fines products being produced. The existing capacity is 4.0 dry mtpa.

 

GEMCO owns and operates its own on-site diesel power generation facility.

 

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Information on Manganese smelters, refineries and processing plants

 

Operation and location

  

Ownership, operation and
title

  

Plant type/product

  

Capacity and power source

Manganese Metal Company (Pty) Ltd

 

Nelspruit, South Africa

  

Samancor Manganese owns 51% of Manganese Metal Company. Delta Plc indirectly owns the remaining 49%.

 

Manganese Metal Company holds freehold title over the property, plant and equipment.

   A manganese production plant at Nelspruit processing and electrowinning of manganese ore into electrolytic manganese metal (via a selenium-free hydrometallurgical electroplating extraction process).   

Manganese Metal Company has a capacity to produce 27,000 tpa of electrolytic manganese metal.

 

The power source is from Eskom.

Metalloys

 

Meyerton, South Africa

  

Metalloys is a division of Samancor Manganese.

Samancor Manganese holds freehold title over the property, plant and equipment.

   The manganese alloy plant uses eight electric arc furnaces to produce manganese alloys such as high-carbon ferromanganese and silicomanganese and an oxygen blast converter process producing refined (medium-carbon ferromanganese) alloy.   

370,000 tpa of high-carbon ferromanganese (including hot metal), 120,000 tpa of silicomanganese and 82,000 tpa of medium-carbon ferromanganese in various fractions.

 

The power source is the national utility company Eskom plus 30 MW of internal power generated from waste heat.

Tasmanian Electro Metallurgical Company Pty Ltd (TEMCO)

 

Bell Bay, Tasmania, Australia

  

We own 60% of TEMCO. Anglo American owns the remaining 40%.

 

TEMCO holds freehold title over the property, plant and equipment.

   Four electric arc furnaces and a sinter plant produce ferroalloys, including high-carbon ferromanganese, silicomanganese and sinter.   

Nominal capacity based on the 2008 product mix is 147,000 tpa of high-carbon ferromanganese, 115,000 tpa of silicomanganese and 341,000 tpa of sinter.

 

TEMCO sources its electrical power from Aurora Energy, the state-owned power distribution and retailing company. Power in Tasmania is principally generated from hydro stations, but supplemented with a 240 MW gas generation station. TEMCO also self-generates 11 MW for internal use from an on-site energy recovery unit.

 

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Development projects

GEMCO expansion

The expansion of the GEMCO’s processing plant by an estimated one million tonnes per annum at a cost of US$93 million (BHP Billiton share) was completed in the FY2009. This project was delivered on time and under budget. We are undertaking a pre-feasibility study into further expansion options. The project commissioning is under way and will continue into the first quarter of FY2010.

Hotazel Manganese Mines

Two expansion projects in South Africa are expected to add one million tonnes per annum of capacity (100 per cent, or about 0.6 million tonnes per annum BHP Billiton share) for an estimated capital expenditure of US$55 million (BHP Billiton share).

2.2.9    Metallurgical Coal Customer Sector Group

Our Metallurgical Coal CSG is the world’s largest supplier of seaborne metallurgical coal. Metallurgical coal, along with iron ore and manganese, is a key input in the production of steel.

We have production assets in two major resource basins: the Bowen Basin in Central Queensland, Australia and the Illawarra region of New South Wales, Australia. We are currently reviewing options in relation to a significant basin at Maruwai on the Indonesian island of Borneo in the East Kalimantan province, where we ceased exploration and development works in June 2009.

Bowen Basin

In comparison with other coal producing regions, the Bowen Basin is extremely well positioned to supply the seaborne market because of:

 

   

its high-quality metallurgical coals, which are more efficient in blast furnace use

 

   

the relatively low cost of production because of its extensive near-surface deposits

 

   

its geographical proximity to Asian customers.

We have access to key infrastructure, including a modern, integrated electric rail network and our own coal loading terminal at Hay Point, Mackay. This infrastructure enables us to maximise throughput and blending products from multiple mines to optimise the value of our production and satisfy customer requirements.

Our Bowen Basin mines are owned through a series of joint ventures. We share 50-50 ownership with Mitsubishi Development Pty Ltd of BHP Billiton Mitsubishi Alliance (BMA), which operates the Goonyella Riverside, Peak Downs, Saraji, Norwich Park, Blackwater and Gregory Crinum mines, together with the Hay Point terminal. We own 80 per cent of the South Walker Creek and Poitrel mines, with Mitsui and Co. owning the other 20 per cent. All operations are managed by BMA. The reserve lives of the Bowen Basin mines at current production rates range from seven years to 66 years.

