2010 CDP questionnaire results [PDF 240 KB] - Anglo American
2010 CDP questionnaire results [PDF 240 KB] - Anglo American
2010 CDP questionnaire results [PDF 240 KB] - Anglo American
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Carbon Disclosure Project<br />
<strong>CDP</strong> <strong>2010</strong> Investor <strong>CDP</strong> <strong>2010</strong> Information Request<br />
<strong>Anglo</strong> <strong>American</strong><br />
Module: Introduction<br />
Page: Introduction<br />
0.1<br />
Introduction<br />
Please give a general description and introduction to your organization.<br />
<strong>2010</strong> Our mission<br />
<strong>Anglo</strong> <strong>American</strong> aims to be the leading global mining company – through world class assets in the most<br />
attractive commodities, operational excellence and a resolute commitment to safe and sustainable<br />
mining.<br />
Our approach to climate change is underpinned by a number of strategic interventions. These include a<br />
focus on energy efficiency, carbon reducing ‘synergy projects’, low-carbon technologies and adaptation<br />
to climate change. Climate change also represents a commercial opportunity and, guided by these<br />
principles, we will seek to leverage our knowledge and assets, to generate additional value for our<br />
stakeholders.<br />
Group overview<br />
Platinum<br />
The world’s leading primary producer of platinum, accounting for around 40% of newly mined platinum<br />
output<br />
Copper<br />
Six operations in Chile account for the majority of copper output<br />
Significant future growth from approved expansion at Los Bronces<br />
Nickel<br />
Major operations in Brazil and Venezuela<br />
Barro Alto project in Brazil is expected to more than double its nickel production by 2012<br />
Iron Ore and Manganese<br />
Comprises operations in South Africa, Brazil and Australia<br />
Minas Rio project to begin production of high-grade pellet feed in 2012<br />
Metallurgical Coal<br />
Metallurgical Coal operations managed out of Australia<br />
Project pipeline includes more than 20 mining prospects<br />
Thermal Coal<br />
Thermal Coal operations managed out of South Africa<br />
Coal is exported from South Africa, South America and Australia throughout the Med-Atlantic and Indo-<br />
Pacific markets<br />
Other Mining and Industrial<br />
Assets include: Tarmac, the Group’s portfolio of zinc assets, Scaw Metals, Copebrás, Catalão, Peace<br />
River<br />
Coal and the Group’s share in the Carbones del Guasare coal assets<br />
Accounted for approximately 13% of 2009 Group EBITDA<br />
Preparatory work for the separation of these businesses has commenced<br />
0.2<br />
1
Reporting Year<br />
Please state the start and end date of the year for which you are reporting data.<br />
Enter Periods that will be disclosed<br />
Thu 01 Jan 2009 - Thu 31 Dec 2009<br />
0.3<br />
Are you participating in the Walmart Sustainability Assessment?<br />
No<br />
0.4<br />
Modules<br />
As part of the Investor <strong>CDP</strong> information request, electric utilities, companies with electric utility<br />
activities or assets, companies in the automobile or auto component manufacture sectors and<br />
companies in the oil and gas industry should complete supplementary questions in addition to<br />
the main <strong>questionnaire</strong>.<br />
If you are in these sectors, the corresponding sector modules will be marked as default options<br />
to your information request.<br />
If you have not been presented with a sector module that you consider would be appropriate for<br />
your company to answer, please select the module below. If you wish to view the questions first,<br />
please see www.cdproject.net/cdp-<strong>questionnaire</strong>.<br />
0.5<br />
Country list configuration<br />
Please select the countries for which you will be supplying data. This selection will be carried<br />
forward to assist you in completing your response.<br />
Select country<br />
South Africa<br />
Australia<br />
Brazil<br />
Chile<br />
United Kingdom<br />
Rest of world<br />
0.6Please select if you wish to complete a shorter information request.<br />
Further Information<br />
Attachments<br />
https://www.cdproject.net/Sites/<strong>2010</strong>/72/772/Investor <strong>CDP</strong> <strong>2010</strong>/Shared<br />
Documents/Attachments/Investor<strong>CDP</strong><strong>2010</strong>/Introduction/AAplc Annual report 2009.pdf<br />
https://www.cdproject.net/Sites/<strong>2010</strong>/72/772/Investor <strong>CDP</strong> <strong>2010</strong>/Shared<br />
Documents/Attachments/Investor<strong>CDP</strong><strong>2010</strong>/Introduction/AAplc Report to Society 2009.pdf<br />
2
Module: Governance<br />
Page: Governance<br />
1.1Where is the highest level of responsibility for climate change within your company?<br />
Board committee or other executive body<br />
1.1a<br />
Please specify who is responsible.<br />
Committee appointed by the Board<br />
1.1bSelect the lower level department responsible.<br />
1.2What is the mechanism by which the board committee or other executive body reviews the<br />
company’s progress and status regarding climate change?<br />
Reporting to the Board<br />
Climate change-related performance is reviewed by the Board Safety and Sustainable Development<br />
Committee every quarter via a quarterly performance report, which includes each Business Unit’s<br />
climate change and energy-related performance, as well as Group-level strategic updates. In addition to<br />
quarterly reports, the Board is briefed on strategic developments via annual presentations on climate<br />
change by the Head of Sustainable Development and Energy as well as annual Business Unit safety<br />
and sustainable development presentations.<br />
Reporting to BU executive structures<br />
Similar processes are followed within each Business Unit, which produce monthly and quarterly<br />
performance reports to their BU-specific executive bodies.<br />
Executive responsibility<br />
The senior executive who has overall accountability for climate change is the Group Director of<br />
Business Performance and projects. The Group Head of Safety and Sustainable Development and the<br />
Group Head of Sustainable Development and Energy are responsible for setting strategy and evaluating<br />
performance, while Business Unit specific executives and professionals are responsible for<br />
implementation.<br />
1.3aPlease explain how overall responsibility for climate change is managed within your<br />
company.<br />
1.3b<br />
Please explain how overall responsibility for climate change is managed within your company.<br />
1.4Do you provide incentives for the management of climate change issues, including the<br />
attainment of greenhouse gas (GHG) targets?<br />
Yes<br />
1.5Please complete the table.<br />
Who is entitled to benefit from those incentives?<br />
Management group<br />
The type of incentives<br />
Monetary reward<br />
Further Information<br />
3
Specific targets vary between individuals given the wide nature of <strong>Anglo</strong> <strong>American</strong> operations. Targets<br />
will also vary depending on the nature of their specific jobs and how directly they work on climate<br />
change and energy. Those with direct responsibility, as well as their superiors, have well-defined targets<br />
that are directly related to remuneration.<br />
We also have various internal awards for best practice and innovation in environmental management.<br />
Attachments<br />
Module: Risks and Opportunities<br />
Page: Risks & Opportunities Identification Process<br />
2.1Describe your company’s process for identifying significant risks and/or opportunities from<br />
climate change and assessing the degree to which they could affect your business, including the<br />
financial implications.<br />
Group risk management process<br />
The <strong>Anglo</strong> <strong>American</strong> Board’s policy on risk management encompasses all significant business risks to<br />
the Group, including financial, operational and compliance risk, which could undermine the achievement<br />
of business objectives as are noted on pages 16 and 17 of the <strong>Anglo</strong> <strong>American</strong> Annual Report. This<br />
includes KPIs related to carbon emissions and energy.<br />
The process of risk management is designed to identify internal and external threats to the business and<br />
to assist management in prioritising their response to those risks. Continuous monitoring of risk and<br />
control processes, across headline risk areas and other business-specific risk areas, provides the basis<br />
for regular and exception reporting to business management and boards, ExCo, the Audit Committee,<br />
the Safety and Sustainable Development Board Committee, the Board and to external stakeholders<br />
through the Annual Report and Report to Society.<br />
There is clear accountability for risk management at <strong>Anglo</strong> <strong>American</strong>, which is a key performance area<br />
for line managers throughout the Group. The requisite risk and control capability is assured through<br />
Board challenge and appropriate management selection and skills development. Support through<br />
facilitated risk assessment is provided by a central team responsible for ensuring a robust process is<br />
implemented for risk management. During 2009, over 100 separate risk assessment workshops were<br />
conducted reviewing risk in business unit strategies, risks to achieving mine plans, risks in capital<br />
projects and risks to key change programmes. The <strong>results</strong> of these risk assessments were reported to<br />
senior management and the Audit Committee.<br />
This process includes social, environmental and ethical risks as highlighted in the Disclosure Guidelines<br />
on Socially Responsible Investment issues by the Association of British Insurers. Climate change was<br />
identified as a principal risk to the Group, as is disclosed in <strong>Anglo</strong> <strong>American</strong>’s 2009 Annual Report (see<br />
page 65).<br />
Energy risk assessment<br />
<strong>Anglo</strong> <strong>American</strong>’s previous Head of Energy led a comprehensive fact finding process on energy in 2008<br />
in order to identify major risks and opportunities across all of its countries of operation, including most<br />
notably South Africa, Brazil, Chile, Australia and Peru.<br />
Three areas of concern were identified during the exercise: energy security and costs in South Africa;<br />
energy costs in Brazil; and improving energy efficiency in increasingly energy intensive operations (a<br />
concern throughout the business). <strong>Anglo</strong> <strong>American</strong>’s strategy related to energy is to secure costeffective,<br />
reliable and sustainable sources of energy to underpin its existing operations and the project<br />
pipeline; and to create an internal environment where the full value of energy is recognised.<br />
Opportunities that were identified in the same process included the generation of electrical energy from<br />
coal-mine methane (with obvious climate change mitigation benefits) and the optimisation of various<br />
groups of machinery, including motors and ventilation pumps.<br />
The findings of this exercise were reviewed in detail by BU executives and professionals, and were<br />
presented to the Board.<br />
Climate change risk assessment<br />
<strong>Anglo</strong> <strong>American</strong>’s Thermal Coal (South Africa) and Metallurgical Coal (Australia) businesses – seen as<br />
4
the Group’s two highest risk areas – conducted risk/opportunity analyses in 2008, given the particular<br />
issues that the coal industry faces. These assessments included in-depth analysis of exposure to a<br />
number of regulatory scenarios (both global and national), the potential impacts of various levels of<br />
carbon taxes, emissions-trading schemes as well as a customer sensitivity analysis to carbon pricing.<br />
During 2009, <strong>Anglo</strong> <strong>American</strong> commenced a re-evaluation of its climate change strategy – part of this<br />
was the development of a Group risk assessment by the Group Sustainable Development and Energy<br />
discipline. During 2011, all business units will conduct value-in-use assessments in order to develop risk<br />
and opportunity based climate change strategies for each commodity. Such assessments will be<br />
conducted thereafter on a needs-basis.<br />
Adaptation risk<br />
<strong>Anglo</strong> <strong>American</strong>’s climate-change impact-assessment work with Imperial College, London, is aimed as<br />
identifying the hazards posed by climate change to operations is nearing completion. This will enable us<br />
to refine our risk inventory for operations around the world and to examine high-risk sites in more detail<br />
with the purpose of developing adaptation strategies.<br />
Further Information<br />
Attachments<br />
5
Page: Regulatory Risks<br />
3.1Do current and/or anticipated regulatory requirements related to climate change present<br />
significant risks to your company?<br />
Yes<br />
Do you want to answer using:<br />
The table below<br />
3.2A<br />
What are the current and/or anticipated significant regulatory risks related to climate change and<br />
their associated countries/regions and timescales?<br />
Risk<br />
Uncertainty<br />
surrounding<br />
new regulation<br />
Air pollution<br />
limits<br />
Region/Country<br />
South Africa<br />
Timescale<br />
in Years<br />
Current<br />
Australia 0 -- 5<br />
Carbon taxes South Africa Current<br />
Comment<br />
South Africa has aspired greenhouse gas emissions<br />
mitigation actions that would result in a deviation of<br />
around 34% off a business-as-usual scenario by<br />
2020 and around 42% by 2025. The Department of<br />
Environmental Affairs is expected to release a ‘green<br />
paper’ describing a national climate change policy by<br />
the middle of <strong>2010</strong>. This will be followed by a public<br />
