Exploring supply and demand solutions for renewable energy minerals War on Want fights against the root causes of poverty and human rights violation, as part of the worldwide movement for global justice.
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Research supported by London Mining Network This publication was produced with the financial and Yes to Life No to Mining. support of MCS Charitable Foundation. 01
Preface
A new ‘green’ industrial revolution is being and mineral extraction. The report argued lauded by many of the world’s governments that switching from an economy powered as the way to kick-start the global by fossil fuels to one powered by economy, following the economic turmoil renewable energy, while increasing energy generated by the Covid-19 pandemic. The consumption in the Global North, was drive towards a global energy system simply not an option. powered completely by renewable sources is being accelerated, as is the so-called Each new green technology has a potential ‘fourth industrial revolution’ which will for extractivist violence and worker merge the digital world with biological and exploitation. From Chile to China, physical innovation. technological supply chains across the globe are undergoing a reconfiguration But this embrace of a renewable energy that connects mines, smelters, seaports, transition adopts a resource-intensive power stations, huge logistics hubs and approach, focusing – often exclusively – renewable energy manufacturers. In this on replacing fossil fuel powered cars with process frontline communities, factory electric vehicles it attempts to keep the workers and floor shop assistants are also structure and scale of our current fossil being connected in chains of solidarity. fuel economy, only powered by renewables. This approach doesn’t In ‘A Material Transition’, we analyse the question the intense energy-use of the complexity of these supply chains and wealthiest societies or address unequal propose a path to supply chain justice energy distribution: whereby 3.5 billion which marries structural, regulatory people do not have access to electricity or change with a transition based on equity, clean cooking, and billions more only have justice, and a reduction of harm. enough electricity for a single household light bulb or to charge a mobile phone. For decades, War on Want has been engaged in the global struggle to challenge War on Want’s report, ‘A Just(ice) corporate power, guarantee justice for Transition is a Post-extractive Transition’, communities affected by extractivism and illustrated how the push to produce hold complicit governments to account. electric vehicle batteries, solar panels, Communities potentially affected by a clean energy storage, and wind turbine material transition, especially Indigenous components, was unleashing communities, must have their rights to unprecedented levels of ‘transition’ metal free, prior and informed consent over 02
whether extraction can take place That is why we are calling for a Global protected. Green New Deal, to fight for public policies that guarantee energy as a public Our call to the UK government is to good, reduce the number of road vehicles critically question resource use. We need and create state of the art, free public to transform our high-intensity, wasteful transit systems; and focus our and growth-oriented economy, so that technological innovation on mineral humanity can thrive within ecological recycling and circular production to limits. Human rights abuses must be reduce extraction, and generate abundant abolished from mineral supply chains and green jobs. issues of over-consumption must be urgently addressed.
Asad Rehman Executive Director War on Want A material transition: Exploring supply and demand solutions for renewable energy minerals
03
Glossary
Artisanal or small-scale mining: emphasising the need to reduce global Individual miners working independently, consumption and production while or in small collectives, rather than for a advocating a socially just and ecologically mining company. sustainable society Blockchain: A system to distribute Due diligence: The investigation or data across a network of computers via exercise of care that a reasonable person the internet. or business exercises to avoid harm. Chain of custody: Documentation Energy transition: A pathway toward of the list of all organisations that take transformation of the global energy sector custody, i.e. ownership or control, of a from fossil-based systems of energy product in a supply chain. production and consumption to zero- carbon systems. Circular economy: An economy where the value of products, materials and Extractivism: High-intensity, export- resources is maintained in the economy for oriented extraction of common ecological as long as possible, and the generation of goods rooted in colonialism and the notion waste minimised. that humans are separate from, and superior to, the rest of the living world. Circular society: A holistic social transformation in which not only waste Green conflict minerals: Conflict is minimised, but consumption itself minerals that are particularly associated is questioned. with the energy transition. Conflict minerals: Minerals that are Green energy technologies: mined in conditions of armed conflict and Technology that converts energy from human rights abuses, or which are sold or renewable, natural sources, or processes traded by armed groups. that are constantly replenished. Corporate social responsibility: Green extractivism: Human rights and A type of voluntary business self-regulation ecosystems sacrificed to endless extraction with the aim of being socially accountable. in the name of “solving” climate change. Critical minerals: Metals and non- Green growth: Fostering economic metals that are considered vital for the growth and development, while ensuring economic well-being of specific economies, that natural assets continue to provide the yet whose supply may be at risk and for resources and environmental services on which there is not existing or commercially which our well-being relies. viable substitutes. Gross Domestic Product: GDP is the Decoupling: The separation of the monetary value of all finished goods and material basis and environmental impact services made within a country during a of productive activities from economic specific period, it is used to estimate the growth. size of an economy and growth rate. Degrowth: A set of theories that Just Transition: A contested term, critique the concept of economic growth, but essentially a framework to encompass