We export Bowen Basin metallurgical coal under long-term or annual volume contracts with prices negotiated yearly. Our customers are steel producers around the world, particularly in Asia and India.

Total attributable production in FY2009 was approximately 30.1 million tonnes, compared with 27.9 million tonnes in FY2008. Production in FY2008 was affected by two episodes of heavy rain and flooding.

Illawarra

We own and operate three underground coal mines in the Illawarra region of New South Wales, which supply metallurgical coal to the nearby BlueScope Port Kembla steelworks, and domestic and export markets

 

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under contracts with annually negotiated prices. Total production in FY2009 was approximately 6.3 million tonnes and the reserve lives of the Illawarra mines at current production rates range from five years to 14 years.

Production figures for both the Bowen Basin and Illawarra include some energy coal (less than 7 per cent and 11 per cent, respectively).

Information on Metallurgical Coal mining operations

The following table contains additional details of our mining operations. The tables should be read in conjunction with the production (see section 2.3.2) and reserves tables (see section 2.14.2).

 

Name, location, mineralisation
style, type of mine and access

  

Ownership, operation and
title/lease

  

History

  

Facilities and power source

Central Queensland Coal Associates joint venture

 

Bowen Basin, Queensland, Australia

 

Produces a range of products from high-quality, low volatile hard coking coal with high vitrinite content, to medium volatile hard coking to weak coking coal, and some medium ash thermal coal. Seams currently mined are from the Moranbah Coal Measures and are comprised of layered fine to medium grade sedimentary units intermixed with coal.

 

Goonyella Riverside, Peak Downs, Saraji, Norwich Park and Blackwater are open-cut mines. Broadmeadow is a longwall underground mine.

 

The mines are accessible by public road. All coal is transported on government-owned railways to the port of Hay Point near Mackay (incorporating CQCA’s Hay Point Coal Terminal and the Dalrymple Bay Coal Terminal) and the port of Gladstone.

  

We own 50% of the CQCA joint venture. Mitsubishi owns the other 50%.

 

BMA operates the mines.

 

Leases for the CQCA mines have expiry dates between 2009 and 2037 and are renewable for such further periods as the Queensland Government allows.

 

The joint venture holds additional undeveloped leases in the Bowen Basin.

  

Goonyella mine, which commenced in 1971, merged with the adjoining Riverside mine in 1989 and is operated as the Goonyella Riverside mine. Reserves at the Riverside mine were depleted in 2005.

 

Peak Downs commenced production in 1972. Saraji mine commenced production in 1974. Norwich Park commenced production in 1979.

 

Blackwater mine commenced production in 1967. South Blackwater and Blackwater mines were integrated from late 2000.

 

Broadmeadow, an underground mine developed on the Goonyella mining lease, commenced longwall operations in 2005.

  

All coal is beneficiated at on-site processing facilities, which have a combined capacity in excess of 53.5 mtpa.

 

Power is sourced from the State of Queensland’s electricity grid.

 

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Name, location, mineralisation
style, type of mine and access

  

Ownership, operation and
title/lease

  

History

  

Facilities and power source

Gregory joint venture

 

Bowen Basin, Queensland, Australia

 

Produces a high volatile, low ash hard coking coal, and a medium ash thermal coal. Mining is limited to the Lilyvale (German Creek) Seam, which grades to the Moranbah Coal Measures, primarily composed of layered fine to medium grained sedimentary units intermixed with coal.

 

Gregory is an open-cut mine. Crinum is a longwall underground mine.

 

The mines are accessible by public road. All coal is transported on government-owned railways to the port of Hay Point near Mackay (incorporating CQCA’s Hay Point Coal Terminal and the Dalrymple Bay Coal Terminal) and the port of Gladstone.

  

We own 50% of the Gregory joint venture. Mitsubishi owns the other 50%.

 

BMA operates the mines.

 

Leases have expiry dates between 2013 and 2027, and are renewable for such further periods as the Queensland Government allows.

  

The Gregory mine became operational in 1979.

 

Crinum mine commenced longwall production in 1997.

  

All coal is beneficiated at on-site processing facilities, which have a combined capacity in excess of 5 mtpa.

 

Power is sourced from the State of Queensland’s electricity grid.