consultation process and then a Climate Change<br />
White Paper by the end of <strong>2010</strong>. It is likely that there<br />
will be penalties if companies do not comply with<br />
emission reduction targets.<br />
During the second half of 2008, the Australian<br />
government released its green and white papers on<br />
Australia’s emissions-trading scheme (ETS), entitled<br />
the Carbon Pollution Reduction Scheme (CPRS). At<br />
the end of April <strong>2010</strong>, the Australian Prime Minister<br />
announced that the government has decided to<br />
delay the implementation of the CPRS until after the<br />
current commitment period of the Kyoto Protocol,<br />
citing the lack of bipartisan support for the CPRS<br />
and slow international progress on climate action for<br />
the delay. It was suggested that the CPRS will be<br />
introduced only when there is greater clarity on the<br />
actions of other major economies including the US,<br />
China and India. The CPRS scheme could have had<br />
significant financial implications for all Australian<br />
coal companies, which, while no longer an<br />
immediate issue, is likely to arise again after 2012.<br />
A carbon tax on emissions will be introduced in<br />
South Africa within the next 0-5 years. At the<br />
moment it seems that South Africa is favouring a<br />
carbon tax route, due to the relative simplicity of<br />
introducing such a measure (as compared with a<br />
cap and trade scheme). A South African Carbon Tax<br />
Discussion Document is expected to be released by<br />
the National Treasury by mid-<strong>2010</strong>, which would<br />
investigate measures to implement carbon pricing.<br />
Under discussion is a phased in carbon tax, starting<br />
at R100/tCO2. To meet its obligations under the<br />
Kyoto Protocol, the UK has been driving a decrease<br />
in GHG emissions through a series of regulations<br />
and initiatives, including the European Union<br />
6
Risk<br />
Fuel/energy<br />
taxes and<br />
regulations<br />
Air pollution<br />
limits<br />
Air pollution<br />
limits<br />
Air pollution<br />
limits<br />
International<br />
agreements<br />
Indirect<br />
exposure<br />
through<br />
suppliers and<br />
clients<br />
Region/Country<br />
South Africa<br />
Other: European<br />
Union<br />
Brazil<br />
Chile<br />
Other: Global<br />
Timescale<br />
in Years<br />
Current<br />
Current<br />
Current<br />
Current<br />
Current<br />
Other: Global 0 -- 5<br />
Comment<br />
Emissions Trading Scheme (EU ETS). This applies<br />
only to Tarmac’s cement and lime businesses, which<br />
have fully complied with all obligations under this<br />
scheme.<br />
A R0.02/kWh levy on non-renewable sources of<br />
electricity levy became effective on 1 July 2009. The<br />
2009 Budget addressed environmental fiscal reform<br />
in various ways. One of these was by increasing fuel<br />
levies 17.5c/l. Effective September 1, <strong>2010</strong>, a flat<br />
rate CO2 vehicle emissions tax will come into effect.<br />
The emission tax will initially apply to passenger<br />
cars, but will be extended to commercial vehicles<br />
once agreed CO2 standards for these vehicles have<br />
been set.<br />
During the course of 2008, the UK parliament<br />
introduced the Climate Change Act, which sets<br />
legally binding targets to reduce GHG emissions by<br />
34 % by 2020 and 80% by 2050 based on a 1990<br />
baseline. To meet its obligations under the Kyoto<br />
Protocol, the UK has been driving a decrease in<br />
GHG emissions through a series of regulations and<br />
initiatives, including the European Union Emissions<br />
Trading Scheme (EU ETS). This applies only to<br />
Tarmac’s cement and lime businesses, which have<br />
fully complied with all obligations under this scheme.<br />
In the EU, our coal customers fall under the EU ETS<br />
and are therefore exposed to caps in carbon<br />
emissions. Although, to date, this has not impacted<br />
our coal business the risk of gradual fuel switching<br />
away from coal, remains on the horizon and is<br />
dependent on energy security and carbon pricing on<br />
the global market.<br />
As a non-Annex I country, Brazil is not obligated to<br />
limit its emissions under the Kyoto Protocol. The<br />
country’s president, however, announced national<br />
climate change legislation to reduce projected<br />
greenhouse gas emissions by 36.1 to 38.9 percent<br />
by 2020 in late 2009<br />
Chile has a voluntary GHG-reduction target of 20%<br />
by 2024 and has already regulated a 10% increase<br />
in the use of alternative/renewable energy by<br />
companies in the country by 2024 in order to<br />
encourage small-scale hydropower and solar energy<br />
generation and reduce GHG emissions. This came<br />
into force in <strong>2010</strong>.<br />
The outcomes of the global climate change<br />
negotiations are likely to ultimately result in binding<br />
reduction targets in many regions, and opportunities<br />
for carbon-reduction in others. The anticipation of<br />
binding targets has already sparked legislation in<br />
individual counties (e.g. Chile and Brazil) in advance<br />
of any mandatory requirements.<br />
The potential imposition of border tax adjustments<br />
on carbon in the United States and European Union<br />
could affect commodities that are imported from<br />
developing countries, with no carbon tax, into those<br />
regions.<br />
3.2B<br />
What are the current and/or anticipated significant regulatory risks related to climate change and<br />
their associated countries/regions and timescales?<br />
7
3.3<br />
Describe the ways in which the identified risks affect or could affect your business and your<br />
value chain.<br />
Australia<br />
At the end of April ‘10, the Australian government decided to delay the implementation of the CPRS until<br />
after the current commitment period of the Kyoto Protocol. The CPRS scheme could have had<br />
significant financial implications for all Australian coal companies, which may arise again after 2012.<br />
These risks were identified during an intensive period of interaction with the government and peers on<br />
the scheme’s financial and technical implications; as well as detailed analysis by an internal<br />
preparedness team of the CPRS’ potential impacts and opportunities. One of our major concerns related<br />
to the CPRS was the proposed inclusion of coal-mine fugitive emissions. We have invested significantly<br />
in reducing high concentration methane emissions, but technology for abating the low concentration<br />
ventilation air methane that comprises most of our fugitive emissions is immature; and there is no known<br />
technology capable of abating fugitive emissions from open-cut coal mines in Australia. In the absence<br />
of available technology, the coal industry would have paid a large tax on emissions, which would also<br />
have impacted jobs. <strong>Anglo</strong> <strong>American</strong> risked premature closure by 10 years of two major mines and job<br />
losses of more than 2,000 people – and the loss of over 1 billion Australian dollars in royalties to the<br />
government.<br />
South Africa<br />
Regulatory uncertainty: Making decisions regarding investment into new technologies, the design of<br />
operations, the purchasing of equipment, etc, amid regulatory uncertainty is extremely difficult. Our<br />
ability to meet future requirements depends in part on decisions we make now for the medium and longterm.<br />
The trick is to make high-impact choices that are suitable for a relatively wide range of regulatory<br />
scenarios. Making the wrong decisions may affect our ability to meet regulatory requirements, which<br />
may have financial and reputational implications. Carbon taxes: Our exposure to carbon taxes could<br />
affect the profitability of existing operations, as well as growth opportunities. With the potential demise of<br />
CDM and associated CERs, carbon tax regulation, as opposed to a cap & trade system, significantly<br />
impacts our capability to reduce carbon compliance costs. Fuel/energy taxes and regulations: A range of<br />
measures aimed at achieving environmental objectives were proposed/introduced in the 2009 budget in<br />
SA These include a levy on non-renewables; energy efficiency savings incentives; income tax<br />
exemption for revenues earned from the sale of CERs; accelerated depreciation allowances for the<br />
production of renewables and biofuels; biodiesel fuel tax concession and carbon emissions tax on new<br />
passenger vehicles, which will eventually also be extended to commercial vehicles. The extent to which<br />
we can take advantage of incentives, and make decisions that avoid the additional taxes that are being<br />
introduced, will affect profitability.<br />
United Kingdom<br />
The UK has been driving a decrease in GHG emissions through a series of regulations and initiatives,<br />
including the EU ETS. This applies only to Tarmac’s cement and lime businesses, which have fully<br />
complied with all obligations under this scheme. The introduction of the Carbon Reduction Commitment<br />
Energy Efficiency Scheme is not likely to have a major impact on the Group.<br />
In the EU, our coal customers fall under the EU ETS and are therefore exposed to caps in carbon<br />
emissions. Although, to date, this has not impacted our coal business the risk of gradual fuel switching<br />
away from coal, remains on the horizon and is dependent on energy security and carbon pricing on the<br />
global market.<br />
Brazil<br />
Enabling legislation to support the national climate change policy and sector-specific targets and<br />
mitigation plans are not clear at this stage, but it is known that the focus of mitigation efforts will be on<br />
the reduction of deforestation rates, which accounts for the majority of Brazil’s GHG emissions. The<br />
power and transportation sectors are relatively low-impact sectors in Brazil, given the high proportion of<br />
hydro-electric power and bio-ethanol in the country’s energy mix. Our GHG emissions in Brazil are<br />
almost entirely linked to its use of liquid fuels and electricity. These operations are therefore not likely to<br />
be the major focus of regulation - despite existing and ongoing voluntary reduction efforts on the part of<br />
Brazilian operations, and some increased regulatory pressure to continue on a low-carbon path.<br />
However, there is also some risk associated with the government reforestation plans that include the<br />
continued expansion of protected areas, which may impact upon the areas in which we may be granted<br />
mining licenses in the future, and the proportion of existing land that may be ring-fenced for<br />
conservation.<br />
Chile<br />
The Group’s operations in Chile will be impacted by the voluntary GHG-reduction target in terms of the<br />
cost of compliance, and have to find alternative sources of energy in the form of small-scale hydropower<br />
and solar.<br />
8
3.4Are there financial implications associated with the identified risks?<br />
Yes<br />
3.5Please describe them.<br />
<strong>Anglo</strong> <strong>American</strong> has developed ‘cost curves’ for GHG charges for various exposure and pricing levels,<br />
which range from 10% exposure at US$10 per tonne of carbon, to 100% exposure at US$100 per tonne<br />
of carbon. For example, based on our 2008 South African emissions profile, a price of $13 per tonne of<br />
CO2 with a 34% exposure could cost us nearly $40 million per annum. We have also done this exercise<br />
for our Australian coal mines and developed cost curves for future pricing scenarios.<br />
The total CPRS bill for the Australian coal industry was an estimated 14 billion Australian dollars in the<br />
first 10 years of the scheme, including 118 million Australian dollars each year in respect of <strong>Anglo</strong><br />
<strong>American</strong>’s operations in the country. The financial impact, beyond <strong>Anglo</strong> <strong>American</strong>, could have<br />
included the loss of over 1 billion Australian dollars in royalties to the government and the impact of job<br />
losses of more than 2,000 people as a result of premature closure of two major <strong>Anglo</strong> <strong>American</strong> mines.<br />
3.6Describe any actions the company has taken or plans to take to manage or adapt to the risks<br />
that have been identified, including the cost of those actions.<br />
<strong>Anglo</strong> <strong>American</strong> is in the process of developing a mandatory Climate Change Performance Standard,<br />
which will outline detailed carbon-related performance standards for Group operations and enable us to<br />
lower our exposure to, and potential cost of compliance with, emerging regional carbon policies. The<br />
Standard will also require our procurement process to consider energy and carbon performance of<br />
equipment and machinery in purchasing decisions.<br />
Australia: Metallurgical Coal has engaged in an intensive period of engagement on the scheme’s<br />
financial and technical implications; and conducted a detailed study of the CPRS’ potential impacts, and<br />
opportunities for additional carbon abatement and energy efficiency initiatives.<br />
South Africa: All policy developments are reviewed every six months at the Group Safety & SD Board<br />
Committee. We engage in policy processes through the SA Chamber of Mines and directly with<br />
government.<br />
South African operations have since 2004 worked towards a Group GHG-reduction target that, aside<br />
from the benefit of mitigating climate change and reducing exposure to carbon taxes and reductiontargets,<br />
has developed our understanding of the issue and our mitigation options, and left us better<br />
prepared for mandatory reduction targets and associated reporting requirements. Climate change<br />
related projects include CDM projects (listed under question 6.3); as well as a number of efficiency<br />