continued 04 A material transition: Exploring supply and demand solutions for renewable energy minerals Rights. Human of Declaration Universal the under rights-holders are beings human all terms, In general duty-bearers. specific to relation in have entitlements who groups Rights-holder: yttrium. as welllanthanides, as scandium and fifteen the together, specifically occurring often elements metallic similar chemically Rare Elements: Earth economy. asustainable to economy extractive an from ashift to terms climate in refers Increasingly production. harmful from shifting are economies when livelihoods and rights workers’ secure to needed interventions social of a range Glossary EV: EU: Transparency Initiative EITI: Placement DSTP: Congoof the DRC: Parks Transformation of Industrial CTIP: responsibility CSR: specific conflict minerals) as defined (often gold and 3TG: Acronyms Electric vehicle Electric European Union European Extractive Industries Extractive Tin, tantalum, tungsten tungsten Tin, tantalum, Corporate social social Corporate Democratic Republic Democratic Chinese Circular Circular Chinese Deep Sea Tailings Sea Deep continued Individuals or social A group of of Agroup Development and Cooperation Economic OECD: Industrial Park IWIP: Assurance Mining Responsible IRMA: Organisations ILO: Development Sustainable and Metals Minerals, Mining, on Forum IGF: Metals and Mining of Council ICMM: Product GDP: Intergovernmental International Labour Gross Domestic Indonesia Weda Bay Weda Bay Indonesia Organisation for for Organisation Initiative for International International Strategic minerals: and electrical waste. electronic and metals high-cost recycling on focused when particularly recycling, metal for Aterm mining: Urban energy. that transmitting or storing extracting, for either fossil-fuels, replacing energy renewable to vital are which minerals those transition, of energy the minerals: Transition ore. an of fraction uneconomic the from fraction valuable the separating of process the over after left materials Tailings: ofdistribution a commodity. and production involved the in processes Supply chain: Mining waste. Tailings the are waste. Mining SDGs: REE: America US: Environment Programme UNEP: Environment Assembly UNEA: UN: Ireland Northern and Britain Great UK: Commission Exchange SEC: development goals The sequence of of sequence The United States of of States United United Kingdom of United Nations United US Securities and and Securities US Rare earth elements earth Rare Sustainable Sustainable United Nations Nations United United Nations Nations United
See critical minerals critical See In the context context the In . 05
Contents
1. Executive summary 06 2. Introduction 08 What the report is addressing and why 09 Transition minerals and the mining industry 11 Future demand for transition minerals 13 3. Global conflicts and transition minerals 15 Green and red all over 15 Mapping conflict and transition minerals 20 4. Supply chain governance 24 Transition supply chains 24 Initiatives and standards 26 Issues with due diligence 33 Conclusion 36 5. Towards a circular society 37 The circular economy and society 37 Green growth or degrowth? 39 Applying the circular economy 42 Squaring the circular economy 43 Post-pandemic opportunities 47 Conclusion 48 6. Recommendations 49 7. Case studies 53 8. Annex 1 64 9. Annex 2 71 10. References 77 06 A material transition: Exploring supply and demand solutions for renewable energy minerals fair access to the essential elements for a a for elements essential the to access fair and democratic on based ones to societies energy-intense our transform to need we ways many the embody They occurring. is it everywhere extractivism’ ‘green of rise the resisting are communities impacted West of Papua, forests the to Argentina of now. deserts the From happening are However, future. threats the these in increase to set are minerals transition for mining from arising conflicts of frontlines the on communities to threats and expansion, this with associated concerns rights human and are multiple environmental, social, governance Executive summary 1. Executive unjust, arbitrary and volatile transition. volatile and arbitrary unjust, an from profit companies mining time same at the while change, climate “solving” of name the in mining to sacrificed be can ecosystems extractivism’: the idea and human that rights frontier, mining new ‘green this have labelled Academics, communities and organisations planet. and people for andcarbon non-resource-intensive solutions low- planned, We carefully need rejected. be must and self-serving but powerful are industry, mining global the up make that those crisis’, particularly climate the of out way our ‘digging for arguing voices The materials. other on reliance our byachieved expanding be cannot transition this fuels, fossil from away transition rapidly and crisis, climate the tackle to crucial is it Although technologies. of energy renewable production the for volumes high at needed materials the minerals: transition of by extraction the unleashed be could that abuses rights human and destruction widespread potential the with deal to need urgent an is There 1 There There and coordination are desperately required. required. desperately are coordination and consolidation that means schemes and laws these of However, number chain. sheer the supply the along diligence due apply to aim that initiatives different of form the in hope is There minerals. transition of mining the from caused harm mitigate to necessary both Supply-side and solutions demand-side are region. the in expansion mining for landscape the detail, in illustrate, and mining nickel with associated trends worrying and impacts potential threats, the highlight studies case exclusive These respectively. countries both nickel in mining resisting directly Philippines by frontline organisations in Indonesia and written studies in-depth includes report This communities acrossimpacted globe. the with solidarity in act life. must We dignified Francis Tseng costs of the transition.” of the costs material the would who bear those involves actively which perspective internationalist an adopt we must so, doing in But future. green a for fight to collectively continue we must pandemics, and shortages, food byravaged floods, increasingly aworld we enter As good’. greater ‘the for necessary are harms these that granted for take can’t transition energy renewable
Conversations around a around Conversations 2
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Decarbonizing, decolonizing, democratizing and de-commodifying our carbon-intensive material world is going to require programmatic thinking. It is also going to necessitate the unleashing of enormous amounts of creative labour and inventive praxis to build public institutions, a public ecology and a public culture to allow us to survive and flourish on a warming planet. This will require spaces where very different kinds of technical, cultural, political and economic knowledge, labour and practice can meet and develop new modes of collaboration.3 Damian White
