Tag: lithium

  • Russia is Becoming a Leader in Lithium Reserves

    Russia is Becoming a Leader in Lithium Reserves

    The exploration of the Kolmozero deposit of rare metals is being completed in the Kola Peninsula in Russia. As a result, the country will become one of the three leaders in lithium reserves, a strategically important element for modern industry.

    Simultaneously, Russia has achieved a significant milestone by completing the development of a technology that allows the extraction of lithium from pegmatites with an impressive yield of 98%. This breakthrough in extraction technology enhances Russia’s capabilities in lithium production.

    Speaking on 28 December 2023, Russia’s Natural Resource Minister Alexander Kozlov told the  Interfax News Agency that Russia will retain its leading position in the world in gas and gold reserves, and for scarce mineral types such as tungsten, lithium, uranium and rare earth metals.

  • New ‘water batteries’ safer and cheaper than lithium-ion

    New ‘water batteries’ safer and cheaper than lithium-ion

    RMIT has led a global team of researchers and industry partners in the development of a new recyclable ‘water battery’ that is expected to be much safer than lithium-ion batteries.

    Lithium-ion energy storage dominates the market due to its technological maturity, but its suitability for large-scale grid energy storage is limited by safety concerns with the volatile materials inside.

    Professor at RMIT’s School of Science and lead researcher, Tianyi Ma, said that their batteries were at the cutting edge of an emerging field of aqueous energy storage devices, with breakthroughs that significantly improve the technology’s performance and lifespan.

    “What we design and manufacture are called aqueous metal-ion batteries – or we can call them water batteries,” said Prof Ma.

    The team uses water to replace organic electrolytes – which enable the flow of electric current between the positive and negative terminals – meaning their batteries can’t start a fire or blow up, unlike their lithium-ion counterparts.

    “Addressing end-of-life disposal challenges that consumers, industry and governments globally face with current energy storage technology, our batteries can be safely disassembled and the materials can be reused or recycled.

    “The simplicity of manufacturing processes for the water batteries helped make mass production feasible.

    “We use materials such as magnesium and zinc that are abundant in nature, inexpensive and less toxic than alternatives used in other kinds of batteries, which helps to lower manufacturing costs and reduces risks to human health and the environment.”

    Energy-storage and life-cycle potential

    The team has made a series of small-scale trial batteries for numerous peer-reviewed studies to tackle various technological challenges, including boosting energy storage capacity and the lifespan.

    In their latest work, published in Advanced Materials, they’ve triumphed over a major challenge – the growth of disruptive dendrites, which are spiky metallic formations that can lead to short circuits and other serious faults.

    The team coated affected battery parts with a metal called bismuth and its oxide (otherwise known as rust) as a protective layer that prevented dendrite formation.

    “Our batteries now last significantly longer – comparable to the commercial lithium-ion batteries in the market – making them ideal for high-speed and intensive use in real-world applications.

    “With impressive capacity and extended lifespan, we’ve not only advanced battery technology but also successfully integrated our design with solar panels, showcasing efficient and stable renewable energy storage.”

    The team’s water battery is closing the gap with lithium-ion technology in terms of energy density, with the aim of using as little space per unit of power as possible.

    “We recently made a magnesium-ion water battery that has an energy density of 75 watt-hours per kilogram (Wh/kg) – up to 30 per cent that of the latest Tesla car batteries.”

    This research is published in Small Structures.

    “The next step is to increase the energy density of our water batteries by developing new nano materials as the electrode materials.”

    Prof Ma said that magnesium was likely to be the material of choice for future water batteries.

    “Magnesium-ion water batteries have the potential to replace lead-acid batteries in the short term – like one to three years – and to potentially replace lithium-ion batteries in the long term, five to ten years from now.

    “Magnesium is lighter than the alternative metals, including zinc and nickel, has a greater potential energy density and will enable batteries with faster charging times and better capability to support power-hungry devices and applications.”

    Potential applications 

    Prof Ma said that the team’s batteries were well suited for large-scale applications, making them ideal for grid storage and renewable energy integration – especially in terms of safety considerations.

    “As our technology advances, other kinds of smaller-scale energy storage applications such as powering people’s homes and entertainment devices could become a reality.”

    As part of an ARC Linkage project, Prof Ma’s team is continually developing their water batteries in collaboration with industry partner GrapheneX, a tech innovator based in Sydney.