BHP Mitsui Coal Pty Limited

 

Bowen Basin, Queensland, Australia

 

Produces a range of coking coal, pulverised coal injection (PCI) coal, and thermal coal products with medium to high phosphorus and ash properties. The Rangal Coal Measures are the main economic stratum and are comprised of layered sedimentary formations.

 

South Walker Creek and Poitrel are open-cut mines.

 

  

We own 80% of BHP Mitsui Coal Pty Limited. Mitsui and Co owns the other 20%.

 

BMA manages the mines, which are operated through independent contractors.

 

Leases have expiry dates between 2010 and 2020, and are renewable for such further periods as the Queensland Government allows.

 

BHP Mitsui Coal Pty Limited holds additional undeveloped leases in the Bowen Basin.

  

South Walker Creek became operational in 1996, producing PCI product and minor quantities of thermal coal.

 

Construction for the Poitrel mine commenced in early 2006 and first coal was produced in October 2006.

  

South Walker Creek coal is beneficiated at on-site processing facilities with a capacity to produce 3.5 mtpa of coal.

 

Poitrel mine has a joint venture agreement (Red Mountain Joint Venture) with the adjacent Millennium Coal mine to share coal processing and rail loading facilities. Poitrel has access to 3.0 mtpa capacity from the processing facilities.

 

Power is sourced from the State of Queensland’s electricity grid.

 

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Name, location, mineralisation
style, type of mine and access

  

Ownership, operation and
title/lease

  

History

  

Facilities and power source

The mines are accessible by public road. All coal is transported on government-owned railways to the port of Hay Point near Mackay (incorporating CQCA’s Hay Point Coal Terminal and the Dalrymple Bay Coal Terminal).         

Illawarra Coal

 

Illawarra, New South Wales, Australia

 

Produces premium quality hard coking coal and some thermal coal from the Wongawilli and Bulli seams contained in layered sedimentary formations.

 

Dendrobium, Appin and West Cliff are all underground mines.

 

All the mines are accessible by public road. All coal is transported by road or on government-owned railways to our major customer, BlueScope Steel’s Port Kembla steelworks, or to Port Kembla for export.

  

We are owner and operator of the Illawarra Coal mines.

 

Leases have expiry dates between 2010 and 2026, with renewal rights under the NSW Mining Act 1992 for periods of 21 years.

  

Appin commenced in 1962 with longwall mining starting in 1969.

 

West Cliff was commissioned in 1976.

 

Dendrobium Mine opened in 2005.

  

Coal is beneficiated at two processing facilities with a capacity to produce approximately 8.0 mtpa.

 

Power is sourced from the State of New South Wales’ electricity grid.

Development projects

Maruwai (Lampunut, Indonesia)

In June 2009, we announced our intention not to proceed with the Haju trial mine as it was determined that the project was not a sufficient fit with the Company’s long-term investment strategy. Work on the Lampunut feasibility study has also ceased while other activities are under review. Further evaluation of our remaining interests is under way to determine the best future commercial options.

Bowen Basin Expansions

BMA is currently investigating a number of brownfield and greenfield expansion options in the Bowen Basin, including:

 

   

Daunia Coal Mine (greenfield project)

 

   

Caval Ridge Mine (greenfield project)

 

   

Goonyella Riverside Mine Expansion (brownfield project).

 

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Daunia, located to the east of the Poitrel mine, has been designed with capacity to produce four million tonnes per annum, and the production capacity of Caval Ridge, located to the north of the Peak Downs mine, would be up to 5.5 million tonnes per annum (100 per cent, or 2.75 million tonnes per annum BHP Billiton share) in addition to potential expansion of Peak Downs mine of 2.5 million tonnes per annum (100 per cent, or 1.25 million tonnes per annum BHP Billiton share). Both developments would include coal handling preparation plants. We are assessing the optimal time to advance these projects and we are continuing to progress the statutory and owner approvals for our growth projects.

In September 2008, BMA acquired the New Saraji exploration project from New Hope for approximately US$1 billion (BHP Billiton share). This project is located to the east of the Saraji mine and is now known as Saraji East.

2.2.10    Energy Coal Customer Sector Group

Our Energy Coal CSG is one of the world’s largest producers and marketers of export energy coal (also known as thermal or steaming coal) and is also a significant domestic supplier to the electricity generation industry in Australia, South Africa and the United States. Our global portfolio of energy coal assets, our insights into the broader energy market through our sales of other fuels such as gas, uranium and oil, and our control of options for bulk freight provide our business with key advantages as a supplier. Like our other businesses, our Energy Coal CSG owns large, long-life assets with substantial options for expansion.