Suppliers and manufacturers must work with lifestyles. Such a change could be considered civil society, especially impacted communities, the creation of a circular society. to ensure the effectiveness and legitimacy of these due diligence initiatives. Even more What is needed first and foremost is a global importantly, we need to ensure there is a effort to bringing together those most level of mandatory compliance if the schemes affected by the problems at the heart of are to have any credibility. We must address transition minerals. Such a process should the lack of effective and binding mechanisms focus on those three key areas; international that ensure respect for human rights, by solidarity with those impacted by transition applying international legal norms which hold minerals; advancing initiatives needed to transnational corporations accountable for ensure fair and just global supply chains for their abuses. A just transition must be a renewable energy technologies; and pushing justice transition. for the fundamental societal changes needed to reduce unsustainable material consumption. On the demand side, there are a number of These three actions would be a key stepping practical solutions which could be initiated stone towards the transformation needed, in or accelerated to enable better-informed the UK, Europe, and globally. choices about our energy and resource consumption. These changes should lead to a circular economy, reducing the need for new resource extraction. However, it is not enough to switch to green growth (such as increasing the production of electric vehicles). A radical reduction of unsustainable consumption is the most effective solution, based on a fundamental change to Global North economies and © Mark Kerrison 08 A material transition: Exploring supply and demand solutions for renewable energy minerals 2. to a Business as Usual Scenario for 2050. for Scenario Usual as aBusiness to compared demand energy overall of reduction a42.5% in result would this Critically, by 2050. reached emissions all of 100% and by 2030, reached be to need will energy zero-emissions 80% C, 1.5 degrees exceeding from heating global prevent to that estimated is It change. climate avoid catastrophic to (C) order in Celsius 1.5 degrees below rise temperature aglobal keep to need the stresses climate crisis. The Agreement Paris the is which of pressing and obvious most the crises, multiple facing currently is world The towards renewable energy. While some some While energy. renewable towards and fuels away fossil from transition rapid a be must there achieve this, to order In provide a decent living for everyone. still and today use energy to compared 2050 in by 60% use energy overall reduce we can have that shown studies Further Introduction 5 4
the AGM ofBHP, theworld’sbiggest miningcompany. Colombia joinclimate justiceactiviststoprotest outside Frontline human rightsdefendersfromChile,Brazil and a significant impact on human health. human on impact a significant with violations, rights human ongoing and volatility political have intensified pandemic, by the compounded and inequalities, and injustices social with combined crises, environmental These shortages. water and biodiversity, widespread pollution, land of loss the crisis: ecological a deeper of part is crisis climate the That’s because crisis. climate the of heart the at issues structural the address to little do will accessed, and produced is energy ways unequal and undemocratic the addressing without energies, renewable with fuels fossil switching on only focuses that transition quarter of 2019,quarter first 26% to the in compared 2020, of quarter first the in energy global all of 28% nearly for counting energy renewable with underway, already is transition the that claim 6 – here we argue that any that we argue –here 09
All of these environmental crises can be linked Therefore we need to be mindful of not just to humankind’s increased use of natural reducing carbon, but of the latent effects of resources, which has more than tripled since extracting other resources required for the 1970.7 This dynamic is accelerating, with energy transition. Renewable energy material consumption projected to double by technologies, electric vehicles and battery 2060 from 2011 levels.8 As the International storage require high volumes of transition Resource Panel notes: “90% of biodiversity loss minerals. It is vital that we address how a and water stress are caused by resource rapid, unplanned and unjust transition extraction and processing. These same activities towards renewable energy could enable a contribute to about half of global greenhouse new wave of intensive extraction of minerals, gas emissions.”9 On top of this, the use of these resulting in widespread ecological resources and their benefits are unevenly destruction and human right abuses. distributed across countries and regions globally. Material consumption in high-income There are three key considerations to countries is around 27 tons per person, which ensure that carbon reduction does not come is 13 times that of low-income countries.10 at the expense of climate-critical ecosystems, communities, or respect for human rights: Annually, the extraction of metals and 1. The transition must include a ‘Just minerals has risen significantly, from 11.6 Transition’ for workers as well as billion tons in 1970 to 53.1 billion tons in 2017, communities.14 accounting for 20% of climate impacts.11 The World Bank points out that “the mining 2. Supply chains for these materials must be industry consumes up to 11% of global energy appropriately managed to avoid negative use, while 70% of mining projects from the social and environmental issues occurring. six largest mining companies operate in Deeper understanding of criteria, water-stressed regions”.12 standards and technologies is needed to ensure fair and just global supply chains for renewable energy technologies, as well as A successful response to the the ethical procurement of these energies. climate crisis will have multiple benefits… such as cleaner air and 3. The consumption of these minerals needs to be carefully considered and reduced oceans and forest reclamation. Less where possible, to lessen the predicted obvious, but also important, is the impacts. economic impact of climate policy. Climate protection requires a massive new wave of investment, What the report is addressing reinventing energy and other and why carbon-emitting sectors. New low-carbon technologies must be This report aims to critically examine these created, installed and maintained issues. In considering the environmental and on a global scale.13 social impacts of the global supply chain of transition minerals, it seeks to develop key United Nations Conference on policy proposals and innovative criteria for Trade and Development industry and governments, to ensure that renewable energy is procured ethically and fairly. Its purpose is to inform and educate 10
Post-extractivePOST-EXTRACTIVE transition TRANSITION