measures related to heavy machinery.<br />
United Kingdom: <strong>Anglo</strong> <strong>American</strong>’s cement and lime businesses (in Tarmac) have complied fully with all<br />
obligations under the European Union Emissions Trading Scheme.<br />
Brazil: <strong>Anglo</strong> <strong>American</strong>’s copper and nickel operations have for some time engaged in GHG reduction<br />
and energy efficiency on a voluntary basis and have in this way worked to reduce their exposure to<br />
carbon taxes and enhance their ability to respond to reduction targets. <strong>Anglo</strong> <strong>American</strong> is a founding<br />
member of the GHG Protocol in Brazil and was in 2009 one of 10 local companies to submit a complete<br />
GHG inventory. The Group’s iron ore projects are in the process of establishing a partnership with a<br />
local university to map its current and future emissions profile in order to identify carbon-reduction and<br />
energy-efficiency opportunities.<br />
Chile: Our operations in Chile are engaged in initiatives designed to meet both Group and national<br />
reduction targets and are investigating further options. Operations, in response to legislation relating to a<br />
mandatory 10% increase in the use of small-scale alternative/renewable energy, have reached an<br />
agreement with a local power supply company to reopen the La Ermita hydro-electric power station in<br />
the San Francisco River (near Los Bronces) and are evaluating other potential sites for small-scale<br />
hydro-electric power plants. Another initiative involves research into the construction of a pilot power<br />
generator based on vertical-axis wind turbines.<br />
Research and technology: Clean coal: <strong>Anglo</strong> <strong>American</strong> is involved in research through the International<br />
Energy Agency’s Clean Coal Centre and Greenhouse Gas Programme and in regional initiatives in both<br />
Australia and SA. In Australia, we are investing $55 million in the ambitious COAL21 coal industry<br />
programme to develop a portfolio of low-emission demonstration projects.<br />
9
<strong>Anglo</strong> <strong>American</strong> is also involved in the Callide Oxyfuel Project in central Queensland. The project will be<br />
a cutting-edge demonstration of how existing coal-fired power stations can be adapted to produce<br />
almost zero-emission electricity.<br />
We are also a partner in the US-based FutureGen alliance - a public-private partnership to design, build,<br />
and operate a coal-fueled, near-zero emissions power plant.<br />
Carbon sequestration: <strong>Anglo</strong> <strong>American</strong> is a partner in the Otway storage project in Australia – the<br />
world’s largest CCS demonstration project. More than 65,000 tonnes of CO2 have been injected and<br />
stored in a depleted gas reservoir deep underground and further injections into different formations are<br />
being planned. We are also supporting an initiative in SA that will develop a CO2 storage atlas aimed at<br />
identifying potential sites for the geological storage of CO2 in the country.<br />
In late 2009, <strong>Anglo</strong> <strong>American</strong> became a founding member of the Global Carbon Capture and Storage<br />
Institute (GCCSI) - a global initiative to facilitate the development and deployment of CCS projects.<br />
During 2009, we acquired a stake of more than 20% in Australian-based MBD Energy, which will soon<br />
commence trials of leading-edge carbon capture and conversion technology using algal synthesisers at<br />
three of Australia’s largest GHG emitting coal-fired power plants.<br />
<strong>Anglo</strong> <strong>American</strong> is also working with Johnson Matthey to research and develop technologies, which<br />
mitigate GHGs from the mining, and use of, coal with an initial focus on ventilation air methane in mining<br />
operations.<br />
3.7Please explain why you do not consider your company to be exposed to significant regulatory<br />
risks - current and/or anticipated.<br />
3.8<br />
Please explain why not.<br />
Further Information<br />
Attachments<br />
10
Page: Physical Risks<br />
4.1Do current and/or anticipated physical impacts of climate change present significant risks to<br />
your company?<br />
Yes<br />
Do you want to answer using:<br />
A text box<br />
4.2A<br />
What are the current and/or anticipated significant physical risks, and their associated<br />
countries/regions and timescales?<br />
Risk Region/Country Timescale in Years Comment<br />
4.2B<br />
What are the current and/or anticipated significant physical risks, and their associated<br />
countries/regions and timescales?<br />
Climate change has the potential to impact our assets, people and operations through the long-term<br />
availability of water for operations, energy security, disruption to linear infrastructure, flooding affecting<br />
mines, storms affecting port availability and rail power supply, changes in life of mine projections, and<br />
has the ability to undermine corporate socio-economic development efforts.<br />
We believe that all of our regions of operation (the major ones being Brazil, Chile, South Africa, Australia<br />
and the United Kingdom) will be affected in varying degrees by most physical risks, but South Africa,<br />
Australia and some parts of Chile are most vulnerable to water scarcity and South Africa to changing<br />
climate-specific disease dynamics.<br />
We have already experienced unusual weather patterns (like unseasonal flooding in the region of our<br />
coal mines in Mpumulanga in South Africa), which may already be attributable to climate change. The<br />
major impacts associated with climate change are expected to start to materialise within the next 20-30<br />
years.<br />
4.3<br />
Describe the ways in which the identified risks affect or could affect your business and your<br />
value chain.<br />
Water scarcity: Changes in precipitation patterns may reduce the amount of water available for business<br />
activities, increase competition for available water and increase the cost of water.<br />
This may:<br />
• result in operational disruptions and associated financial loss;<br />
• impact on future growth and license to operate;<br />
• increase the cost of pre-treatment to obtain desired water quality;<br />
• increase costs for wastewater treatment to meet more stringent regulations;<br />
• result in regulatory restrictions for specific industrial activities and investments;<br />
• increase the responsibility (and costs) associated with implementing community water infrastructure<br />
and watershed restoration projects to mitigate reputation risks.<br />
Extreme weather conditions may result in energy security challenges; disruption to linear infrastructure;<br />
flooding affecting mines; storms affecting port availability and rail power supply. These risks may have<br />
serious implications for:<br />
Productivity levels and costs♣<br />
The♣ transportation of <strong>Anglo</strong> <strong>American</strong> products<br />
The safety of our employees,♣ contractors and service providers<br />
11
For example, <strong>Anglo</strong> Platinum’s Amandelbult mine experienced a once in 200 year flood in 2008. The<br />
mine was shut for two months. This illustrates the susceptibility of some of <strong>Anglo</strong> Platinum’s facility to<br />
extreme weather events. The concern is that climate change could result in a once in 200 year flood<br />
now occurring more frequently. To illustrate the possible impact of an extreme weather event, should<br />
platinum production be interrupted for two weeks, this is equivalent to R1.3bn in revenue at current spot<br />
prices of $1,700/oz. This is more than 3.5% of <strong>Anglo</strong> Platinum's 2009 revenue.<br />
Human health: The health of our employees and local communities may be at greater risk due to the<br />
spread of climate-dependent infectious diseases (such as malaria which may start to spread to<br />
previously-unaffected areas), sea level rise leading to salinisation of land and water sources, crop failure<br />
(leading to malnutrition) and diarrhoeal disease. For <strong>Anglo</strong> <strong>American</strong>, this could mean:<br />
Increased spending on employee- and community-health♣ initiatives<br />
Lower levels of productivity♣<br />
Negative impacts on local♣ service providers, meaning that goods and services may have to be<br />
procured from afar<br />
Potentially negative impact on the safety of employees in the♣ workplace<br />
4.4Are there financial implications associated with the identified risks?<br />
Yes<br />
4.5Please describe them.<br />
The financial implications of water scarcity<br />
A decease in the availability of water, and increased competition♣ for the resource, will push up the unit<br />
cost of water.<br />
Water scarcity may♣ result in the need to transport water from further away or build expensive<br />
infrastructure to pipe it to where it is needed.<br />
Water scarcity will mean♣ that more water needs to be re-used, leading to additional spending on pretreatment<br />
(to obtain desired water quality for processes) and for waste water disposal (to meet more<br />
stringent regulation).<br />
Insufficient water♣ resources may result in regulatory restrictions for specific industrial activities and<br />
investments and impact on future growth and the granting of water licences.<br />
In the face of severe water scarcity, resources will have to be♣ allocated to re-designing mining<br />
processes to use less water.<br />
Implementing♣ community water infrastructure and watershed restoration projects, with their associated<br />
costs, may become a more common ‘licence to operate’ condition.<br />
The financial implications of extreme weather events:<br />
Lower♣ productivity levels owing to disruptions to infrastructure, mine flooding and energy supply<br />
interruptions.<br />
Increased operating costs due to disruptions♣ (smelting processes, for example, are very costly to<br />
resume once there has been a power failure) and emergency management (floods, storms).<br />
The♣ transportation of <strong>Anglo</strong> <strong>American</strong> products may be delayed because of port availability and rail<br />
power supply.<br />
The safety of our employees, contractors♣ and service providers will be at risk, potentially driving skills<br />
away from the industry.<br />
For example, <strong>Anglo</strong> Platinum’s Amandelbult mine experienced a once in 200 year flood in 2008. The<br />
mine was shut for two months. This illustrates the susceptibility of some of <strong>Anglo</strong> Platinum’s facility to<br />
extreme weather events. The concern is that climate change could result in a once in 200 year flood<br />
now occurring more frequently. To illustrate the possible impact of an extreme weather event, should<br />
platinum production be interrupted for two weeks, this is equivalent to R1.3bn in revenue at current spot<br />
prices of $1700/oz. This is more than 3.5% of <strong>Anglo</strong> Platinum's 2009 revenue.<br />
The financial implications of health risks:<br />
Increased spending on employee health costs♣ due to higher, and uncharacteristic, incidents of malaria<br />
and other climate-dependent diseases<br />
Lower levels of productivity owing to higher♣ rates of absenteeism<br />
Increased spending on community-health initiatives♣ owing to higher, and uncharacteristic, incidents of<br />
malaria and other climate-dependent diseases<br />
Negative impacts on service providers based♣ locally – meaning that goods and services may have to<br />
be procured from afar, at greater expense.<br />
12
4.6Describe any actions the company has taken or plans to take to manage or adapt to the risks<br />
that have been identified, including the cost of those actions.<br />
General risks<br />
Actions taken, at a Group level, include our climate-change impact-assessment work with Imperial<br />
College London, aimed at identifying the hazards posed by the regional, physical, climate change risks<br />
to <strong>Anglo</strong> <strong>American</strong> operations. We have invested £105,000 in this project, which will shortly deliver a<br />
model for the Olifants River catchment, which includes our Thermal Coal and <strong>Anglo</strong> Platinum<br />
operations. In addition, we are embarking on a project with the UK Met Office to model regional climate<br />
change implications for our Minas Rio operation and port facilities. Our intention is to use the <strong>results</strong> of<br />
the Imperial College and UK Met office modelling to develop business risk templates that will allow us to<br />
design in adaptation response measures into new project and current operations.<br />
Water risks<br />
Water reduction and efficiency initiatives include the eMalahleni water reclamation plant, a joint<br />
development between <strong>Anglo</strong> <strong>American</strong> and BHP Billiton near Witbank in South Africa’s Mpumalanga<br />
province, which is an example of how water scarcity can be addressed to the benefit of both the<br />
Company and the community. The capital costs for this project amounted to R300 million. Every cubic<br />
meter costs about R1.79 ($0.29) to treat.<br />
Of the 25 mega litres of water it purifies to potable quality every day, 18 mega litres are supplied to the<br />
eMalahleni local municipality, which for years has struggled to meet the water demands of the fastgrowing<br />
Witbank area. All the water needs of <strong>Anglo</strong> Coal’s Greenside, Landau and Kleinkopje collieries,<br />
as well as its shared services departments, are met by the plant. A pre-feasibility study into the<br />
expansion of the plant to a 50,000 m3 per day facility is under way as part of a long-term water<br />
management solution for Thermal Coal’s Landau colliery.<br />
An example of the type of costs associated with getting water into water scarce areas is detailed below.<br />