    “We also collaborate closely with researchers and experts from renowned universities and research institutions in Australia, the US, the UK, Japan, Singapore, China and elsewhere.

    “These collaborations facilitate knowledge exchange and access to cutting-edge facilities. By drawing on this global team’s expertise in different areas, we can tackle the complex challenges involved from various angles.”

  • 445% Increase in Mineral Resource Estimate

    445% Increase in Mineral Resource Estimate

    Zinnwald Lithium plc is thrilled to announce a significant upgrade to its Mineral Resource Estimate (MRE) at the 100% owned Zinnwald Lithium Project in Saxony, Germany.

    Key Highlights:

    • 445% increase in tonnage and 243% increase in contained lithium in Measured and Indicated categories compared to 2018 MRE.
    • Second largest hard rock lithium resource in the EU by both size and contained lithium.
    • Inclusion of broader mineralized granite zone boosts potential production rates and project economics.

    CEO Quote:

    “This substantial increase in our Mineral Resource establishes Zinnwald as a strategically important project of scale within the EU,” said Anton du Plessis, CEO of Zinnwald Lithium. “The wider mineralized zone allows for more efficient mining techniques, potentially further increasing lithium production beyond our 2022 PEA projections.”

    Additional Notes:

    The updated MRE incorporates 26,911 meters of new drilling across 84 holes and a revised geological model.
    The statement was prepared by Snowden Optiro Ltd in accordance with NI 43-101 standards.

    About Zinnwald Lithium plc

    Zinnwald Lithium plc is a European-focused lithium company developing the Zinnwald Lithium Project, with the goal of becoming a leading domestic supplier of lithium hydroxide to the European battery industry.

  • Savannah Resources Initiates Contentious Lithium Mining Venture in Portugal

    Savannah Resources Initiates Contentious Lithium Mining Venture in Portugal

    Savannah Resources, a London-based company, has embarked on a lithium mining project in Boticas, Portugal, which has garnered significant attention due to potentially becoming Western Europe’s largest lithium mine. This initiative is part of a broader push to capitalise on Portugal’s lithium reserves, which are over 60 000 tonnes, positioning the country as a key player in Europe’s strategy to secure a more self-sufficient battery value chain and reduce dependency on imported raw materials.

    This initiatives was approved by the Portuguese Environmental Agency last year, conditional on some premises, for this initiative to take place. However, the project has encountered substantial legal and environmental challenges. Portuguese prosecutors have raised concerns about the environmental permit granted to the project, citing potential violations and the risks it poses to the local environment, including the Barroso region — a world heritage site recognised for its agricultural significance since 2018.

    The primary issues highlighted include the project’s potential impact on this heritage site, inadequate assessments of mining waste management, and water contamination risks. This is significant as poor environmental strategies in the context of mining projects, such as those involving lithium extraction, can have significant health repercussions, as well as, fundamentally eroding local human rights. This relationship stems from the fact that environmental degradation often directly impacts the fundamental needs and rights of local communities. For example, water contamination and air pollution can impinge on the right to clean water, and healthy living conditions.

    In regions where mining projects for things like precious metals are situated, the environmental consequences can seriously disrupt local ecosystems, leading to loss of biodiversity, soil erosion, alteration of water courses and the water table. Environmental impacts can, in turn, affect agricultural productivity and access to natural resources that local populations depend on for their livelihoods, thereby, infringing upon their right to food security and economic stability.

    The Prosecutor’s Office has requested that the Administrative Court of Mirandela, in Northern Portugal, to annul the approval of the Boticas mine on the basis that it “suffers from the defect of violating the law”. Additionally, the cumulative environmental impact of Savannah’s project and another nearby lithium initiative by Lusorecursos in Montalegre has not been fully considered, raising concerns about the broader implications for the region’s ecosystem. In response, Savannah Resources has expressed it’s readiness to address these concerns and stated that the legal actions do not hinder the project’s operations.

    The legal challenges faced by Savannah Resources, couple with the ongoing investigation into alleged illegalities in lithium and ‘green hydrogen’ deals in Portugal, which led to the then-Prime Minister Antonio Costa’s resignation, highlighting the delicate and volatile state of environmental policy. The case surely serves as a serious reminder of the importance of adhering to legal and environmental standards to ensure sustainable development and trust in the workings of political institutions.