We generally make our domestic sales under long-term fixed-price contracts with power stations that are located in close proximity to the mine. We make export sales to power generators and some industrial users in Asia, Europe and the United States, usually under contracts for delivery of a fixed volume of coal. Pricing is either index-linked, or fixed, in which case we use financial instruments to swap our fixed-price exposure for exposure to market indexed prices.

We recognise that the need to control carbon dioxide emissions has substantial implications for the use of thermal coal as an energy source. Our Company has committed to invest US$300 million over the five years from June 2007 to support the research, development and demonstration of low-emissions technologies, including ‘clean coal’ and carbon sequestration technologies. We have also developed the capacity to offer our export customers emissions credits in conjunction with their coal purchases.

We operate three sets of assets: a group of mines and associated infrastructure collectively known as BHP Billiton Energy Coal South Africa (BECSA); our New Mexico Coal operations in the United States; and our Hunter Valley Energy Coal operations in New South Wales, Australia. We also own a one-third share of the Cerrejón Coal Company, which operates a coal mine in Colombia.

BHP Billiton Energy Coal South Africa

BECSA operates three coal mines in the Witbank region of Mpumalanga province of South Africa, which produced a total of approximately 31.7 million tonnes in FY2009. We have two major mine expansion projects under way in South Africa (see Development projects below). In FY2009, BECSA sold approximately 73 per cent of its production to Eskom, the government-owned electricity utility in South Africa, and exported the rest via the Richards Bay Coal Terminal, in which we own a 24 per cent share. The reserve lives of the BECSA mines at current production rates range from 12 to 22 years.

New Mexico Coal

We own and operate the Navajo mine, located on Navajo land in New Mexico, and the nearby San Juan mine. Each of these mines transports its production directly to a nearby power station. The reserve lives of Navajo and San Juan at current production rates are 22 and 11 years, respectively. We are considering expansion options at Navajo (see Development projects below).

 

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Hunter Valley Energy Coal

Our Hunter Valley operating asset is the Mt Arthur open-cut coal mine, which produced approximately 11.8 million tonnes in FY2009 and has a reserve life at current production rates of 51 years. We also have projects in execution and pre-feasibility that if completed, will form part of the Hunter Valley Energy Coal portfolio (see Development projects below). In FY2009, we delivered approximately one-quarter of Mt Arthur’s production to a local power station and exported the rest via the port of Newcastle.

Cerrejón Coal Company

Cerrejón Coal Company owns and operates the largest open-cut export coal mine in the world in La Guajira province of Colombia, together with integrated rail and port facilities through which the majority of production is exported. In FY2008, Cerrejón completed an expansion that increased capacity to 32 million tonnes per annum (100 per cent terms). At Cerrejón’s current rate of production, Cerrejón has a reserve life of 23 years.

Information on Energy Coal mining operations

The following table contains additional details of our mining operations. The tables should be read in conjunction with the production (see section 2.3.2) and reserves tables (see section 2.14.2).

 

Name, location, mineralisation
style, type of mine and access

  

Ownership, operation and
title/lease

  

History

  

Facilities and power source

SOUTH AFRICA         

Khutala

 

100 km east of Johannesburg, Gauteng Province, South Africa

 

Produces a medium rank bituminous thermal coal (non-coking)

 

Combination of open-cut and underground mines. The mine is accessible by public roads.

 

Domestic coal is transported via overland conveyor to the Kendal Power Station.

  

We own and operate the mine at Khutala.

 

BECSA is the holder of an Old Order Mining Right.

 

An application for conversion to a New Order Mining Right, submitted in 2004, is still being processed (see government regulations, section 2.7).

  

Khutala was commissioned in 1984.

 

Open-cut operations began in 1996.

 

The mining of a thermal/metallurgical coal deposit for a domestic market commenced in 2003.

  

Beneficiation facilities consist of a crushing plant, for the energy coal with a nominal capacity of 18 mtpa. A separate smaller crusher and wash plant with a nominal capacity of 0.6 mtpa is used to beneficiate the metallurgical coal supplied from the opencast operation.

 

Power is supplied by Eskom under long-term contracts.