This type of intervention may become increasingly necessary if water becomes scarcer in alreadyscarce<br />
regions, as well as regions that were not previously under pressure:<br />
There was no bulk water infrastructure in the eastern limb of the Limpopo platinum mines in 1998 when<br />
<strong>Anglo</strong> Platinum and other mines wanted to start new developments in the area. A group of interested<br />
parties established the Lebalelo Water User Association (LWUA), which enabled the members to<br />
collaborate to install major infrastructure. The LWUA developed the original pipeline, of which <strong>Anglo</strong><br />
Platinum’s capital portion was R149 million (in 2002) to secure capacity for Modikwa, Twickenham, Ga<br />
Pasha and other developments that may need water in future.<br />
They had a temporary allocation of water from the Agricultural Department in Limpopo which, while it<br />
lapsed in 2007, gave <strong>Anglo</strong> Platinum the opportunity to start up Modikwa and Twickenham earlier than<br />
otherwise possible. The agreement with the Department of Water Affairs was that LWUA will need to<br />
provide its own resource before July 2007. The raising of the Flag Boshielo Dam wall was the best way<br />
to secure this allocation; the total cost of this development was R 225m in 2007, of which <strong>Anglo</strong><br />
Platinum’s portion was 66%.<br />
Several other water projects are being implemented throughout the Group. For example, <strong>Anglo</strong><br />
Platinum’s joint venture Bafokeng Rasimone platinum mine outside Rustenburg in South Africa started<br />
re-using the water from its return water dam for its operational process in 2009. This was achieved by<br />
installing a simple sand filter that removes unwanted water-borne solids. As a result, the monthly<br />
amount of potable water used by the process plant has fallen from nearly 150,000 m3 in September<br />
2008 to less than 60,000 m3 in June 2009. The project’s R2.8 million ($330,000) phase-one investment<br />
has already been offset by these savings. The mine has also commissioned a water treatment plant,<br />
which has reduced its water intake from the local municipality by 38%.<br />
4.7Please explain why you do not consider your company to be exposed to significant physical<br />
risks - current and/or anticipated.<br />
4.8Please explain why not.<br />
Further Information<br />
Attachments<br />
13
Page: Other risks<br />
5.1<br />
Does climate change present other significant risks - current and/or anticipated - for your<br />
company?<br />
Yes<br />
Do you want to answer using:<br />
The table below<br />
5.2A<br />
What are the current and/or anticipated other significant risks, and their associated<br />
countries/regions and timescales?<br />
Risk<br />
Region/Country<br />
Timescale<br />
in Years<br />
Comment<br />
Other:<br />
Undermining<br />
community socioeconomic<br />
development<br />
South Africa<br />
Current<br />
Climate change, left unmitigated and without<br />
adaptation measures, will affect vulnerable<br />
communities the most severely. The majority of<br />
<strong>Anglo</strong> <strong>American</strong>’s operations are in the developing<br />
world, where we engage in numerous socioeconomic<br />
development initiatives as part of our<br />
Social and Labour Plans in South Africa, but also<br />
throughout the rest of the world. These are<br />
directed in particular at vulnerable communities<br />
surrounding our operations as well as our supply<br />
chain. The impact of climate change in the context<br />
of existing community vulnerabilities has the<br />
potential to undermine the desired outcomes of<br />
<strong>Anglo</strong> <strong>American</strong>’s development objectives.<br />
<strong>Anglo</strong> <strong>American</strong> aims to be an investment of<br />
choice, a partner of choice and an employer of<br />
choice. The company’s appeal as any of these<br />
three depends on several factors – not least of<br />
which is our performance as a responsible<br />
corporate citizen. Climate change is, in the<br />
developed world in particular, a core component of<br />
this and is increasingly important to the investor<br />
community as well as current and potential<br />
employees.<br />
Reputational<br />
risks<br />
Rest of world<br />
Current<br />
5.2B<br />
What are the current and/or anticipated other significant risks, and their associated<br />
countries/regions and timescales?<br />
5.3Describe the ways in which the identified risks affect or could affect your business and your<br />
value chain.<br />
Undermining community socio-economic development<br />
The impact of climate change in the context of existing community vulnerabilities has the potential to<br />
undermine the desired outcomes of <strong>Anglo</strong> <strong>American</strong>’s development objectives. While not a result of<br />
climate change, the earth quake that struck Chile in February <strong>2010</strong> is an example of the kind of largescale<br />
damage that natural events can cause – <strong>Anglo</strong> <strong>American</strong> is active in the country and donated $10<br />
million and helped with reconstruction work. Extreme weather events related to climate change with a<br />
similar scale of damage may disrupt infrastructure, like roads, schools, clinics and sanitation, that <strong>Anglo</strong><br />
<strong>American</strong> often builds around its operations to improve the livelihoods of local communities. The<br />
14
financial implication would be the unplanned cost of reconstruction on top of the initial investment as<br />
well as the unquantifiable cost to the community.<br />
Reputation risk<br />
Climate change is, in the developed world in particular, an increasingly important consideration for the<br />
investor community as well as current and potential employees. A poor performance in this regard could<br />
result in the company being excluded from various ‘responsible investment’ funds and discourage<br />
ethical, conscious and well-educated individuals from joining the company.<br />
It is difficult to quantify how many potential employees may consider <strong>Anglo</strong> <strong>American</strong>’s reputation and<br />
climate change performance when making employment decisions. However, research suggests that<br />
across industries, job seekers – in particular those who are skilled and are able to choose between a<br />
range of employers – are strongly influenced by a company’s reputation.<br />
Again, the number of investors that take issues like climate change into account in their investment<br />
decisions, what type of weighting they attach to the issue, and whether any have decided to invest in<br />
<strong>Anglo</strong> <strong>American</strong> or not because of the company’s performance or impact, is unknown. However, the<br />
number of queries related to <strong>Anglo</strong> <strong>American</strong>’s climate change performance from the investor<br />
community has increased significantly over the years.<br />
5.4Are there financial implications associated with the identified risks?<br />
Yes<br />
5.5<br />
Please describe them.<br />
Undermining community socio-economic development<br />
We cannot provide an exact amount because of the wide scope of the risk, but it could start at as little<br />
as $10,000 to address flood damage to a local school, to well into tens of millions of dollars.<br />
Reputation risk<br />
It is not possible to quantify the precise financial risk to <strong>Anglo</strong> <strong>American</strong> because of the degree of<br />
uncertainty described in 5.3. However, research shows remarkable growth in both the number of SRI<br />
funds, as well as investment in those funds, over the last decade. This trend contributes to the business<br />
case for corporate responsibility – and a meaningful response to climate change.<br />
5.6<br />
Describe any actions the company has taken or plans to take to manage or adapt to the other<br />
risks that have been identified, including the costs of those actions.<br />
Undermining community socio-economic development<br />
The <strong>Anglo</strong> <strong>American</strong> Social and Environmental Impact Assessment Standard (S&EIA) mandates that<br />
operations, among several other requirements, consider potential “short- and long-term environmental<br />
and social scenarios”, including, for example, the impact of extreme events on the operation and host<br />
communities. This S&EIA Standard forms the basis of operational social and environmental planning.<br />
The <strong>Anglo</strong> <strong>American</strong> Socio-Economic Assessment Toolbox (SEAT) programme continues to be the<br />
primary means by which we seek to enhance the development outcomes and capacities of host<br />
communities. SEAT reports are required at existing operations every three years. Each SEAT<br />
assessment includes consideration of a spectrum of community-related risks (including environmental<br />
issues), which influence the nature of development interventions.<br />
In addition, <strong>Anglo</strong> <strong>American</strong>’s climate-change impact-assessment work with Imperial College, London,<br />
will help identify the most significant hazards posed by climate change to operations, which may then be<br />
included in operational Social Management Plans. The cost of S&EIAs can range from R3 million all the<br />
way to R10 million for very large or environmentally sensitive projects<br />
Reputation risk<br />
All of <strong>Anglo</strong> <strong>American</strong>’s work on climate change mitigation and adaptation (see <strong>Anglo</strong> <strong>American</strong> Report<br />
to Society 2009, pages 22-25) helps to improve our reputation in this regard. We also participate in a<br />
number of externally assessed surveys, engage actively with investors on sustainable development and<br />
contribute to SRI analyst profiles and information queries. There is no additional cost to this work as it is<br />
borne by existing budgets.<br />
15
5.7<br />
Explain why you do not consider your company to be exposed to other significant risks - current<br />
and/or anticipated.<br />
5.8Please explain why not.<br />
Further Information<br />
Attachments<br />
Page: Regulatory Opportunities<br />
6.1<br />
Do current and/or anticipated regulatory requirements related to climate change present<br />
significant opportunities for your company?<br />
Yes<br />
Do you want to answer using:<br />
A text box<br />
6.2A<br />
What are the current and/or anticipated significant regulatory opportunities and their associated<br />
countries/regions and timescales?<br />
Opportunities Region/Country Timescale in Years<br />
Comment<br />
6.2BWhat are the current and/or anticipated significant regulatory opportunities and their<br />
associated countries/regions and timescales?<br />
South Africa<br />
Fiscal incentives: The 2009 Budget in South Africa addressed environmental fiscal reform in various<br />
ways. A range of measures aimed at achieving environmental objectives were proposed. Opportunities<br />
include energy efficiency savings incentives; income tax exemption for revenues earned from the sale of<br />
CERs; accelerated depreciation allowances for the production of renewables and biofuels; and biodiesel<br />
fuel tax concession. The exact timeline for implementation of these incentives is unclear because they<br />
have not been finalized, but they are expected to materialize within the next 1-3 years.<br />
Clean development mechanism (CDM): <strong>Anglo</strong> <strong>American</strong> operations located in non-Annex I countries,<br />
like South Africa, could qualify for carbon credits through the CDM. All South African operations<br />
continually evaluate opportunities for CDM projects.<br />
Europe<br />
Euro 6 emissions legislation coming into force for cars and light commercial vehicles in Europe from<br />
2014. This legislation tightens allowable nitrogen oxides (NOx) emissions from diesel vehicles by around<br />
70% compared with today’s Euro 4 standards.<br />
Australia<br />
Future GHG-reduction targets: While the implementation of the CPRS has been delayed, an alternative,<br />
post-commitment period, proposal with mitigation targets will be negotiated and is likely to come into law<br />
within the next five years. <strong>Anglo</strong> <strong>American</strong> has the opportunity to position itself favourably by reducing its<br />
carbon footprint and advancing technologies in the coming years, in anticipation of this regulation.<br />
16
Global<br />
We are currently busy with a baseline assessment of our biodiversity potential for carbon offsets through<br />
avoided degradation and deforestation. As part of this assessment, we are evaluating the potential to<br />
enhance carbon retention of the soil in the land under our management.<br />
India<br />
<strong>Anglo</strong> <strong>American</strong>’s export coal into the Indian market is of a higher quality than domestic reserves, and if<br />
used instead of domestic production, will improve the thermal power plant efficiencies and related<br />
carbon performance.<br />
6.3<br />
Describe the ways in which the identified opportunities affect or could affect your business and<br />
your value chain.<br />
South Africa<br />
Fiscal incentives: The extent to which <strong>Anglo</strong> <strong>American</strong> is able to take advantage of energy efficiency<br />
savings incentives; income tax exemption for revenues earned from the sale of CERs; accelerated<br />
depreciation allowances for the production of renewables and biofuels; and biodiesel fuel tax<br />
concessions The proposed incentives have the potential to make more CDM and energy efficiency<br />
projects at <strong>Anglo</strong> <strong>American</strong> viable, and promote the use of biofuels within the business.<br />
Clean development mechanism (CDM): Operations in developing countries continually evaluate<br />
opportunities for CDM projects, with the desired outcome of reducing GHG emissions and earning the<br />