    With that being said, navigating the complexities of lithium mining projects such as the one undertaken by Savannah Resources necessitates a multi-faceted approach to the policy making to ensure sustainable development. There are a number of cogent options available to the Portuguese state, notably, Chile’s approach to managing it’s lithium reserves and the associated environmental and regulatory challenges could offer relevant insights for Portugal.

    Chile has significant lithium reserves, the largest in the world, and has positioned itself as a key player in the global lithium market. Chile has established a legal and regulatory framework that treats lithium as a strategic mineral, limiting its extraction to state, state-owned companies, or private firms in partnership with the Chilean Production Development Corporation. This framework aims to ensure that lithium mining benefits the country, while mitigating environmental impacts. Chile’s experience highlights the importance of a clear regulatory framework that balances economic interests with environmental protection and social responsibility. Given Portugal’s significant lithium reserves, and the environmental concerns surrounding the Savannah Resources project, adopting a strategic approach similar to Chile’s could help Portugal navigate the complexities of mining. In this sense, implementing a framework, perhaps similar to Chile’s, would hold companies accountable for their environmental compliance and provide clear, actionable guidelines for conducting mining operations sustainably.

    The National Lithium Strategy, announced in April 2023, is the clear frameworks to “exploit lithium in Chile’s salt flats”. Perhaps with the longer-term goal of creating the “National Lithium Company”, which should lead to negotiations with private companies wishing to explore and exploit the salt flats. With the largest share of lithium deposits in the world, the Chilean state is looking to create a balance between private and public sectors.

    Furthermore, there is a critical need to enhance the rigor and comprehensiveness of Environmental Impact Assessments. By mandating the EIAs to consider the cumulative impacts of nearby projects, policymakers can gain a more holistic understanding of potential environmental consequences, thereby facilitating the implementation of effective mitigation strategies.

    Equally important is the engagement of local communities and stakeholders in the decision-making processes. Such involvement ensures that the concerns and insights of those most directly impacted by mining activities are heard, leading to mining practices that are not only more socially accepted but also sustainable. Developing clear forums for local discussion, perhaps through state initiatives, are the most cogent manner in which to develop clear community guidance.

    Accordingly, the protection of heritage sites also demands attention, with the development of specific guidelines and regulations aimed at ensuring mining activities do not encroach upon or degrade cultural and environmental values. This is particularly pertinent in areas like the Barroso region, which holds significant agricultural and cultural importance.

    Additionally, adopting a sustainable mining practice is another cornerstone of our policy recommendations. Urging the use of advanced technologies in waste management, investing heavily in protective measures, as well as, ensuring that companies are prepared to financially compensate locals for any issues that may arise are vital. Water protection is another serious issue. Minimising the environmental impact through continuous and public testing of the water table is vital. Precious metal mining, particularly lithium and copper mines, can be disastrous for local water supply if not persistently analysed. impACT implores the Portuguese state to consider establishing a public dataset for analysis of the regions ecological analysis.

    Fostering cross-sector collaboration stands out as a vital strategy. By encouraging partnerships between the mining sector, environmental agencies, and research institutions, innovative solutions can be developed for waste reduction, the recycling of mining by-products, and the implementation of conservation strategies. Adoption of a similar public-private model, like Chile’s, may prove a good method of this collaboration.

    Through the implementation of these policy recommendations, countries like Portugal, endowed with significant lithium reserves, can leverage their natural resources to fuel economic growth and achieve strategic autonomy in the battery value chain. This approach ensure not only the safeguarding of environmental heritage but also the well-being of local communities, thereby aligning economic interests with sustainable and responsible environmental stewardship.

     

  • Key German companies are creating a consortium for lithium mining in Kazakhstan: a new round in the lithium industry

    Key German companies are creating a consortium for lithium mining in Kazakhstan: a new round in the lithium industry

    During his working visit to Germany, Minister of Industry and Construction of the Republic of Kazakhstan Kanat Sharlapaev met with Manfred Grundke, member of the supervisory board of GP Günter Papenburg AG.

    Manfred Grundke, in addition to his role at GP Günter Papenburg AG, is also a member of the Board of Management of the Eastern Committee of the German Economy and speaker of the country group for Central Asia, which underlines his significant role in the development of economic relations between Germany and the countries of Central Asia.