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the public – especially downstream users of specific moral and historical responsibility renewable energy – and help shift the wider regarding the mining industry. As such, this climate debate, pushing for more scrutiny report focuses on the UK’s role as a hub for of the mining industry and the consumption the global mining industry’s power – and on of energy. the transformations needed here to guarantee a just transition. This report places community voices centre- stage, ensuring that their demands are heard while recognising that they are at the heart Transition minerals and the of grassroots-led solutions, which can help mining industry us mitigate climate change impacts, protect climate-critical ecosystems and create fairer, Section 3 of this report looks in greater more just and caring societies. detail at the different transition minerals and their impacts. However, it is worth making a It is important to stress that this is not a few introductory comments on transition rejection of the need for a transition towards minerals, the mining industry and the a system of sustainable, renewable energy predictions being made about the amount of provision. The issues raised should not deter minerals required for the energy transition. the replacement of fossil fuels with renewables. Instead, they should alert us to The concept of transition minerals covers potential dangers, create ways to mitigate any a range of different metals in different damage, and question the scale and nature of technologies including the generation of the renewable energy transition. This report energy (particularly solar and wind), its is designed to encourage and support the storage in batteries, and its transmission. deployment of renewable technologies in a The diagram from a recent report by the truly sustainable manner, by arguing that a Institute for Sustainable Futures, University circular approach is more positively effective. of Australia, conveys a sense of the metals A circular approach critically reduces overall used in renewable energy technologies, material use, where maintaining the status their application and relative importance quo will only seek to replace the scale of the to these technologies.15 fossil fuel economy with renewables, to devastating effect. The mining industry has profited from the growing demand for resources, including from As a UK-based organisation War on Want mining coal. While it is being forced to divest feels a particular responsibility towards the from coal, as the threats of climate change role that London plays financing and threatens have turned the polluting fossil fuel sponsoring the mining industry. Most of the into stranded asset with rapidly diminishing big mining companies, and many of the smaller economic value, mining companies are now mining companies, have London offices or are seeking to develop production to cash in on listed on the London Stock Exchange. The transition minerals. The mining entrepreneur mining industry’s key lobbying organisation, Robert Friedland recently addressed a the International Council on Mining and conference: “If we get a Green New Deal Metals (ICMM), is based in London, as is the where bankers just hit the zero keys … it world’s most important metals price-fixing would make our day, all of us in this audience. mechanism, the London Metal Exchange. The It would be quite phenomenal.”16 UK government, and those with a financial stake in the UK money markets, thus carry a 12
The concern with this is twofold. Firstly, Small-scale mining is frequently accused of profits would drive the transition agenda, being primitive and dangerous, while and with it green extractivism, rather than a industrial mining is considered safe and desire to ensure the safest and most just progressive.19 Although artisanal mining can energy transition. Secondly, and equally be vulnerable to a number of risks – problematic is that mining companies will be including forced labour and exploitation, and able to claim that their expansion is justified can collectively cause environmental damage, by the energy transition and will attempt to it can be socially and economically beneficial. ‘green-wash’ their reputations by claiming Whereas large-scale mining, as we will see in green credentials.17 section 3, is often responsible for significant social and environmental damage. There are two other points worth stressing about the global mining industry. The first is Secondly, the exploitation of artisanal miners, scale. The majority of minerals are extracted and the developing countries they are working by large-scale, mechanised industrial mining. in, happens along the supply chain almost The size of these mines, and their impacts, are unnoticed. Bolivia is internationally recognised growing as miners chase lower quality grades as one of the top producers of indium, which of minerals. However, small-scale or artisanal is recovered as a by-product of smelting zinc mining – where individual miners work and tin ore, supplied by cooperatives from the independently or in small collectives – still Bolivian highlands. The concentrations of exists, and indeed flourishes. The World Bank indium are small, but the price is high. A material transition: Exploring supply and demand solutions for renewable energy minerals estimates that approximately 100 million However, research by Make ICT Fair and people (including workers and their families) CATAPA has uncovered zero income from depend on artisanal mining, compared to indium is recorded as going to the Bolivian about seven million people worldwide who cooperatives, who are only being paid for the depend on industrial mining.18 zinc, silver, lead or tin in the ore. The profits
Battery and EV material intensity and recycling
Materials Al Cu Li Co Ni Mn Dy Nd Aluminium Copper Lithium Cobalt Nickel Manganese Dysprosium Neodymium
Current 220 220 113 124 415 406 0.083 kg/ 0.695 kg/ materials vehicle vehicle intensity [t/GWh]
Future 220 220 411 0 0 0 0.083 kg/ 0.695 kg/ technology vehicle vehicle [t/GWh]
Current 70% 70% 0% 90% 90% 0% 0% 0% recycling rate [%]
Potential 95% 95% 95% 95% 95% 95% 95% 95% recycling rate [%]
Note: Current materials intensity based on an assumed market share of a range of LIB technologies: NMC (60%), LMO (20%), NCA (15%), and LFP (5%)46. Future technology based on introduction of Li-S batteries.47 Current recycling rate based on a collection efficiency of 100% and recovery rates from various studies. Potential recycling rate based on assumption of 95%. Source: Dominish, E., Florin, N. and Teske, S., 2019, Responsible Minerals Sourcing for Renewable Energy, Earthworks, Institute for Sustainable Futures, University of Technology Sydney © Enough Project 13
However, forecasting future demand is difficult, and these are only predictions. The uncertainty surrounding the demand for transition minerals is due to a number of factors, including levels of demand for energy, which is highly political and hotly contested; the quantity of energy produced by renewables (including which technologies are used); and the specific material requirements for these renewable technologies.