company CERs. Current examples include, but are not limited to:<br />
- A small-scale methane flaring project, which has been started at New Denmark Colliery in South<br />
Africa. As part of a CDM project, the mine plans to install two mobile flares into its existing, post-mining,<br />
methane-drainage system. We anticipate that this will reduce the colliery’s CO2e emissions by an<br />
estimated 100,000 tonnes per year.<br />
- A CDM fuel-switch project at Scaw’s Union Junction site that entails the conversion from producer gas<br />
to natural gas, and an associated reduction in CO2 emissions, which may qualify as a retrospective<br />
CDM project. It utilises a methodology that allows Certified Emission Reductions to be generated by<br />
replacing fossil fuel with cleaner generation. It is estimated that the project will deliver approximately<br />
110,000 CERs.<br />
- The installation of a thermal cogeneration heat recovery process on a high pressure cooling system at<br />
<strong>Anglo</strong> Platinum’s Waterval Smelter plant. The project involves using the hot water from the converters<br />
and bypassing the current fin fan coolers, using an organic Rankin cycle from Ormat to generate<br />
electricity.<br />
Europe<br />
Euro 6 emissions legislation coming into force for cars and light commercial vehicles in Europe from<br />
2014. This legislation tightens allowable nitrogen oxides (NOx) emissions from diesel vehicles by around<br />
70% compared with today’s Euro 4 standards. As platinum group metals are a key component in<br />
catalytic converters in cars, <strong>Anglo</strong> Platinum is a positive contributor to a growing market assisting the<br />
automobile industry to minimise carbon dioxide emissions. Tightening of vehicle emission legislation will<br />
increase demand for platinum group metals. An example of this is Euro 6 emissions legislation coming<br />
into force for cars and light commercial vehicles in Europe from 2014 which tightens allowable nitrogen<br />
oxides (NOx) emissions from diesel vehicles by around 70%, compared with today’s Euro 4 standards.<br />
Australia<br />
<strong>Anglo</strong> <strong>American</strong>’s methane-fired power stations in Australia (Capcoal and Moranbah), as well as the<br />
Group’s investment into advancing research on innovative technologies designed to oxidise or<br />
biologically capture methane in trace concentrations, will continue to position the company more<br />
favourably in a carbon-constrained world and in anticipation of new regulation after the first commitment<br />
period of the Kyoto Protocol when Australia is set to revisit plans for a carbon-reduction scheme.<br />
6.4Are there financial implications associated with the identified opportunities?<br />
Yes<br />
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6.5<br />
Please describe them.<br />
The potential financial implications of the proposed fiscal incentives in South Africa have not yet been<br />
quantified given that the proposal is relatively new. The financial impact is expected to be positive given<br />
the wide range of energy efficiency projects being implemented, and potential CERs from CDM projects.<br />
The CERs generated from <strong>Anglo</strong> <strong>American</strong>’s CDM projects may also be used to generate revenue, or<br />
may eventually be sold within the business to other business units that have GHG-reduction obligations<br />
– this will also constitute a cost saving.<br />
It is likely that legislation tightening for allowed vehicle emissions will benefit <strong>Anglo</strong> Platinum, as more<br />
PGMs would be needed for the catalytic converters necessary to meet these regulations.<br />
6.6<br />
Describe any actions the company has taken or plans to take to exploit the opportunities that<br />
have been identified, including the investment needed to take those actions.<br />
South Africa<br />
Fiscal incentives: <strong>Anglo</strong> <strong>American</strong> is well positioned to take advantage of energy efficiency savings<br />
incentives and income tax exemption for revenues earned from the sale of CERs, with its range of<br />
energy efficiency initiatives and potential CDM projects. Further projects may also be planned if the<br />
package is adopted, and the incentives make more projects viable. The use of biofuels is being<br />
explored.<br />
Clean development mechanism (CDM): Operations in developing countries continually evaluate<br />
opportunities for CDM projects, with the desired outcome of reducing GHG emissions and earning the<br />
company CERs. Current examples include, but are not limited to:<br />
- <strong>Anglo</strong> Thermal Coal’s New Denmark colliery is commissioning a US$1.2 million methane gas-flaring<br />
project. The project involves the installation of two mobile flaring-off mechanisms that will be<br />
incorporated into the mine's existing methane drainage system. The mobile flare is a joint New<br />
Denmark-Gemini Carbon concept and is a CDM world-first. Flaring methane, rather than venting it,<br />
renders it 18.5 times less harmful to the environment. We anticipate that this will reduce the colliery’s<br />
CO2e emissions by an estimated 100,000 tonnes per year. Electricity generation is unfortunately not<br />
viable owing to the irregular flow rates emitted from the drainage holes, changes in the quality of the gas<br />
and a number of other factors.<br />
- A CDM fuel-switch project at Scaw’s Union Junction site that entails the conversion from producer gas<br />
(from coal) to natural gas, and an associated reduction in CO2 emissions, was submitted as a CDM<br />
project. It utilises a methodology that allows Certified Emission Reductions to be generated by replacing<br />
fossil fuel with cleaner generation. The project has been audited for the backdated Voluntary Credits<br />
from May 2004 until the end of 2008 and the Project Design Document has been accepted by the<br />
Chicago Climate Exchange and is being validated. It is estimated that the project will deliver<br />
approximately 110,000 CERs.<br />
The feasibility of generating electricity from waste heat recovered from the DRI kilns at Scaw, as well as<br />
the process waste produced at the DRI, was considered in 2009 and the pre-feasibility study will be<br />
done in <strong>2010</strong>. This could potentially lead to a CDM project.<br />
- The installation of a thermal cogeneration heat recovery process on a high pressure cooling system at<br />
<strong>Anglo</strong> Platinum’s Waterval Smelter plant. The project involves using the hot water from the converters<br />
and bypassing the current fin fan coolers, using an organic Rankin cycle from Ormat to generate<br />
electricity.<br />
Australia<br />
<strong>Anglo</strong> <strong>American</strong>’s methane-fired power stations in Australia (Capcoal and Moranbah), as well as the<br />
Group’s investment into advancing research on innovative technologies designed to oxidise or<br />
biologically capture methane in trace concentrations, will continue to position the company more<br />
favourably in a carbon-constrained world and in anticipation of new regulation after the first commitment<br />
period of the Kyoto Protocol when Australia is set to revisit plans for a carbon-reduction scheme.<br />
18
6.7<br />
Explain why you do not consider your company to be presented with significant opportunities -<br />
current and/or anticipated.<br />
6.8<br />
Please explain why not.<br />
Further Information<br />
Attachments<br />
Page: Physical Opportunities<br />
7.1Do current and/or anticipated physical impacts of climate change present significant<br />
opportunities for your company?<br />
Yes<br />
Do you want to answer using:<br />
A text box<br />
7.2AWhat are the current and/or anticipated significant physical opportunities and their<br />
associated countries/regions and timescales?<br />
Opportunities Region/Country Timescale in Years<br />
Comment<br />
7.2B<br />
What are the current and/or anticipated significant physical opportunities and their associated<br />
countries/regions and timescales?<br />
Opportunities are being assessed through our climate-change impact-assessment projects with Imperial<br />
College and the UK Met Office that will deliver regional climate change models, which will be used to<br />
establish a risk/opportunity inventory of our current and future operations around the world and influence<br />
our methodology for taking climate change risks and opportunities into account in mine planning.<br />
No direct opportunities related to physical changes have been identified (like an increase in precipitation<br />
in a water-scarce region, for example). The opportunity for <strong>Anglo</strong> <strong>American</strong> lies in our ability to<br />
understand the anticipated changes, and to develop robust adaptation strategies that guard our<br />
operations, and the value chains, environments and communities linked to those operations, against<br />
negative impacts. This is true for all of our operations throughout the world, but in particular for high-risk<br />
regions with already-scarce water resources such as South Africa, Australia and parts of Chile. The<br />
timescale for taking advantage of this opportunity ranges from today to indefinitely into the future as<br />
climatic changes materialise and strategies need to be revised.<br />
7.3Describe the ways in which the identified opportunities affect or could affect your business<br />
and your value chain.<br />
Developing robust adaptation strategies based on our work with Imperial College will enable <strong>Anglo</strong><br />
<strong>American</strong> operations to guard our operations, and the value chains, environments and communities<br />
linked to those operations, against the negative impacts of climate change. More than simply managing<br />
risk, this is an opportunity for us to be more competitive than our peers who often operate in the same<br />
region and face the same risks. It is also an opportunity for us to work towards our vision of becoming a<br />
19
partner of choice – if we are able to extend the resilience we build into our operations to communities,<br />
the environment and our value chain through proactive planning, engagement and ‘climate-resilient’<br />
community investments.<br />
For example, a study on the potential impact of climate change on the water supply system proposed for<br />
the Quellaveco project in Peru’s Tambo water basin has been completed. The study concluded that<br />
higher temperatures may cause an increase in evaporation from the nearby Pacific Ocean, ultimately<br />
leading to higher levels of precipitation in the Andes and an estimated 20% increase in the Tambo<br />
basin’s headwaters between <strong>2010</strong> and 2039. This information was tested against the proposed water<br />
system, which was found to be well-placed to handle this type of change. If this wasn’t the case, this<br />
information could have been used to alter the design while still in the planning stages, and therefore<br />
saving the company future expenses that could have been avoided.<br />
7.4<br />
Are there financial implications associated with the identified opportunities?<br />
Yes<br />
7.5<br />
Please describe them.<br />
The example used in question 7.3 (repeated below) gives an indication of the way in which costs may<br />
be avoided, although we are not able to provide an exact figure due to the uncertainty associated with<br />
future changes, and the level of damage that may occur in the absence of adaptation strategies . We<br />
are confident that proactive planning around likely climatic shifts will save the company money, and<br />
increase competitive advantage – particularly when considered in the early planning stages of new<br />
projects.<br />
A study on the potential impact of climate change on the water supply system proposed for the<br />
Quellaveco project in Peru’s Tambo water basin has been completed. The study concluded that higher<br />
temperatures may cause an increase in evaporation from the nearby Pacific Ocean, ultimately leading to<br />
higher levels of precipitation in the Andes and an estimated 20% increase in the Tambo basin’s<br />
headwaters between <strong>2010</strong> and 2039. This information was tested against the proposed water system,<br />
which was found to be well-placed to handle this type of change. If this wasn’t the case, this information<br />
could have been used to alter the design while still in the planning stages, and therefore saving the<br />
company future expenses that could have been avoided.<br />
7.6<br />
Describe any actions the company has taken or plans to take to exploit the opportunities that<br />
have been identified, including the investment needed to take those actions.<br />
As mentioned previously, <strong>Anglo</strong> <strong>American</strong>’s major initial response has been its work with Imperial<br />
College, London, on developing regional models for likely climate changes, upon which risk registers<br />
and adaptation strategies will be based. This is also a consideration that will be integrated into <strong>Anglo</strong><br />
<strong>American</strong>’s ‘Project Way’ (a Group guideline for new mining projects) and a requirement in operational<br />
Water Action Plans (methodology in pilot phase). Site-level adaptation strategies will be developed as<br />
this work matures, and costs are not yet clear. The Company has invested £150,000 in the work<br />
conducted by Imperial College.<br />
7.7<br />
Explain why you do not consider your company to be presented with significant opportunities -<br />
current and/or anticipated.<br />
7.8<br />
Please explain why not.<br />
Further Information<br />
20
Page: Other Opportunities<br />
8.1Does climate change present other significant opportunities - current and/or anticipated - for<br />
your company?<br />
Yes<br />
Do you want to answer using:<br />
A text box<br />