    GP Günter Papenburg AG, founded in 1963, began as a construction materials trader and has grown over time to a significant size, with today 61 subsidiaries and production divisions. The company covers a wide range of activities, including the extraction of raw materials, the production of building materials, construction and logistics, which makes it a significant player in the market.

    During the meeting, the parties shared the countries’ economic performance over the past year, discussed the current economic achievements of Kazakhstan and Germany, and expressed mutual interest in deepening cooperation in the field of energy efficiency and developing supply chains for critical materials. Particular attention was paid to the possibilities of detailed cooperation, including subsoil use and the creation of joint ventures.

    A significant aspect of cooperation in the field of lithium production was also discussed. Leading companies – Knauf Gruppe, GP Gunter Papenburg AG, Roxtec, as well as the German Institute of Lithium (ITEL) have joined forces to form a consortium. This step is aimed at the development and production of lithium, using the deposits of Kazakhstan as a basis, which opens up new prospects for the development of the lithium industry in our country. 

    In addition, the parties reached an agreement to create a specialized working group aimed at exploring the potential for cooperation in the field of lithium mining and use. Additionally, we considered the prospect of developing a roadmap, which will become the basis for the successful implementation of the initiatives discussed.

  • European Lithium poised to become key player in production on the continent

    European Lithium poised to become key player in production on the continent

    European Lithium Ltd  is gaining traction in the lithium and rare earth sectors in its namesake target market, says Martin Place Securities, with a series of strategic initiatives placing it on a growth trajectory.

    The key drivers of this growth include the company’s Wolfsberg Lithium Project, a diverse portfolio that spans across Europe, and a listing on the Nasdaq.

    The company’s market capitalisation, as of January 30, stands at A$117 million.

    Revaluation due

    In its appraisal, Martin Place Securities suggests that the company’s stock is currently trading below its see-through asset backing of around A$0.80, indicating room for a substantial market revaluation.

    The report sets a value target of A$0.58 per share for European Lithium Ltd by the end of 2025.

    Martin Place Securities sees European Lithium as uniquely positioned to play a significant role in the European Union’s clean energy transition, especially with the EU’s target to phase in electric vehicles by 2035.

    The company’s diversified portfolio, strategic partnerships and involvement in critical mineral projects such as the Wolfsberg Lithium Project and the Tanbreez REE deposit, place it at the forefront of an industry poised for growth.

    Nasdaq milestone

    European Lithium’s flagship asset, the Wolfsberg lithium spodumene mining project, is slated for a Nasdaq listing, which is expected to impart a fully diluted value of A$0.61 per share, considerably enhancing the company’s market presence.

    The project, situated in Austria with a production capacity of 8.8ktpa LHM, is poised to become the first European Union producer of battery-grade lithium.

    A March 2023 definitive feasibility study (DFS) pointed to a net present value (NPV) of US$1,504 million, bolstered by high lithium hydroxide (LiOH) prices.

    “Wolfsberg would be one of the first operating lithium mines in Europe where EU regulations for the energy transition call for growing a major lithium industry to assist in the phasing in of electric vehicles there by 2035,” the report said.

    “BMW, recognising the need for security of supply, has entered into an offtake agreement with a US$15 million prepayment for all of the Wolfsberg Zone 1 output for its own battery manufacturing centre in Germany.”

    The company also has plans to access the largest lithium resource in Ukraine, which is also potentially one of Europe’s largest hard rock lithium resources.

    The report suggests that, following a resolution to the conflict in that country, an EU-Ukraine strategic partnership on critical raw materials could sponsor this development of the Shevchenkivske and Dobra deposits.

    Growth prospects in Austria and Ukraine

    The company is actively exploring additional lithium resource projects in Austria and is advancing towards acquiring significant lithium deposits in Ukraine.

    These ventures represent a strategic expansion and diversification of the company’s lithium asset portfolio.

    The lithium sector is showing signs of bottoming out, indicating a potential upswing that could benefit European Lithium’s strategic investments and market position.

    World’s largest REE deposit

    Along with its lithium exposure, European Lithium Ltd (ASX:EUR, OTCQB:EULIF) holds a 7.5% stake in the Tanbreez deposit in Greenland, touted as the world’s largest rare earth element (REE) deposit.

    The involvement in the Tanbreez REE deposit underscores European Lithium’s commitment to diversifying its portfolio in the critical minerals sector, aligning well with global trends and demands.

    This investment could yield a pass-through value potential of more than A$0.20 per European Lithium share, further enhancing the company’s asset base.