Child miners as young as 11 in Kaji, Technological and economic changes must eastern Congo. also be anticipated, such as increases in material efficiency and the substitution of expensive metals with cheaper ones. Likewise, are instead being accrued by the smelting estimated reserves of a given mineral can vary companies, including Korea Zinc and Nyrstar.20 over time depending on new discoveries, new technologies, and the market price. As technology improves and demand increases, Future demand for transition pushing up prices, commercially viable minerals reserves will increase. It is important to stress that there are a number of complex factors which produce widely different results, There is no shortage in predictions of the depending on the initial assumptions used. In demand for transition minerals, and many – an industry notorious for boom-and-bust especially from financiers – make sizeable cycles, this becomes all the more problematic. forecasts. A 2018 study by André Månbergera and Björn Stenqvistb projected The time frame used in estimates also varies, vast increases in demand for materials as many results concern themselves with the between 2015 and 2060: 87,000% for EV next 10 to 30 years in order to comply with batteries, 1,000% for wind power, and deadlines in the Paris Agreement or the 3,000% for solar cells and photovoltaics.21 Sustainable Development Goals. Others consider, with more difficulty, the next 50 to Each mineral carries a different 100 years. To add a further layer of complexity, demand risk depending on whether the term ‘strategic’ (or critical) minerals is it is cross-cutting (needed across a used, sometimes synonymously, with transition range of low-carbon technologies) or minerals. However, the term strategic minerals generally refers to country-specific concerns concentrated (needed in one specific around supply shortages, either for economic technology). Absolute production or defence reasons; which tend to be of a numbers and relative increases in narrower focus and more short-term than the demand for each mineral may also global sustainable resource concerns around play a role in their ability to meet transition minerals.23 supply as well as have climate and environmental implications.22 Two separate World Bank reports on climate-smart mining illustrate why caution is World Bank Group necessary. The World Bank argues for the 14
economic benefits of transition minerals. Its that there should be a direct swap from 2017 report, supported by the ICMM, combustion engine vehicles to electric projected a 965% increase in the global vehicles, rather than any consideration of demand for lithium by 2050, and a six-fold other transportation options. The second increase in demand for cobalt during the same reason is because far too often predictions period for a 2 degree C climate scenario, i.e. typically rest on optimistic forecasts, or only the upper limit of temperature growth to focus on business-as-usual scenarios, i.e., avoid significant and potentially catastrophic economic growth with some recycling changes to the planet.24 Its 2020 report uses a measures added. By using business-as-usual similar methodology, yet estimates smaller predictions, the mining industry is attempting figures for cobalt, and estimates demand for to justify its expansion. We will examine lithium will increase by approximately 500% these justifications in section 6. by 2050.25 The 2020 report appears more cautious primarily because The World Bank Building hopes on the factored recycling and reuse into its estimated numbers, which it had not done in 2017. anticipated boom in demand for the so-called critical minerals poses risks because nobody knows with We urge the World Bank Group certainty what the future of to prioritize recycling, efficiency, technology has in store – circular economy, public transit,
A material transition: Exploring supply and demand solutions for renewable energy minerals particularly affecting the uncertain and other non-mining solutions as demand for minor metals with few the primary components of its and specific, mostly high-tech, “Climate-Smart” agenda … We are applications. Today’s technology – alarmed to note that the World Bank and its associated mining has closely partnered with mining requirements – can become companies in developing and yesterday’s news at a speed that far launching its new Climate-Smart outpaces the adaptability of mines, Mining Facility, putting mining threatening to leave these resource- company agendas and interests intensive investments obsolete and before protections to safeguard and economically stranded.28 benefit workers, communities and the environment.26 Columbia Center on Sustainable Investment Civil society letter to the World Bank
It is worth bearing these problems in mind for two reasons. Firstly, because predictions are sometimes stated as fact, such as in the recent Science Journal article which argues that in order to mitigate climate change, “between 2015 and 2050, the global EV [electric vehicle] stock needs to jump from 1.2 million light-duty passenger cars to 965 million passenger cars”.27 The assumption is 15