8.2AWhat are the current and/or anticipated other significant opportunities and their associated<br />
countries/regions and timescales?<br />
Opportunities Region/Country Timescale in Years<br />
Comment<br />
8.2B<br />
What are the current and/or anticipated other significant opportunities and their associated<br />
countries/regions and timescales?<br />
Reputation opportunity: While reputational issues linked to how <strong>Anglo</strong> <strong>American</strong> addresses climate<br />
change has also been listed as a risk, taking meaningful action on the issue is also an opportunity to<br />
attract talented and ethical employees into our workforce, and be the partner of choice for organisations,<br />
other businesses and governments with expectations of proactive and responsible carbon management.<br />
Synergies with other projects: We are investigating how we can use revenue that could be generated by<br />
CERs to enhance not only our response to climate change, but also other priority areas.<br />
For example, we could integrate carbon abatement and biodiversity programmes in a way that<br />
generates CERs through reforestation programmes. Another option includes installing solar-water<br />
heating in communities with no access to electricity, which has the additional benefit of climate change<br />
mitigation and CERs should the programme qualify as a CDM project. We could also work with<br />
communities to improve agricultural and pastoral management in order to increase organic carbon in the<br />
soils and thereby optimise the natural ecosystem capacity to sequester carbon.<br />
All of these are opportunities that are currently available, in developing countries like South Africa and<br />
Brazil in particular. The community-carbon link is especially important in South Africa, while carbonbiodiversity<br />
links could work especially well given the Brazilian government’s focus on decreasing the<br />
rate of deforestation in that country.<br />
8.3<br />
Describe the ways in which the identified opportunities affect or could affect your business and<br />
your value chain.<br />
Reputation opportunity: While reputational issues linked to how <strong>Anglo</strong> <strong>American</strong> addresses climate<br />
change has also been listed as a risk, taking meaningful action on the issue is also an opportunity to<br />
attract talented and ethical employees into our workforce, and be the partner of choice for organisations,<br />
other businesses and governments with expectations of proactive and responsible carbon management.<br />
Synergies with other projects: We are investigating how we can use revenue that could be generated by<br />
CERs to enhance not only our response to climate change, but also other priority areas.<br />
For example, we could integrate carbon abatement and biodiversity programmes in a way that<br />
generates CERs through reforestation programmes. Another option includes installing solar-water<br />
heating in communities with no access to electricity, which has the additional benefit of climate change<br />
mitigation and CERs should the programme qualify as a CDM project. We could also work with<br />
communities to improve agricultural and pastoral management in order to increase organic carbon in the<br />
soils and thereby optimise the natural ecosystem capacity to sequester carbon.<br />
All of these are opportunities that are currently available, in developing countries like South Africa and<br />
Brazil in particular. The community-carbon link is especially important in South Africa, while carbon-<br />
21
iodiversity links could work especially well given the Brazilian government’s focus on decreasing the<br />
rate of deforestation in that country.<br />
8.4Are there financial implications associated with the identified opportunities?<br />
Yes<br />
8.5<br />
Please describe them.<br />
Linking carbon-abatement objectives with other work streams, such as biodiversity and community<br />
development, has the potential to enhance the outcomes of our financial investments. While this will not<br />
necessarily result in altered social investment spending, promoting broad-based outcomes will help the<br />
company meet multiple objectives.<br />
The reputational benefits are not possible to quantify, despite the intuitive business case.<br />
8.6Describe any actions the company has taken or plans to take to exploit the opportunities that<br />
have been identified, including the investment needed to take those actions.<br />
<strong>Anglo</strong> <strong>American</strong> has proactively put mechanisms in place to encourage multi-disciplinary collaboration.<br />
For example, our mandatory social and environmental impact assessment standard requires a holistic<br />
view of the likely impact of an operation. Similarly, <strong>Anglo</strong> <strong>American</strong>’s Socio-Economic Assessment<br />
Toolbox raises community concerns and opportunities across a spectrum of disciplines.<br />
Though collaboration on a practical level is still in early stages, an example is a proposed community<br />
solar-water heating project.<br />
22
Module: Strategy<br />
Page: Strategy<br />
9.1<br />
Please describe how your overall group business strategy links with actions taken on risks and<br />
opportunities (identified in questions 3 to 8), including any emissions reduction targets or<br />
achievements, public policy engagement and external communications.<br />
<strong>Anglo</strong> <strong>American</strong>’s climate change strategy is currently being revised, along with new performance<br />
management and target-setting protocols. This is a particularly opportune time given the restructuring of<br />
the Group in late 2009, which rendered some of the previous business unit targets obsolete. The<br />
restructuring will also sharpen our focus on a narrower range of commodities once non-core assets are<br />
sold – this changes the Group’s emissions profile, and mitigation options. Some our major focus areas<br />
in the past, which are not likely to change significantly going forward, revolve around the items below.<br />
The specific risks and opportunities are listed alongside the items<br />
Our process:<br />
This item addresses risks related to regulation, including emission reduction targets, carbon taxes and<br />
emission-trading schemes. Our current energy target is a 15% reduction in energy use per unit of<br />
production by 2014, based on a 2004 baseline. Our current GHG target is a 10% reduction in energy<br />
use per unit of production by 2014, based on a 2004 baseline. Successful, high-profile carbon<br />
abatement projects include <strong>Anglo</strong> <strong>American</strong>’s coal seam methane-fired power stations at Capcoal and<br />
Moranbah North in Australia (equal to a reduction of 2.3 million tonnes of CO2 a year) and the Lisheen<br />
wind farm in Ireland (part of the Lisheen zinc and lead mine’s closure plan, which currently meets all of<br />
the mine’s electricity needs and 57% of the local community’s). Energy efficiency projects are<br />
widespread and mostly include projects related to the optimisation of energy-intensive machinery used<br />
in the mining industry. The opportunities, which this item responds to, include incentives around energy<br />
efficiency and CDM projects.<br />
Our products:<br />
This item responds to the risks associated with our coal business in particular, and the positive impact,<br />
for example, of platinum in the use of catalytic converters and other emissions reducing applications.<br />
Our response to the risks associated with our coal business is largely focused on research related to<br />
advancing clean-coal technologies and carbon sequestration. <strong>Anglo</strong> <strong>American</strong> is involved in research<br />
through the International Energy Agency’s Clean Coal Centre and GHG Programme and in regional<br />
initiatives in both Australia and South Africa. In Australia, we are investing $55 million in the ambitious<br />
COAL21 coal industry programme to develop a portfolio of low-emission demonstration projects in<br />
conjunction with governments, power generators and equipment manufacturers. <strong>Anglo</strong> <strong>American</strong> is also<br />
involved in the Callide Oxyfuel Project in central Queensland, which we expect to be a world first<br />
demonstration of how existing coal-fired power stations can be adapted to produce almost zeroemission<br />
electricity. We participate in a number of carbon sequestration initiatives, ranging from carbon<br />
capture and storage (CCS), to biological sequestration. One of these is the Otway storage project in<br />
south-western Victoria in Australia – the world’s largest CCS demonstration project. We are also<br />
supporting an initiative in South Africa that will develop a CO2 storage atlas aimed at identifying<br />
potential sites for the geological storage of CO2 in the country. We are also a founding member of the<br />
Global Carbon Capture and Storage Institute (GCCSI) - an important global initiative that aims to<br />
facilitate the development and deployment of at least 20 industrial-scale CCS projects by 2020. During<br />
2009, <strong>Anglo</strong> <strong>American</strong> acquired a stake of more than 20% in Australian-based MBD Energy, which will<br />
soon commence trials of leading-edge carbon capture and conversion technology using algal<br />
synthesisers at three of Australia’s largest GHG emitting coal-fired power plants.<br />
Our stakeholders:<br />
This item responds to the opportunity to partner across disciplines within <strong>Anglo</strong> <strong>American</strong>, and with<br />
external stakeholders including NGOs and communities, to achieve mutually-beneficial outcomes; as<br />
well as adaptation to climate change. The former is being addressed, for example, through the proposed<br />
community solar water heating project in South Africa. The latter is being addressed through the<br />
climate-change impact-assessment study in conjunction with Imperial College.<br />
Informing public policy:<br />
This item addresses risk relating to regulatory uncertainty, as well as the risks and opportunities for<br />
<strong>Anglo</strong> <strong>American</strong> associated with various mitigation-policy options. We engage actively with international<br />
and national regulatory bodies in countries where regulation is more advanced (such as in the UK) as<br />
well as in other countries like Brazil, South Africa and Australia where the policy environment is still<br />
uncertain to varying degrees. More information on <strong>Anglo</strong> <strong>American</strong>’s response to climate change may<br />
be found in the Group Report to Society, 2009, and the <strong>Anglo</strong> <strong>American</strong> website:<br />
23
www.angloamerican.co.uk. A component throughout many of the items listed here is improved and<br />
transparent internal and external climate change related reporting.<br />
Page: Strategy - Targets<br />
9.2<br />
Do you have a current emissions reduction target?<br />
Yes<br />
9.3<br />
Please explain why not and forecast how your Scope 1 and Scope 2 emissions will change over<br />
the next 5 years. (If you do not have a target)<br />
9.4<br />
Please give details of the target(s) you are developing and when you expect to announce it/them.<br />
(If you are in the process of developing a target)<br />
9.5<br />
Please explain if you intend to set a new target. (If you have had a target and the date for<br />
completing it fell within your reporting year, please answer questions 9.5 and 9.6)<br />
9.6<br />
Please complete the table. (If you have a current emissions reduction target or have a recently<br />
completed target)<br />
Target<br />
Type<br />
Intensity<br />
target<br />
Value<br />
of<br />
Target<br />
10.00<br />
Unit<br />
%<br />
reduction<br />
from base<br />
year<br />
Base<br />
year<br />
Emissions<br />
in base year<br />
(metric<br />
tonnes<br />
CO2-e)<br />
Target<br />
Year<br />
2004 32692000 2014<br />
GHGs<br />
and GHG<br />
sources<br />
to which<br />
the target<br />
applies<br />
Scope 1 +<br />
2<br />
Target<br />
met?<br />
Target<br />
ongoing<br />
Comment<br />
This target is<br />
being revised<br />
due to the<br />
divestment of<br />
a number of<br />
businesses<br />
24
Page: Strategy - Emission Reduction Activities<br />
¿<br />
Is question 9.7 relevant for your company?<br />
No<br />
9.7<br />
Please use the table below to describe your company’s actions to reduce its GHG emissions.<br />
1.<br />
Actio<br />
ns -<br />
pleas<br />
e<br />
descr<br />
ibe<br />
2.<br />
Ann<br />
ual<br />
ener<br />
gy<br />
savi<br />
ng<br />
3.<br />
Ann<br />
ual<br />
ener<br />
gy<br />
savi<br />
ngs -<br />
num<br />
ber<br />
4.<br />
Ann<br />
ual<br />
ener<br />
gy<br />
savi<br />
ng -<br />
unit<br />
s<br />
5.<br />
Annu<br />
al<br />
emiss<br />
ion<br />
reduc<br />
tion<br />
in<br />
metri<br />
c<br />
tonne<br />
s<br />
CO2-e<br />
6.<br />
Reduct<br />
ion -<br />
achiev<br />
ed or<br />
anticip<br />
ated<br />
7.<br />
Invest<br />
ment -<br />
numbe<br />
r<br />
8.<br />
Invest<br />
ment -<br />
curren<br />
cy<br />
9.<br />
Mone<br />
tary<br />
savin<br />
gs -<br />
numb<br />
er<br />
10.<br />
Mone<br />
tary<br />
savin<br />
gs -<br />
curre<br />
ncy<br />
11.<br />
Mone<br />
tary<br />
savin<br />
gs<br />
12.<br />
Timesc<br />
ale of<br />
actions<br />
&<br />
associa<br />
ted<br />
investm<br />
ents (if<br />
relevan<br />
t)<br />
9.8<br />
Please explain why not.<br />
In 2004, we set a target to reduce or energy intensity by 15% by 2014 based on a 2004 baseline. This<br />
target together with the investment required is being revised due to the divestment of a number of<br />
businesses. There are a number of examples of monetary savings that will be required to meet our<br />
commitment.<br />
9.9<br />
Please provide any other information you consider necessary to describe your emission<br />
reduction activities.<br />
9.10<br />