Douglas/Middelburg

 

20 km southeast of Witbank, Mpumalanga Province, South Africa

 

Produces a medium rank bituminous thermal coal, most of which can be beneficiated for the European or Asian export market

 

Open-cut mine

 

  

We own 84% of the Middelburg mine in a joint venture. The remaining 16% is owned by Xstrata Plc through Tavistock Collieries Plc (Tavistock).

 

We are the operator of the mine.

 

BECSA and Tavistock are the joint holders of

   Middelburg mine was commissioned in 1982. Middelburg Mine Services (MMS) and Duvha Opencast became one operation in FY1996.   

Beneficiation facilities consist of the following: tips and crushing plants, two export wash plants, a middlings wash plant and a de-stone plant. The overall capacity is 30 mtpa.

 

Power is supplied by Eskom under long-term contracts.

 

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Name, location, mineralisation
style, type of mine and access

  

Ownership, operation and
title/lease

  

History

  

Facilities and power source

The mine is accessible by public roads.

 

Export coal is transported to RBCT by rail, while the domestic coal is transported via conveyor belt to the nearby Duvha Power Station.

  

three Old Order Mining Rights in the joint venture ratio (84:16) and BECSA is the 100% holder of a fourth Old Order Mining Right. All four Old Order Rights were lodged for conversion in December 2008. BECSA and Tavistock have amended their joint venture agreement such that, upon conversion of the four Old Order Mining Rights, the mining area will be divided into an area wholly-owned and operated by Tavistock and an area wholly-owned and operated by BECSA as the new Middelburg mine.

 

A number of regulatory approvals are being sought to give effect to this restructure.

     

Klipspruit

 

30 km west of Witbank, Mpumalanga Province, South Africa

 

Produces a medium rank bituminous thermal coal, most of which can be beneficiated for the European or Asian export market

 

Open-cut mine

 

Access to the mine is via public roads.

 

Export coal is transported to RBCT via Spoornet (a government business enterprise) railway.

  

We own and operate the mine at Klipspruit.

 

BECSA is the holder of an Old Order Mining Right. An application for conversion to a New Order Mining Right was submitted in 2004 and is still being processed (see government regulations, section 2.7).

   The project was approved by the Mpumalanga Department of Agriculture, Conservation and Environment in 2003. An initial mini-pit was started in August 2003 as a truck and shovel contractor operation.   

During 2009 the beneficiation facilities consisted of a tip and crushing plant, as well as an export wash plant 32 km from the mine. The overall capacity was 4.8 mtpa.

 

These facilities were closed in early August 2009 and product diverted to the new Phola Plant that is currently being commissioned (see Development projects below).

 

Power is supplied by Eskom under long-term contracts.

 

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Name, location, mineralisation
style, type of mine and access

  

Ownership, operation and
title/lease

  

History

  

Facilities and power source

AUSTRALIA

        

Mt Arthur Coal

 

Approximately 125 km from Newcastle, New South Wales, Australia

 

Produces a medium rank bituminous thermal coal (non-coking)

 

Open-cut mine

 

The mine is accessible by public road.

 

Domestic coal is transported by an overland conveyor to Bayswater Power Station.

 

Export coal is transported by a combination of private and public rail, approximately 125 km to the port of Newcastle.

  

We own and operate the mine at Mt Arthur.

 

We hold various mining leases and licences that expire between March 2010 and April 2028.

   Coal production from the Mt Arthur area commenced in 2002.   

Main beneficiation facilities include coal handling, preparation and washing plants with a total capacity of 9.8 mtpa. Washery by-pass coal is also sold.

 

Power is supplied by local energy providers, from the eastern Australia power grid.

AMERICA

        

BHP Navajo Coal Company

 

30 km southwest of Farmington, New Mexico, US

 

Produces a medium rank bituminous thermal coal. (non-coking suitable for the domestic market only)

 

Open-cut mine

 

Navajo mine is accessible by public roads located on the Navajo Nation Indian Reservation. We transport all coal 25 km from the production areas via our dedicated railroad to the Four Corners Power Plant (FCPP).

  

We own and operate the mine.

 

The mine is subject to a long-term lease from the Navajo Nation. The lease continues for as long as coal can be economically produced and sold in paying quantities.

   The mine has been in operation since 1963, and coal sales are contracted to July 2016.   

The mine has the capacity to produce and process 7.7 mtpa. Mined coal is sized and blended to contract specifications using stackers and reclaimers with no further beneficiation.

 

Power is supplied from FCPP.

San Juan/La Plata Mines

 

25 km west of Farmington, New Mexico, US

 

Produces a medium rank bituminous thermal coal. (non-coking suitable for the domestic market only)

  

We own and operate the mines.