    The company is likely to target a Nasdaq listing for Tanbreez in 2025 to fund its development.

  • In search of lithium: subsoil will be studied in three regions of Kazakhstan

    In search of lithium: subsoil will be studied in three regions of Kazakhstan

    Three regions of Kazakhstan plan to begin studying the potential of lithium in 2025. LS was told about this by the Ministry of Industry and Construction.

    In response to a request from the editors, the department reported that they want to conduct geological surveys on a scale of 1:50,000 in the East Kazakhstan (Kalba-Narym ore zone), Almaty (Bayankol area) and Kyzylorda regions (Aral sedimentary basin).

    As for the amount of funding, the ministry explained that the amount required for research will be known after the development of design estimates in 2024. Source: state budget.

    “The study of the subsoil of the three objects is planned to begin in 2025 after drawing up design estimates and with the allocation of government funding,” the ministry summarized.

    Previously, the department informed LS that there are seven lithium deposits in the East Kazakhstan region. Thus, according to the ministry, the deposits are located in the Ulansky region. These include the Maralushenskoye tailings dump, the Bakennoye deposit, the Yubileinoye deposit, and the Medvedka deposit (reserve).

    Let us recall that in the East Kazakhstan region they want to build a mining and processing plant for the extraction and processing of lithium. The planned investment volume will be $100 million. Presumably, 170 people can get jobs at the enterprise. It is noted that the capacity of the project will be known after geological exploration and approval of reserves.

    According to President Kassym-Jomart Tokayev, up to 100 thousand tons of lithium are stored in the depths of Kazakhstan, which require serious investments.

    Meanwhile, the relevant ministry responded to LS’s request that the country’s state balance sheet lists lithium reserves in seven explored deposits.

  • Weardale Lithium launches public consultation on test scale lithium extraction plant

    Weardale Lithium launches public consultation on test scale lithium extraction plant

    Weardale Lithium is holding a community consultation event ahead of seeking planning permission to build a lithium extraction pilot plant.

    The company has been trialling the effectiveness of multiple direct lithium extraction (DLE) technologies to extract lithium from geothermal groundwater in Weardale, County Durham.

    The test scale facility would be located on the brownfield, former cement works at Eastgate, near Stanhope. It would involve groundwater being taken from existing high-specification wells to be transported via pipelines, negating the need for regular tanker movements on minor roads.

    Lithium is a critical raw material for electric vehicle batteries, but no commercial lithium production or refining currently takes place in the UK or Europe. Lithium produced and refined in the UK offers cost advantages, supply assurances and an environmental premium over foreign suppliers.

    The development of a pilot processing plant next to the wells ensures Weardale and the surrounding areas will receive the maximum economic benefit by ensuring processing is carried out on site.

    Initially, it is estimated the scheme will create 20 to 50 on site jobs plus additional employment within the local construction sector and supply chains.

    Scaling up to eventual commercial production could produce approximately 10,000 tonnes of lithium carbonate per year, creating around 125 jobs and generating an estimated £1bn of gross economic value for the region.

    Extraction from geothermal brines via DLE processes has been assessed by third parties to be more sustainable than alternative lithium sources. It is a low-impact, low-carbon and low-water usage method of extracting lithium from brines which Weardale Lithium intend to augment using renewable energy sources.

    The application site comprises four main parts:

    Two existing groundwater abstraction wells, south of the River Wear

    A new buried pipeline taking water from the wells to an existing gantry over the river.

    Pipeline gantry across the River Wear using the former conveyor bridge which previously took limestone from Eastgate Quarry to the former cement works. The pipelines will range from 75mm to 150mm in diameter.

    Construction of a pilot lithium processing plant on the former cement works site.

    The planning application is accompanied by comprehensive ecological, noise, air quality, highways, landscape, heritage, groundwater, surface water and flood risk assessments. For the first 12 months of the site’s operation, a Field Trials Stage will be conducted alongside the construction of the pilot plant.

    Stewart Dickson, CEO of Weardale Lithium, said: “Engaging with our neighbours, supporters and stakeholders is a key part of delivering a project that will generate both jobs and economic prosperity in the area whilst securing the supply of domestic lithium, which is of strategic importance to the UK’s net zero strategy.

    “We are keen to share our proposals with the community and look forward to welcoming visitors to the exhibition. We hope our application will gain their support and that the initial investment in lithium extraction can act as a catalyst to both grow the extraction process and attract other green technology operations to Weardale.”