Do you engage with policy makers on possible responses to climate change including taxation,<br />
regulation and carbon trading?<br />
Yes<br />
9.11<br />
Please describe.<br />
<strong>Anglo</strong> <strong>American</strong> engages actively with international and national regulatory bodies in countries where<br />
regulation is more advanced (such as in the UK) as well as in other countries like Brazil, South Africa<br />
and Australia where the policy environment is still uncertain to varying degrees. We may engage with<br />
25
egulators directly, or through organised business associations such as the ICMM or the Chamber of<br />
Mines (South Africa).<br />
Specific engagement during the period was on the CPRS in Australia, the South African policy process<br />
and proposals from the National Treasury on fiscal reform, the introduction of the Carbon Reduction<br />
Commitment Energy Efficiency Scheme in the UK and the national climate change policy in Brazil.<br />
We are also involved with a number of international/sectoral advocacy bodies, including the Carbon<br />
Sequestration Leadership Forum, the International Energy Agency Clean Coal Centre and the Global<br />
Carbon Capture and Storage Institute.<br />
Module: GHG Emissions Accounting, Energy and Fuel Use, and Trading<br />
Page: Emissions Boundary - (1 Jan 2009 - 31 Dec 2009)<br />
10.1<br />
Please indicate the category that describes the company, entities, or group for which Scope 1<br />
and Scope 2 GHG emissions are reported.<br />
Companies over which operational control is exercised<br />
10.2<br />
Are there are any sources (e.g. facilities, specific GHGs, activities, geographies, etc.) of Scope 1<br />
and Scope 2 emissions within this boundary which are not included in your disclosure?<br />
No<br />
10.3<br />
Please complete the following table.<br />
Source Scope Explain why the source is excluded<br />
Page: Methodology - (1 Jan 2009 - 31 Dec 2009)<br />
11.1a<br />
Please give the name of the standard, protocol or methodology you have used to collect activity<br />
data and calculate Scope 1 and Scope 2 emissions and/or describe the procedure you have used<br />
(in the text box in 11.1b below).<br />
Please select the published methodologies that you use.<br />
The Greenhouse Gas Protocol: A Corporate Accounting and Reporting Standard (Revised Edition)<br />
11.1b<br />
Please describe the procedure that you use.<br />
Scope 1: This is the sum of CO2 form processes, CO2 from fossil fuels and CO2 from methane. CO2<br />
from fossil fuels and methane is calculated by multiplying the quantity consumed to their respective<br />
factors. CO2 from process has been calculated at site level to date. The <strong>Anglo</strong> <strong>American</strong> Energy<br />
Managers forum has been engaged to develop a set of centralised metrics that will allow CO2<br />
processes to be a calculated field managed by the current data managed tool used. CO2 from fossil<br />
fuels comprises of diesel, petrol, paraffin, coal used for heat and energy generation, metallurgical<br />
processes, direct reduction of iron, heavy and light fuel oil, LPG and Natural gas, etc. CO2 from<br />
methane is only captured by our Thermal coal and Metallurgical coal.<br />
Scope 2: CO2 form electricity purchased is calculated by multiplying the amount of electricity purchased,<br />
26
in megawatt hours (MWh), to the regional factor for CO2 produced from electricity. Regional factors are<br />
updated annually and are sourced either from the utility itself or the WBCSD/WRI GHG protocol.<br />
11.2<br />
Please also provide the names of and links to any calculation tools used.<br />
Please select the calculation tools used.<br />
Enablon: Enablon GHG-MS<br />
Other: Hyperion Financial Management is the tool used to perform calculations, which are based on the<br />
GHG Protocol tools.<br />
11.3<br />
Please give the global warming potentials you have applied and their origin.<br />
Gas Reference GWP<br />
Methane IPCC Second Assessment Report (SAR - 100 year) 21<br />
Carbon dioxide IPCC Third Assessment Report (TAR - 100 year) 1<br />
11.4<br />
Please give the emission factors you have applied and their origin.<br />
Fuel/Material<br />
Emission<br />
Factor<br />
Unit<br />
Reference<br />
Gas/Diesel oil 38.31 metric tonnes CO2-e per m3 IPCC guidelines<br />
Natural gas 0.03 metric tonnes CO2-e per m3 Sasol<br />
Liquefied petroleum gas<br />
(LPG)<br />
49.80 metric tonnes CO2-e per m3 IPCC guidelines<br />
Motor gasoline 39.61 metric tonnes CO2-e per m3 IPCC guidelines<br />
Methane 21.00<br />
metric tonnes CO2-e per metric<br />
tonne<br />
IPCC guidelines<br />
Metallurgical coke 26.41<br />
metric tonnes CO2-e per metric<br />
tonne<br />
IPCC guidelines<br />
Petroleum coke 3.01<br />
metric tonnes CO2-e per metric Tarmac<br />
tonne<br />
Supplied<br />
Further Information<br />
Factors are sourced from either the utilities directly and where they were not available they were<br />
sourced from the WBCSD/WRI GHG protocol or using the IPCC guidelines. A comprehensive<br />
revision/update on these emission factors started at the beginning of 2009.<br />
27
Page: Emissions Scope 1 - (1 Jan 2009 - 31 Dec 2009)<br />
12.1<br />
Please give your total gross global Scope 1 GHG emissions in metric tonnes of CO2-e.<br />
8850000<br />
¿<br />
Is question 12.2 relevant to your company?<br />
Yes<br />
12.2<br />
Please break down your total gross global Scope 1 emissions in metric tonnes CO2-e by<br />
country/region.<br />
Country Scope 1 Metric tonnes CO2-e<br />
South Africa 3051000<br />
Australia 3380000<br />
Brazil 155000<br />
Chile 505000<br />
United Kingdom 1189000<br />
Rest of world 571000<br />
12.3<br />
Please explain why not.<br />
12.4<br />
Where it will facilitate a better understanding of your business, please also break down your<br />
total gross global Scope 1 emissions by business division. (Only data for the current reporting<br />
year requested.)<br />
Business Division Scope 1 Metric tonnes CO2-e<br />
Copper Managed 504000<br />
Nickel Managed 300000<br />
Metallurgical Coal 3381000<br />
Thermal Coal 1423000<br />
Kumba Iron Ore 237000<br />
<strong>Anglo</strong> Ferrous Brazil 57000<br />
Platinum Managed 430000<br />
Corporate Managed 6000<br />
Exploration Managed 329<br />
Non-Core Business 2511000<br />
28
12.5<br />
Where it will facilitate a better understanding of your business, please also break down your<br />
total gross global Scope 1 emissions by facility. (Only data for the current reporting year<br />
requested.)<br />
Facilities<br />
Total gross global Scope 1 GHG emissions in metric tonnes CO2-e -<br />
answer to question Q12.1<br />
Scope 1 Metric tonnes<br />
CO2-e<br />
8850000<br />
¿<br />
Is question 12.6 relevant to your company?<br />
Yes<br />
12.6<br />
Please break down your total gross global Scope 1 emissions by GHG type. (Only data for the<br />
current reporting year requested.)<br />
GHG Type Scope 1 Emissions (Metric tonnes) Scope 1 Emissions (Metric tonnes CO2-e)<br />
CO2 5612000.00 5612000<br />
CH4 154349.90 3241000<br />
12.7<br />
Please explain why not.<br />
¿<br />
Is question 12.8 relevant to your company?<br />
Yes<br />
12.8<br />
Please give the total amount of fuel in MWh that your organization has consumed during the<br />
reporting year.<br />
16194444<br />
12.9<br />
Please explain why not.<br />
¿<br />
Is question 12.10 relevant to your company?<br />
Yes<br />
12.10<br />
Please complete the table by breaking down the total figure by fuel type.<br />
29
Fuels<br />
MWh<br />
Gas/Diesel oil 8735097.35<br />
Natural gas 2198484.71<br />
Liquefied petroleum gas (LPG) 322412.00<br />
Metallurgical coke 58682.72<br />
Motor gasoline 161102.62<br />
Petroleum coke 86760.14<br />
Other: Other smaller quantity fuels used 4631904.00<br />
12.11<br />
Please explain why not.<br />
12.12<br />
Please estimate the level of uncertainty of the total gross global Scope 1 figure that you have<br />
supplied in answer to question 12.1 and specify the sources of uncertainty in your data<br />
gathering, handling, and calculations.<br />
Uncertainty<br />
Range<br />
More than 2%<br />
but less than or<br />
equal to 5%<br />
Main sources<br />
of uncertainty<br />
Metering/<br />
Measurement<br />
Constraints<br />
Please expand on the uncertainty in your data<br />
The accuracy requirements of the EUETS are detailed in the<br />
schemes monitoring, reporting and verification requirements. EU<br />
ETS requires all measured values to be subject to an uncertainty<br />
assessment following the principles of ISO Guide to the<br />
Expression of Uncertainty in Measurement and ISO 5168:2005<br />
Measurement of fluid flow - procedures for the evaluation of<br />
uncertainties. The permitted uncertainty depends on the size of<br />
the installation and the measurement method but is 2.5% or<br />
lower. An overall materiality level of 2% is applied by verifiers<br />
when undertaking annual verification of emissions, which for the<br />
largest installations is 2% and 5% for the smallest installations.<br />
There is no internationally recognised methodology for calculating<br />
CO2 emissions from sponcom – <strong>Anglo</strong> <strong>American</strong> has developed<br />
it’s own method, which is applied consistently throughout<br />
operations.<br />
Further Information<br />
The answers provided for 12.8 and 12.10 are not formats used by <strong>Anglo</strong> <strong>American</strong> and had been<br />
calculated for the purposes of the <strong>CDP</strong> and have not been verified. The sum of the fuels detailed in<br />
12.10 accounts for 72% of fuels the remaining 28% are other fuels not used significantly.<br />
30
Page: Emissions Scope 2 - (1 Jan 2009 - 31 Dec 2009)<br />
13.1<br />
Please give your total gross global Scope 2 GHG emissions in metric tonnes of CO2-e.<br />
10252000<br />
¿<br />
Is question 13.2 relevant to your company?<br />
Yes<br />
13.2<br />
Please break down your total gross global Scope 2 emissions in metric tonnes of CO2-e by<br />
country/region.<br />
Country Metric tonnes CO2-e<br />
South Africa 7763000<br />
Australia 574000<br />
Brazil 41000<br />
Chile 707000<br />
United Kingdom 135000<br />
Rest of world 1033000<br />
13.3<br />
Please explain why not.<br />
13.4<br />
Where it will facilitate a better understanding of your business, please also break down your<br />
total gross global Scope 2 emissions by business division. (Only data for the current reporting<br />
year requested.)<br />
Business division name Metric tonnes CO2-e<br />
Copper Managed 707000<br />
Nickel Managed 180000<br />
Metallurgical Coal 574000<br />
Thermal Coal 878000<br />
Kumba Iron Ore 446000<br />
<strong>Anglo</strong> Ferrous Brazil 14000<br />
Platinum Managed 5468000<br />
Corporate Managed 31000<br />
Exploration Managed 329<br />
Non-Core Business 1954000<br />
13.5<br />
31
Where it will facilitate a better understanding of your business, please also break down your<br />
total gross global Scope 2 emissions by facility. (Only data for the current reporting year<br />
requested.)<br />
Facility name<br />
<strong>Anglo</strong> <strong>American</strong> plc total gross global Scope 1 GHG emissions in metric tonnes<br />
CO2-e<br />
Metric tonnes CO2-<br />
e<br />
10252000<br />
¿<br />
Is question 13.6 relevant to your company?<br />
Yes<br />
13.6<br />
How much electricity, heat, steam, and cooling in MWh has your organization purchased for its<br />
own consumption during the reporting year?<br />
Please supply data for these energy types. MWh<br />
Electricity 12971385<br />
13.7<br />
Please explain why not.<br />
13.8<br />
Please estimate the level of uncertainty of the total gross global Scope 2 figure that you have<br />
supplied in answer to question 13.1 and specify the sources of uncertainty in your data<br />
gathering, handling, and calculations.<br />
Uncertainty<br />
range<br />
Less than or<br />
equal to 2%<br />
Main sources of<br />
uncertainty in<br />
your data<br />
Other: Human<br />
Error<br />
Please expand on the uncertainty in your data.<br />
Towards the end of 2009 <strong>Anglo</strong> <strong>American</strong> begun to emphasize<br />
the importance of capturers understanding units of measure as<br />
well as magnitude, once it was discovered that units of measure<br />
were occasionally overlooked when capturing data.<br />
32
Page: Emissions Scope 2 Contractual<br />
14.1<br />
Do you consider that the grid average factors used to report Scope 2 emissions in question 13<br />
reflect the contractual arrangements you have with electricity suppliers?<br />
Yes<br />
14.2<br />
You may report a total contractual Scope 2 figure in response to this question. Please provide<br />
your total global contractual Scope 2 GHG emissions figure in metric tonnes CO2-e.<br />
14.3<br />
Explain the origin of the alternative figure including information about the emission factors used<br />
and the tariffs.<br />
14.4<br />
Has your organization retired any certificates, e.g. Renewable Energy Certificates, associated<br />
with zero or low carbon electricity within the reporting year or has this been done on your<br />
behalf?<br />
No<br />
14.5<br />
Please provide details including the number and type of certificates.<br />
Type of certificate Number of certificates<br />
Comments<br />
33
Page: Emissions Scope 3<br />
¿<br />
Is question 15.1 relevant to your company?<br />
Yes<br />
15.1<br />
Please provide data on sources of Scope 3 emissions that are relevant to your organization.<br />
Sources of<br />
Scope 3<br />
emissions<br />
Business<br />
travel<br />
Metric<br />
tonnes<br />
of CO2-<br />
e<br />
15062<br />
Methodology<br />
The figure presented is for business air travel<br />
originating out of South Africa provided by our<br />
supplier. This data has not been verified but is being<br />
used as a basis to develop a full set of matrices to<br />
be used by the entire group. Air kilometres (KM’s)<br />
are captured in miles by the travel consultant at point<br />