 

We hold mining leases from federal and state governments. The leases have five-year terms that are automatically

   The San Juan mine began operating in 1974 as a surface mine. In October 2000, we approved the development of the San Juan underground mine to replace production    The mine has the capacity to produce 6.4 mtpa of coal. Mined coal is sized and blended to contract specifications using stockpiles with no further beneficiation.

 

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Name, location, mineralisation
style, type of mine and access

  

Ownership, operation and
title/lease

  

History

  

Facilities and power source

The San Juan mine is accessible by public roads.

 

Transport of coal to the San Juan Generating Station is by truck and conveyor belt.

   extendable upon meeting minimum production criteria.    from the existing San Juan and La Plata surface mines. Coal sales are contracted to December 2017.    The La Plata Mine reclamation was completed in November 2008.

COLOMBIA

        

Cerrejón Coal Company

 

Maicao, La Guajira state, Colombia

 

Produces a medium rank bituminous thermal coal (non-coking, suitable for the export market)

 

Open-cut mine

 

The export facility is 150 km northeast of the mine on the Caribbean coast at Puerto Bolivar and is connected to the mine by a single-track railway. Access to the mine is via public roads and by charter aircraft to the mine’s airstrip.

  

We own 33.33% of the Cerrejón Coal Company in a joint venture. The remaining 66.67% interest is owned by Anglo American Plc (33.33%) and Xstrata Plc (33.33%).

 

Mining leases expire in 2034.

   The original mine began as a joint venture between Exxon’s Intercor and the Colombian Government entity Carbocol in 1976. Over time, the partners have changed, nearby operations have been merged and progressive expansion resulted in the current 32 mtpa operation.   

Beneficiation facilities include a crushing plant with a capacity of 32 mtpa and a washing plant.

 

Electricity is supplied through the local Colombian power system.

Development projects

Klipspruit

We are expanding the production capacity of BECSA’s Klipspruit mine by approximately 1.8 million tonnes per annum (export coal) and 2.1 million tonnes per annum (domestic coal). The project also involves the construction of a 16 million tonnes per annum coal processing plant on Klipspruit land as a 50-50 joint venture with Anglo Coal, which is constructing the Phola Coal Plant. First coal was produced in July 2009. Our share of the cost of the project is approximately US$450 million. We expect the expanded mine to have a reserve life of approximately 12 years.

Douglas-Middelburg Optimisation Project

This project involves works to optimise the development of existing reserves across the Douglas and Middelburg collieries, the development of additional mining areas and the construction of a new 14 million tonnes per annum coal processing plant, which will replace the less efficient existing plant at Douglas. The work will enable us to maintain energy coal exports from the combined Douglas and Middelburg colliery at around current levels (approximately 10 million tonnes per annum) while also fulfilling our domestic contractual commitments. The expected capital investment is US$975 million and the new plant is scheduled to receive its first coal in mid CY2010.

 

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Navajo South

We are undertaking a feasibility study on a project called the Navajo Mine Extension project, which would expand the Navajo mine to supply a proposed new power station to be built immediately adjacent to the mine with up to 5.7 million tonnes per annum. The project schedule is tied to the approval process for the power station. The final air permit for the proposed power plant was issued by the United States Environmental Protection Agency on 31 July 2008. In April 2009, the US EPA filed a request with the Environmental Appeals Board to have the air permit remanded for further review. There has been no decision on this request to date. The timing of the Navajo Mine Extension Project will be dependent on the satisfactory resolution of the air permitting process.

Mt Arthur open-cut expansion

On 24 July 2009, we announced the Mt Arthur Coal (MAC) mine expansion, which is designed to increase production of saleable thermal coal from 11.5 million tonnes per annum to approximately 15 million tonnes per annum. Known as the MAC 20 Project, it is expected to commence operation in the first half of CY2011 at an estimated capital investment of US$260 million.

Newcastle Third Export Coal Terminal

We are a 35.5 per cent shareholder in a joint venture company that is constructing a new 30 million tonnes per annum export coal loading facility to supplement existing public facilities in the port of Newcastle. Our share of the construction cost is estimated at US$390 million. The first ship loading of coal is scheduled for CY2010.