     

  • Lithium in Serbia, then and now

    Lithium in Serbia, then and now

    Serbia is unique in the world because over 294,907 people (data from the Internet as of October 18th, 2023) deal with lithium and know everything about mining and obtaining lithium. According to data from 2021, 7,606 papers on lithium-ion batteries (the area of ​​greatest interest when it comes to lithium) were published in the world that year. If the average number of authors on each paper is five, this means that around 38,000 people worldwide deal with lithium. And in Serbia, eight times more people deal with lithium, that is, every 23rd resident of Serbia knows everything about the technology of mining and obtaining lithium.

    Although they acquired their knowledge about lithium from self-proclaimed lithium experts, it did not prevent them from considering themselves experts. (This is a worrying fact that shows how many people in Serbia believe inaccurate and wrong information from social networks.) Serbia still remembers how much damage the group and the party of self-proclaimed experts caused to Serbia. It was enough to consider yourself an expert and become a member of the expert party.

    Since two years ago, a group of self-proclaimed social network experts has emerged who know everything about the technology of mining and obtaining lithium. Some of these self-proclaimed “experts” have become known to the public as lithium “experts” even though they have never dealt with lithium, nor do they have any published work on lithium. The damage that these self-proclaimed experts will cause to Serbia will be calculated later.

    It all started in 2004, when the then Government of Serbia granted a permit for exploratory drilling to a multinational company. It goes without saying that whoever gets the right to exploratory drilling also gets the right to exploitation, if the results are positive. Lithium used to be, in 2004, the most harmless element of the periodic table, at least that’s what some of today’s “experts” advised the government. And also the most useful because in further contracting, according to the unwritten law on incorporation, it could be very useful for contractors from Serbia.

    When large deals are contracted, commissions are also large. Since their opportunity for contracting failed because someone else got the opportunity to mediate in contracting very large jobs, those same former advocates of lithium exploitation became the biggest opponents of that job, with the slogan “to stop everything”. Should others take a commission for the work they contracted first. They decided that they should pledge to postpone that work, until they have the opportunity to accomplish this great work.

    Our great “experts” for lithium need the citizens of Serbia, those who are not among the 294,907 “experts” for lithium, to explain how lithium, from the most harmless and most useful element of the periodic table in 2004, became the most dangerous and harmful element of the periodic table in 2020‒2021. Not even the “scientific” assembly at SAN gave an answer to this question. Anyone who has followed the literature on this subject knows that there have been no revolutionary discoveries in lithium chemistry (apart from advances in battery manufacturing). So the commission made lithium the most dangerous element.

    The Government of Serbia made the mistake of believing the stories of “experts”. The government (ministries of mining and energy, science and environmental protection) should have appointed a working group consisting of people from universities and institutes of various profiles (mining-geological, hydrological, agricultural, then chemists, physicochemists, technologists, machinists, biologists, etc. .), which would propose to the government a decision on this project based on all the existing documents or on the basis of some more that would be done, and on the basis of scientific literature and world experiences in this area.

  • The search for lithium is being intensified in three regions of Kazakhstan

    The search for lithium is being intensified in three regions of Kazakhstan

    Geological exploration companies in Kazakhstan will study the lithium potential of three regions of the republic to meet the growing demand for the rare metal. This statement was made by the head of the National Geological Service JSC Erlan Galiev during the EU-ROK partnership forum held in Belgium.

    The press service of the Ministry of Industry of the Republic of Kazakhstan reports that the state balance already includes six promising deposits where lithium can be extracted: Bakenny, Akhmirovskoye, Verkhne-Baymurzinskoye, Medvedka, Akhmetkino and Yubileinoye.

    The National Geological Survey expects to discover primary deposits of a rare metal in the southeast of Kazakhstan. According to Mr. Galiev, a significant amount of the fossil may be concentrated in the mineralized brines of the Aral sedimentary basin. In terms of its geological conditions, the object is similar to the Chilean Atacama salt marsh, which contains about 30% of the world’s metal reserves.

    They are also going to look for lithium and other rare and rare earth metals in Northern and Western Kazakhstan. In addition to new sites, the National Geological Service is interested in dumps and tailings from processing plants in the central and southern regions of the republic. Industrial waste also contains components that are valuable for extraction.