3. Global conflicts and transition minerals
Green and red all over Green extractivism is threatening communities around the world, however, although there is ample documentation of The mining and processing of metals has long conflicts in Africa and Latin America, detailed been associated with conflict for affected research is lacking regarding the serious communities. The Global Environmental situation of increased mineral mining in Asia. Justice Atlas lists 3,303 cases of socio- As such, this report includes two in-depth environmental conflict, as of 27 October case studies, written directly by movements 2020. The mining of mineral ores and and communities in Indonesia and the building materials represents 646 of these Philippines on the frontlines of conflicts cases, more than any other category listed surrounding nickel mining. These can be in the Global Environmental Justice Atlas. accessed at the end of this report. At least 273 conflicts are related to the extraction of transition minerals, which is There are a number of factors that cement just under one tenth of the total number the relationship between mining and conflict. of cases.29 © THPStock Noumea, New Caledonia. Nickel mining and smelting operations in the harbour. New Caledonia accounts for roughly 10% of the worlds known nickel supply. 16
Selected sites of struggle associated with transition materials Project: Bayan Obo Rare Earths Mine Region: Inner Mongolia Company: Baogang Group, Baotou Iron and Steel Group (China) Mineral: ENVIRONMENT Rare earths, iron ore, niobium ISSUES Project: Dexing Mine Project: Norilsk Mining Region: Shangrao Region: Krasnoyarsk Krai Company: Jiangxi Copper Corporation (China) Company: Norilsk Nickel (Russia) Mineral: Copper, gold Mineral: Nickel, copper, cobalt Project: Tamo Copper Mine AIR Region: POLLUTION Shethongmon, Tibet Company: Mining Departament (China) Mineral: Copper Project: Zijinshan Mine BIODIVERSITY Region: Fujian Company: LOSS A Zijinshan Gold & Copper Mine (China) Mineral: Copper, gold Project: Guangxi Rare Earths A A A Region: Guangxi DEFORESTATION Company: Chinalco Rare Earth & Metals (China) Mineral: Rare earths Project: Vale Mining Region: Voisey’s Bay Company: Vale (Canada, Brazil) MINE WASTE Mineral: Nickel, copper, cobalt
SOIL EROSION Project: Bingham Canyon Project: Zambales Nickel Mining Region: Utah E A E Region/community: Zambales Company: Rio Tinto (UK, Australia) A E A Project: Bou Azzar Company: LNL Archipelago Minerals Inc (Philippines), Mineral: Copper Zambales Diversified Metals (Philippines) Region: Drâa-Tafilalet Metal/mineral: Nickel WATER ISSUES Company: Managem Group (Morocco) A Mineral: Cobalt Project: Taganito Nickel Mining Region/community: Surigao del Norte Company: Taganito (Philippines), Pacific Metal, SOCIAL & Sumitomo Metal Mining (Japan) A material transition: Exploring supply and demand solutions for renewable energy minerals ECONOMIC Metal/mineral: Nickel, rare metals ISSUES Project: Cerro Corona Gold Mine Project: Fenix Mining A A Project: Coral Bay Nickel
Region: Cajamarca Region: Izabal Region: Palawan
Company: Gold Fields (South Africa) Company: Solway (Switzerland) Company: Coral Bay Nickel Corporation (Japan) Mineral: Copper, gold Skye Resources (Canada) Mineral: Nickel Mineral: Nickel Project: Tintaya Copper Mine E CHILD & FORCED Region: Cuzco A E A A LABOUR Company: Glencore (Switzerland) Mineral: Copper
Project: Cerro Verde Project: Mutanda & Kamoto Mines
Region: Arequipa E A Region: Katanga COMMUNITY Company: Freeport McMoran (USA) E Company: Glencore (Switzerland) E A A CONFLICT Sumimoto Corporation (Japan) Mineral: Copper, cobalt Mineral: Copper A E A A A E EA Project: Toquepala E A A Region: Moquegua CORRUPTION Company: Grupo Mexico (Mexico) A Mineral: Copper A A A A E A E A Project: Lithium Extraction Bolivia CULTURAL LOSS Region: Potosi E Project: Ambatovy Mining Company: Posco (Korea) Region: Alaotra-Mangoro Citic Group (China) Company: Sumitomo Corp.(Japan) & Mineral: Lithium Korea Resources Corp. (South Korea) A A Mineral: Nickel, cobalt Project: HEALTH ISSUES San Vicente Silver Mine Region: Potosi A E A Company: Pan American Silver Corp (Canada) Mineral: Copper, silver, zinc, gold Project: Fenix Project Region: Catamarta, Salta & Jujuy Project: Company: FMC Lithium Corp & Livent (USA) IMPACTS OF Mopani Copper mines WOMEN Galaxy Resources (Australia) Region: Mineral: Lithium Copperbelt Project: Monywa Letpadaung Company: Glencore Region: Sagaing (Switzerland) Company: Myanmar Economic Mineral: Copper, cobalt Project: Weda Bay Project: Lithium Mining, Salar De Atacama Corporation (Mynmar) Project: OK Tedi Copper Mine Chinese Wanbao Mining (China) Region: North Maluku MILITARISATION Region: Region: Western Province Atacama Ivanhoe Mines (Canada) Company: Eramet (France), Company: Company: Rockwood Lithium Ltd, Mineral: Copper Tsingsham