 

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2.3    Production

2.3.1    Petroleum

The table below details our Petroleum CSG’s historical net crude oil and condensate, natural gas and natural gas liquids production, primarily by asset, for each of the three years ended 30 June 2009, 2008 and 2007. We have shown volumes of marketable production after deduction of applicable royalties, fuel and flare. We have included in the table average production costs per unit of production and average sales prices for oil and condensate and natural gas for each of those periods.

 

     BHP Billiton Group share
of production

Year ended 30 June
     2009    2008    2007

Petroleum

        

Crude oil and condensate (’000 of barrels)

        

Bass Strait

   13,443    12,843    14,231

North West Shelf (1)

   8,877    9,090    10,765

Stybarrow (2)

   9,477    7,523    —  

Atlantis (3)

   10,333    7,406    —  

Shenzi (4)

   3,023    548    —  

Liverpool Bay & Bruce/Keith

   3,122    3,640    4,656

ROD & Ohanet

   7,356    6,722    7,591

Other—Australia/Asia (5)

   1,066    1,254    1,365

Other—Americas (6)

   9,631    8,418    6,560
              

Total crude oil and condensate

   66,328    57,444    45,168
              

Natural gas (billion cubic feet)

        

Bass Strait (7)

   108.20    123.93    114.50

North West Shelf (1)(7)

   123.40    108.49    105.49

Atlantis (3)

   5.68    3.73    —  

Shenzi (4)

   0.77    0.14    —  

Liverpool Bay & Bruce/Keith

   34.27    45.21    53.27

Other—Australia/Asia (5)

   85.02    78.47    74.83

Other—Americas (6)

   7.52    8.05    8.73
              

Total natural gas

   364.86    368.02    356.82
              

Natural Gas Liquids (’000 of barrels) (7)

        

Bass Strait

   6,358    7,755    7,756

North West Shelf (1)

   1,619    1,498    1,689

Liverpool Bay & Bruce/Keith

   258    426    563

ROD & Ohanet

   1,813    1,045    1,514
              

Total NGL

   10,048    10,724    11,522
              

Total petroleum products production (million barrels of oil equivalent) (8)

   137.19    129.50    116.19
              

Average sales price

        

Oil and condensate (US$ per barrel)

   66.18    96.27    63.87

Natural gas (US$ per thousand cubic feet)

   3.68    3.87    3.19
              

Average production cost (9)

        

US$ per barrel of oil equivalent

   5.50    4.92    4.76
              

 

(1) North West Shelf LNG Train 5 was commissioned during the September 2008 quarter. North West Shelf Angel was commissioned during the December 2008 quarter.

 

(2) The Stybarrow operation was commissioned during the December 2007 quarter.

 

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(3) The Atlantis operation was commissioned during the December 2007 quarter. Atlantis North achieved first production on 5 June 2009.

 

(4) The Genghis Khan operation was commissioned during the December 2007 quarter and is reported in Shenzi. The Shenzi operation was commissioned during the March 2009 quarter.

 

(5) Other Australia/Asia includes Griffin and Minerva. Griffin will cease production in October 2009.

 

(6) Other Americas includes Neptune, Mad Dog, West Cameron 76, Mustang, Genesis and Starlifter. The Neptune operation was commissioned during the September 2008 quarter.

 

(7) LPG and Ethane are reported as Natural Gas Liquids (NGL). Product-specific conversions are made and NGL is reported in boe.

 

(8) Total boe conversion is based on the following: 6,000 scf of natural gas equals 1 boe.

 

(9) Average production costs include direct and indirect costs relating to the production of hydrocarbons and the foreign exchange effect of translating local currency denominated costs into US dollars but excludes all taxes.

2.3.2    Minerals

The table below details our mineral and derivative product production for all CSGs except Petroleum for the three years ended 30 June 2009, 2008 and 2007. Production shows our share unless otherwise stated.

 

     BHP Billiton
Group
interest %
   BHP Billiton Group share
of production

Year ended 30 June
      2009    2008    2007

Aluminium

           

Alumina

           

Production (’000 tonnes)

           

Worsley, Australia

   86    2,924    3,035    2,956

Paranam, Suriname

   45    935    983    978

Alumar, Brazil

   36    537    536    526
                 

Total alumina

      4,396    4,554    4,460
                 

Aluminium

           

Production (’000 tonnes)

           

Hillside, RSA

   100    702    695    704

Bayside, RSA

   100    99    168    194

Alumar, Brazil

   40    177    178    177

Mozal, Mozambique

   47    255    257    265
                 

Total aluminium

      1,233    1,298    1,340
                 

Base Metals (1)

           

Copper

           