of booking pertaining to relevant routing. These Mile<br />
figures are then validated by the travel agent’s<br />
internal business analyst, via random spot checks to<br />
ensure there are not anomalies, and then converted<br />
into KM’s (using standard 1.609344 conversion).<br />
The method to validate the miles captured by the<br />
travel consultant is by use of a calculation tool that<br />
works off great-circle distance (the shortest distance<br />
between any two points on the surface of a sphere)<br />
Once the total travelling distance has been<br />
determined, the appropriate emissions factor<br />
(reference: Green House Gas Protocol) basis on<br />
seating classification is multiplied to the distance<br />
travelled to give CO2 emissions.<br />
If you cannot<br />
provide a figure for<br />
a relevant source of<br />
Scope 3 emissions,<br />
please describe the<br />
emissions.<br />
15.2<br />
Please explain why not.<br />
34
Page: Emissions 7<br />
16.1<br />
Does the use of your goods and/or services enable GHG emissions to be avoided by a third<br />
party?<br />
Yes<br />
16.2<br />
Please provide details including the anticipated timescale over which the emissions are avoided,<br />
in which sector of the economy they might help to avoid emissions and their potential to avoid<br />
emissions.<br />
PGMs are used in many applications to reduce GHG emissions. These include catalysts for refining<br />
processes, which improve energy efficiency; auto-catalysts that reduce harmful emissions from vehicles;<br />
and fuel cells that produce energy with fewer CO2 emissions. They also, by enabling fuel-efficient diesel<br />
engines to meet air quality standards, help to reduce CO2. The use of PGMs makes industrial<br />
processes more energy efficient by catalysing processes at lower temperature and pressure than other<br />
materials and often providing greater yield.<br />
To curb noxious emissions, every car produced in Europe today is equipped with an exhaust gas<br />
catalyst and every catalyst contains PGMs. In 2009, 207.5 tons of platinum, palladium, and rhodium<br />
were used for the European production of car exhaust gas catalysts.<br />
Each type of car has a different engine and thus a different catalyst with a different PGM quantity. An<br />
auto-catalyst for a passenger car contains on average 4-5 grams of PGMs. Diesel cars require more<br />
platinum than petrol cars, while petrol catalysts contain significantly more palladium and rhodium, which<br />
is mined by the same mining companies.<br />
The three major suppliers of catalytic converters for cars are Johnson Matthey (31%), BASF Catalysts<br />
(31%) and Umicore (25%), together accounting for 87% of the global market. All three major catalyst<br />
companies are customers of <strong>Anglo</strong> Platinum and Johnson Matthey is its sole marketing agent. In 2009,<br />
<strong>Anglo</strong> Platinum supplied 31.28 tonnes PGMs for auto-catalysts (15% of the global demand in this field).<br />
If it is assumed that 5 grams of PGMs are used in one auto-catalyst, then, on average 6 256 000 cars<br />
get produced annually with catalytic converters made from <strong>Anglo</strong> Platinum PGMs (31 280 000 grams<br />
PGMs from <strong>Anglo</strong> Platinum/ 5 grams PGMs per car).<br />
According to the International Platinum Group Metals Association, the average family car would emit 15<br />
tons of toxic and harmful polluting gases (carbon monoxide, hydrocarbons and nitrogen oxides) over a<br />
10 year life if catalytic converters were not fitted to all new cars to remove 98% of pollution. Thus based<br />
on the above figures, 91 963 200 tonnes of emissions are prevented from being emitted into the<br />
atmosphere and instead only 1 876 800 tonnes of emissions occur, as a result of PGMs being used in<br />
catalytic converters originally produced by <strong>Anglo</strong> Platinum in 2009.<br />
The rate of recycling of PGMs in industrial applications is very high - over 90% in closed loops such as<br />
in chemical processes, glass manufacturing and petroleum refining. The rate of recycle is lower for open<br />
loop industrial applications like silicones or hard disks. Auto catalyst recovery rates are also lower than<br />
in closed loops but are continually improving. Data is being developed by the UNEP Global Metal Flows<br />
Working Group, led by Tom Graedel from Yale. Its interim report in December 2009 indicates Pt, Pd and<br />
Rh are in the group of 12 elements of the periodic table with the highest (>50%) rate of EOL recycling.<br />
All of the major products produced by <strong>Anglo</strong> Platinum have relatively high recycle rates at end-of-life<br />
which will also lead to emission being avoided in the production processes:<br />
• PGMs – 58%<br />
• Nickel – 80%<br />
• Copper – 63%<br />
The U.S. Environmental Protection Agency Office of Solid Waste estimated that recycling copper wire<br />
will lead to a net emission reduction of 5.1 tonne CO2/tonne copper wire recycled. Therefore, assuming<br />
35
all the <strong>Anglo</strong> Platinum copper is converted to copper wire, recycling of this copper wire will lead to 12<br />
412 tonnes of emission reduction. Due to a lack of information, similar figures for nickel and PGMs could<br />
not be calculated.<br />
¿<br />
Is question 17.1 relevant to your company?<br />
Yes<br />
17.1<br />
Please provide your total carbon dioxide emissions in metric tonnes CO2 from the combustion<br />
of biologically sequestered carbon i.e. carbon dioxide emissions from burning biomass/biofuels.<br />
0<br />
17.2<br />
Please explain why not.<br />
Further Information<br />
<strong>Anglo</strong> Base Metals’ Codemin operation in Brazil grows eucalyptus trees in order to produce woodchips,<br />
which act as a reductant in the nickel-smelting operation. We do not, however, calculate the CO2<br />
emissions from wood chips – the emission factor for woodchips is zero because we cultivate the<br />
plantations from which the timber is sourced.<br />
36
Page: Emissions 8<br />
18.1a<br />
Please describe a financial intensity measurement for the reporting year for your gross<br />
combined Scope 1 and Scope 2 emissions.<br />
If you do not consider a financial intensity measurement to be relevant to your company, select<br />
"Not relevant" in column 5 and explain why in column 6.<br />
Figure for<br />
Scope 1 and<br />
Scope 2<br />
emissions<br />
GHG<br />
units<br />
Multiple<br />
of<br />
currency<br />
unit<br />
Currency<br />
unit<br />
Financial<br />
intensity<br />
metrics<br />
Please explain if not relevant.<br />
Alternatively provide<br />
any contextual details that you<br />
consider relevant to<br />
understand the units or figures you<br />
have provided.<br />
We produce a wide range of products<br />
and are aiming to produce intensity<br />
metrics on a per tonne basis for each<br />
product, but cannot meaningfully<br />
aggregate these product intensities to<br />
give a Group intensity metric. We<br />
have internal emissions targets for<br />
each business unit which applies to<br />
both scope 1 and scope 2 emissions.<br />
Fluctuations in commodity prices also<br />
render any performance analysis on<br />
this basis meaningless.<br />
19100000.00<br />
Metric<br />
tonnes<br />
CO2-e<br />
Million<br />
USD($)<br />
Not<br />
Relevant<br />
18.1b<br />
Please describe an activity-related intensity measurement for the reporting year for your gross<br />
combined Scope 1 and Scope 2 emissions.<br />
Oil and gas sector companies are also asked to report activity-related intensity metrics in<br />
answer to table O&G1.3.<br />
If you do not consider an activity-related intensity measurement to be relevant to your company,<br />
select "Not relevant" in column 3 and explain why in column 4.<br />
Figure for Scope 1<br />
and Scope 2<br />
emissions<br />
GHG units<br />
Activityrelated<br />
metrics<br />
Please explain if not relevant. Alternatively<br />
provide<br />
any contextual details that you consider<br />
relevant to<br />
understand the units or figures you have<br />
provided.<br />
This is not a metric currently used by <strong>Anglo</strong><br />
<strong>American</strong>. For the purposes of reporting to the<br />
<strong>CDP</strong>, the value given was calculated and has not<br />
49.00<br />
Kilograms<br />
CO2-e<br />
per hour<br />
worked<br />
37
Figure for Scope 1<br />
and Scope 2<br />
emissions<br />
GHG units<br />
Activityrelated<br />
metrics<br />
Please explain if not relevant. Alternatively<br />
provide<br />
any contextual details that you consider<br />
relevant to<br />
understand the units or figures you have<br />
provided.<br />
been verified.<br />
19.1<br />
Do the absolute emissions (Scope 1 and Scope 2 combined) for the reporting year<br />
vary significantly compared to the previous year?<br />
No<br />
19.2<br />
Please explain why they have varied and why the variation is significant.<br />
20.1A<br />
Please complete the following table indicating the percentage of reported emissions that have<br />
been verified/assured and attach the relevant statement.<br />
Scope 1 (Q12.1)<br />
More than 80% but less than or equal to<br />
100%<br />
Scope 2 (Q13.1)<br />
More than 80% but less than or equal to<br />
100%<br />
Scope 3<br />
(Q15.1)<br />
Not verified<br />
20.1B<br />
I have attached a external verification statement that covers the following scopes:<br />
Scope 1<br />
Scope 2<br />
Further Information<br />
Attachments<br />
https://www.cdproject.net/Sites/<strong>2010</strong>/72/772/Investor <strong>CDP</strong> <strong>2010</strong>/Shared<br />
Documents/Attachments/Investor<strong>CDP</strong><strong>2010</strong>/Emissions-Other2/Ass statement.pdf<br />
38
Page: Emissions 9 Trading<br />
21.1<br />
Do you participate in any emission trading schemes?<br />
Yes<br />
21.2<br />
Please complete the following table for each of the emission trading schemes in which you<br />
participate.<br />
Scheme<br />
name<br />
Period for<br />
which data<br />
is supplied.<br />
Allowances<br />
allocated<br />
Allowances<br />
purchased<br />
Verified<br />
emissions -<br />
number<br />
Verified<br />
emissions -<br />
units<br />
Details of<br />
ownership<br />
European<br />
Union ETS<br />
Thu 01 Jan<br />
2009 - Thu<br />
31 Dec 2009<br />
1424549 0 916439<br />
Metric<br />
tonnes CO2<br />
Facilities we<br />
own and<br />
operate<br />
21.3<br />
What is your strategy for complying with the schemes in which you participate or anticipate<br />
participating?<br />
To meet its obligations under the Kyoto Protocol, the UK has been driving a decrease in GHG emissions<br />
through a series of regulations and initiatives, including the European Union Emissions Trading Scheme<br />
(EU ETS). This applies only to Tarmac’s cement and lime businesses, which have fully complied with all<br />
obligations under this scheme.<br />
21.4<br />
Has your company originated any project-based carbon credits or purchased any within the<br />
reporting period?<br />
No<br />
21.5<br />
Please complete the following table.<br />
Credit<br />
origination<br />
or credit<br />
purchase?<br />
Project<br />
identification<br />
URL link to<br />
project<br />
documentation<br />
Verified to<br />
which<br />
standard?<br />
Number<br />
of credits<br />
(metric<br />
tonnes of<br />
CO2-e)<br />
Credits<br />
retired?<br />
Purpose<br />
e.g.<br />
compliance<br />
39
Module: Climate Change Communications<br />
Page: Communications 1<br />
22.1<br />
Have you published information about your company’s response to climate change/GHG<br />
emissions in other places than in your <strong>CDP</strong> response?<br />
Yes<br />
22.2<br />
In your Annual Reports or other mainstream filing? (If so, please attach your latest<br />
publication(s).)<br />
Yes<br />
22.3<br />
Through voluntary communications such as CSR reports? (If so, please attach your latest<br />
publication(s).)<br />
Yes<br />
Further Information<br />
Attachments<br />
https://www.cdproject.net/Sites/<strong>2010</strong>/72/772/Investor <strong>CDP</strong> <strong>2010</strong>/Shared<br />
Documents/Attachments/Investor<strong>CDP</strong><strong>2010</strong>/Communications/AAplc Report to Society 2009.pdf<br />
https://www.cdproject.net/Sites/<strong>2010</strong>/72/772/Investor <strong>CDP</strong> <strong>2010</strong>/Shared<br />
Documents/Attachments/Investor<strong>CDP</strong><strong>2010</strong>/Communications/AAplc Annual report 2009.pdf<br />
Module: Mayday<br />
Page: Mayday<br />
Do you want to report back to the Mayday Network?<br />
If you answer yes, we will make your <strong>CDP</strong> submission and contact details available to the<br />
Mayday Network team at Business in the Community.<br />
Yes<br />
Step 4<br />
Do you encourage employees to reduce their carbon emissions at home and at work?<br />
Yes<br />
40
If yes, please tell us how?<br />
<strong>Anglo</strong> <strong>American</strong> encourages employees to reduce carbon emissions mainly through internal<br />
communications with energy-saving tips. We also did a light bulb exchange programme where<br />
employees in South Africa could exchange old incandescent bulbs with CFLs; and Chile has a<br />
programme where they offer employees loans with preferential rates for hybrid vehicles.<br />
Step 5<br />
Do you work in partnership with suppliers to reduce carbon emissions in the supply chain?<br />
Yes<br />
If yes, please tell us how?<br />
While this work area is in early stages, we do encourage responsible carbon management among<br />
suppliers via the <strong>Anglo</strong> <strong>American</strong> Supplier Sustainable Development Code, which suppliers are<br />
expected to comply with.<br />
Step 6<br />
Do you encourage your customers to take action on climate change?<br />
No<br />
If yes, please tell us how?<br />
Further Information<br />
Step 6 is not applicable as <strong>Anglo</strong> <strong>American</strong> is a mining company - our products are commodities.<br />
41