Group (China) BHP Billiton (UK, Australia) Project: Sossego Copper Mine Albemarle Corporation (USA) Mineral: Nickel Mineral: Copper Mineral: Lithium Region: Pará Company: Anglo American (UK) Project: Ramu Nickel Mining WORKERS ISSUES Project: Salvador Division Vale, Salob (Brazil) Region: Madang Province Project: Region: Atacama Mineral: Copper Goro Nickel Project Company: MCC Ramu (China) Company: Codelco (Chile) Region: South Province Mineral: Nickel Mineral: Copper Project: Onca Puma Nickel Mining Company: Vale (Brazil) Region: Pará Project: Grasberg Mine Mineral: Nickel, cobalt Project: Panguna Mine Project: Candelaria Copper Mining Company: Vale (Brazil) Project: Ivanplats Platreef Mine Region: West Papua Region: Bougainville Region: Atacama Mineral: Nickel Region: Limpopo Company: Freeport McMoran (USA) Company: Rio Tinto (UK, Australia) Company: Lundin Mining Corp (Canada) Company: Ivanhoe Mines (Canada) Rio Tinto (UK, Australia) Mineral: Copper, silver, gold Mineral: Copper, gold, silver Mineral: Platinum, rhodium, nickel, copper Mineral: Copper, gold 17
Project: Bayan Obo Rare Earths Mine Region: Inner Mongolia Company: Baogang Group, Baotou Iron and Steel Group (China) Mineral: ENVIRONMENT Rare earths, iron ore, niobium ISSUES Project: Dexing Mine Project: Norilsk Mining Region: Shangrao Region: Krasnoyarsk Krai Company: Jiangxi Copper Corporation (China) Company: Norilsk Nickel (Russia) Mineral: Copper, gold Mineral: Nickel, copper, cobalt Project: Tamo Copper Mine AIR Region: POLLUTION Shethongmon, Tibet Company: Mining Departament (China) Mineral: Copper Project: Zijinshan Mine BIODIVERSITY Region: Fujian Company: LOSS A Zijinshan Gold & Copper Mine (China) Mineral: Copper, gold Project: Guangxi Rare Earths A A A Region: Guangxi DEFORESTATION Company: Chinalco Rare Earth & Metals (China) Mineral: Rare earths Project: Vale Mining Region: Voisey’s Bay Company: Vale (Canada, Brazil) MINE WASTE Mineral: Nickel, copper, cobalt
SOIL EROSION Project: Bingham Canyon Project: Zambales Nickel Mining Region: Utah E A E Region/community: Zambales Company: Rio Tinto (UK, Australia) A E A Project: Bou Azzar Company: LNL Archipelago Minerals Inc (Philippines), Mineral: Copper Zambales Diversified Metals (Philippines) Region: Drâa-Tafilalet Metal/mineral: Nickel WATER ISSUES Company: Managem Group (Morocco) A Mineral: Cobalt Project: Taganito Nickel Mining Region/community: Surigao del Norte Company: Taganito (Philippines), Pacific Metal, SOCIAL & Sumitomo Metal Mining (Japan) ECONOMIC Metal/mineral: Nickel, rare metals ISSUES Project: Cerro Corona Gold Mine Project: Fenix Mining A A Project: Coral Bay Nickel
Region: Cajamarca Region: Izabal Region: Palawan
Company: Gold Fields (South Africa) Company: Solway (Switzerland) Company: Coral Bay Nickel Corporation (Japan) Mineral: Copper, gold Skye Resources (Canada) Mineral: Nickel Mineral: Nickel Project: Tintaya Copper Mine E CHILD & FORCED Region: Cuzco A E A A LABOUR Company: Glencore (Switzerland) Mineral: Copper
Project: Cerro Verde Project: Mutanda & Kamoto Mines Region: Arequipa E A Region: Katanga COMMUNITY Company: Freeport McMoran (USA) E Company: Glencore (Switzerland) E A A CONFLICT Sumimoto Corporation (Japan) Mineral: Copper, cobalt Mineral: Copper A E A A A E EA Project: Toquepala E A A Region: Moquegua CORRUPTION Company: Grupo Mexico (Mexico) A Mineral: Copper A A A A E A E A Project: Lithium Extraction Bolivia CULTURAL LOSS Region: Potosi E Project: Ambatovy Mining Company: Posco (Korea) Region: Alaotra-Mangoro Citic Group (China) Company: Sumitomo Corp.(Japan) & Mineral: Lithium Korea Resources Corp. (South Korea) A A Mineral: Nickel, cobalt Project: HEALTH ISSUES San Vicente Silver Mine Region: Potosi A E A Company: Pan American Silver Corp (Canada) Mineral: Copper, silver, zinc, gold Project: Fenix Project Region: Catamarta, Salta & Jujuy Project: Company: FMC Lithium Corp & Livent (USA) IMPACTS OF Mopani Copper mines WOMEN Galaxy Resources (Australia) Region: Mineral: Lithium Copperbelt Project: Monywa Letpadaung Company: Glencore Region: Sagaing (Switzerland) Company: Myanmar Economic Mineral: Copper, cobalt Project: Weda Bay Project: Lithium Mining, Salar De Atacama Corporation (Mynmar) Project: OK Tedi Copper Mine Chinese Wanbao Mining (China) Region: North Maluku MILITARISATION Region: Region: Western Province Atacama Ivanhoe Mines (Canada) Company: Eramet (France), Company: Company: Rockwood Lithium Ltd, Mineral: Copper Tsingsham Group (China) BHP Billiton (UK, Australia) Project: Sossego Copper Mine Albemarle Corporation (USA) Mineral: Nickel Mineral: Copper Mineral: Lithium Region: Pará Company: Anglo American (UK) Project: Ramu Nickel Mining WORKERS ISSUES Project: Salvador Division Vale, Salob (Brazil) Region: Madang Province Project: Region: Atacama Mineral: Copper Goro Nickel Project Company: MCC Ramu (China) Company: Codelco (Chile) Region: South Province Mineral: Nickel Mineral: Copper Project: Onca Puma Nickel Mining Company: Vale (Brazil) Region: Pará Project: Grasberg Mine Mineral: Nickel, cobalt Project: Panguna Mine Project: Candelaria Copper Mining Company: Vale (Brazil) Project: Ivanplats Platreef Mine Region: West Papua Region: Bougainville Region: Atacama Mineral: Nickel Region: Limpopo Company: Freeport McMoran (USA) Company: Rio Tinto (UK, Australia) Company: Lundin Mining Corp (Canada) Company: Ivanhoe Mines (Canada) Rio Tinto (UK, Australia) Mineral: Copper, silver, gold Mineral: Copper, gold, silver Mineral: Platinum, rhodium, nickel, copper Mineral: Copper, gold 18