Payable metal in concentrate (’000 tonnes)

           

Escondida, Chile

   57.5    417.6    679.5    638.9

Antamina, Peru

   33.8    109.0    111.7    113.7

Pinto Valley, US (2)

   100    33.3    26.8    —  
                 

Total copper concentrate

      559.9    818.0    752.6
                 

 

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     BHP Billiton
Group
interest %
   BHP Billiton Group share
of production

Year ended 30 June
      2009    2008    2007

Cathode (’000 tonnes)

           

Escondida, Chile

   57.5    172.1    131.6    126.1

Cerro Colorado, Chile

   100    102.1    106.4    105.8

Spence, Chile

   100    172.7    142.7    75.5

Pinto Valley, US (2)

   100    6.2    6.9    7.6

Olympic Dam, Australia

   100    194.1    169.9    182.5
                 

Total copper cathode

      647.2    557.5    497.5
                 

Total copper concentrate and cathode

      1,207.1    1,375.5    1,250.1
                 

Lead

           

Payable metal in concentrate (’000 tonnes)

           

Cannington, Australia

   100    226.8    251.5    210.8

Antamina, Peru

   33.8    3.3    1.6    1.5
                 

Total lead

      230.1    253.1    212.3
                 

Zinc

           

Payable metal in concentrate (’000 tonnes)

           

Cannington, Australia

   100    54.8    61.0    45.7

Antamina, Peru

   33.8    108.4    83.5    73.0
                 

Total zinc

      163.2    144.5    118.7
                 

Gold

           

Payable metal in concentrate (’000 ounces)

           

Escondida, Chile

   57.5    67.3    79.7    84.4

Olympic Dam, Australia (refined gold)

   100    108.0    80.5    91.7

Pinto Valley, US (2)

   100    0.9    1.3    —  
                 

Total gold

      176.2    161.5    176.1
                 

Silver

           

Payable metal in concentrate (’000 ounces)

           

Escondida, Chile

   57.5    2,765    3,604    3,514

Antamina, Peru

   33.8    4,090    3,505    3,132

Cannington, Australia

   100    33,367    35,485    29,105

Olympic Dam, Australia (refined silver)

   100    937    780    814

Pinto Valley, US (2)

   100    182    113    —  
                 

Total silver

      41,341    43,487    36,565
                 

Uranium oxide

           

Payable metal in concentrate (tonnes)

           

Olympic Dam, Australia

   100    4,007    4,144    3,486
                 

Total uranium oxide

      4,007    4,144    3,486
                 

Molybdenum

           

Payable metal in concentrate (tonnes)

           

Antamina, Peru

   33.8    1,363    2,542    2,268

Pinto Valley, US (2)

   100    159    —      —  
                 

Total molybdenum

      1,522    2,542    2,268
                 

 

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     BHP Billiton
Group
interest %
   BHP Billiton Group share
of production

Year ended 30 June
      2009    2008    2007

Diamonds and Specialty Products

           

Diamonds

           

Production (’000 carats)

           

EKATI, Canada

   80    3,221    3,349    3,224
                 

Total diamonds

      3,221    3,349    3,224
                 

Titanium minerals (3)

           

Production (’000 tonnes)

           

Titanium slag

           

Richards Bay Minerals, RSA

   50    490    480    465

Rutile

           

Richards Bay Minerals, RSA

   50    44    43    35

Zircon

           

Richards Bay Minerals, RSA

   50    120    120    120
                 

Total titanium minerals

      654    643    620
                 

Phosphates

           

Production (’000 tonnes)

           

Southern Cross Fertiliser (formerly Queensland Fertilizer) (4)(5)

   100    —      —      84.3
                 

Total phosphates

      —      —      84.3
                 

Stainless Steel Materials

           

Nickel

           

Production (’000 tonnes)

           

Cerro Matoso, Colombia

   99.9    50.5    41.8    51.0

Yabulu, Australia (6)

   100    33.9    28.0    32.1

Nickel West, Australia

   100    88.7    98.1    104.1
                 

Total nickel

      173.1    167.9    187.2
                 

Cobalt

           

Production (’000 tonnes)

           

Yabulu, Australia (6)

   100    1.4    1.7    1.7
                 

Total cobalt

      1.4    1.7    1.7
                 

Iron Ore (7)

           

Production (’000 tonnes)

           

Mt Newman, Australia

   85    26,437    30,330    29,306

Mt Goldsworthy, Australia

   85    1,416    941    1,227