The prime reason being that a commercially • internal conflict within communities, recoverable mineral resource is located in a featuring local bribery and corruption fixed place. Any mining company seeking to • conflict from influx of workers and extract the mineral must therefore respect potentially settlers the rights of any communities living on or nearby the deposit if it wants to mine. • conflict between small-scale miners and Adding to this tension is the significant scale communities, or between small-scale of potential disruption. miners and mining companies • gross human rights abuses, including Specific environmental and social issues, murder, torture, forced labour and slavery which can apply to ore smelting and/or processing, as well as mining, are: • threats and killings of human rights, environmental or land defenders, and • loss of land and displacement of social leaders communities, without adequate compensation • gender violence, including rape and increased domestic violence • destruction of habitat and impact on local biodiversity • militarisation and the risk of armed conflict, including the struggle to control the mineral • potential impact from the building of resources infrastructure
A material transition: Exploring supply and demand solutions for renewable energy minerals • soil erosion, lack of access to farming land Although responsible mineral sourcing and water initiatives have tended to focus on armed conflict, increasingly, interest is being shown • dumping of waste, with potential accidents, in all of the issues listed above. and pollution of air, soil, ground and surface water
The International Institute for Sustainable • loss of livelihoods and food insecurity Development has mapped the link between minerals for the energy transition (what they • micro and macro-economic dependence, call “green conflict minerals”) and states that with corruption, tax avoidance and money are both fragile and corrupt. A picture laundering emerges of potential hotspots of increased • health impacts from water or air pollution fragility, conflict and violence resulting from growing mineral extraction. Regionally, they • health and safety issues for workers, and highlight hotspots which are concentrated in child labour South America, Sub-Saharan Africa and • gender-specific impacts, particularly around Southeast Asia.30 A separate 2017 review of livelihoods and food security mining and conflict by the Canadian International Resources and Development • cultural and spiritual impacts, particularly Institute, unrelated to the energy transition, for indigenous peoples noted that conflict was focused in Latin American countries (46%), followed by Africa The types of conflict vary, but include: (24%), and Asia (17%). These regions comprise • conflict over the issues above, particularly more than 87% of all reported conflicts.31 access to land, water or pollution issues 19
The World Bank considers Latin America as and the ample reserves in ‘traditional’ mining the primary potential supplier of transition countries including the USA, Canada and minerals.32 It describes a shift in energy Australia. However, it is highly likely that power from oil and gas producing countries there will be significant impact at the regional – for instance in the Middle East – to those or community level where projects move able to supply materials for renewable from, for instance, coal or gas, to cobalt, energy, particularly in Latin America. The lithium or nickel. World Bank lists notable Latin American reserves including aluminium, copper, iron Huge conflict potential ... lies ore, lithium, manganese, nickel, silver and behind the sudden and rapidly zinc. It also considers Africa – with its growing surge in demand for certain reserves of aluminium, chromium, cobalt, manganese, and chromium – as a major raw materials. United Nations supplier of these resources. studies have shown that over 40% of all armed internal conflicts in the It is worth noting that there may be less past 60 years have involved violent overall change, given China’s continued clashes over natural resources dominance over many of the metals – (including minerals).33 especially rare earth elements, which we discuss below – required to supply Professor Raimund Bleischwitz, technologies in a carbon-constrained future, University College London
Where does China’s dominance lie in the lithium ion battery to EV supply chain?
China’s share of production % in full year 2019*