E3 Lithium and Pure Lithium Collaborate to Revolutionize Lithium Metal Battery Production

E3 Lithium

Canadian lithium developer E3 Lithium and innovative battery manufacturer Pure Lithium have signed an agreement to push the boundaries of lithium metal battery production. The two companies will design a lithium metal anode and battery pilot plant near Calgary, Alberta, leveraging lithium concentrate produced by E3.

Simplifying Lithium Battery Production

The partnership aims to evaluate the technical and economic feasibility of a full-scale lithium metal battery facility located adjacent to lithium production sites in Alberta. By merging Pure Lithium’s brine-to-battery technology with E3’s lithium brines and concentrate production, the collaboration seeks to eliminate the need for a lithium salt intermediary, streamlining the battery production process.

The companies have been working together since mid-2022, achieving a major milestone when Pure Lithium produced a lithium metal battery using E3’s lithium concentrate.

A Vision for Vertical Integration

Once the pilot project is complete, the facility is expected to produce 200kg of lithium metal anodes for lithium metal vanadium rechargeable batteries. If successful, this collaboration could lead to the development of the world’s first vertically integrated lithium metal battery technology, a groundbreaking achievement in the energy storage sector.

Driving Innovation in Alberta

This partnership could position Alberta as a hub for sustainable lithium battery production, with implications for the global battery market. As demand for high-performance batteries rises, this innovative approach could significantly impact the future of energy storage solutions.

Chile Rio Tinto Lithium Deposit Partnership Secures Largest Undeveloped Resource

Chile Rio Tinto

Chile Rio Tinto lithium deposit partnership emerged as Chile's national mining company Enami selected the Anglo-Australian miner to explore and develop the Altoandinos project, the country's largest undeveloped lithium deposit. The Chile Rio Tinto lithium deposit agreement establishes a public-private concession with Rio Tinto holding 51% ownership while Enami retains 49%, representing a combined $3 billion investment where Rio Tinto contributes $425 million for access to over 15 million tonnes of lithium carbonate equivalent resources.

Competitive Selection Process Validates Rio Tinto's Technology Leadership

Chile Rio Tinto lithium deposit selection followed Enami's unanimous board decision choosing Rio Tinto from a competitive pool including China's BYD, France's Eramet, and South Korea's Posco. Rio Tinto's proprietary direct lithium extraction (DLE) technology provided the decisive advantage, offering faster and more environmentally friendly operations compared to traditional evaporation methods. The DLE approach eliminates brine evaporation requirements while accelerating production timelines and reducing environmental impact.

Meanwhile, Rio Tinto's Rincon plant in Argentina serves as a demonstration and pilot facility for Chilean operations since both brine deposits share similar chemical compositions. This existing operational experience provides technical validation and reduces development risks for the Altoandinos project. Rio Tinto will assume complete operational responsibility while financing the project through financial operation and contributing to pre-feasibility study expenses.

Massive Resource Scale Supports 75,000 Tonne Annual Production

However, the Altoandinos salt flat contains substantial lithium resources exceeding 15 million tonnes of lithium carbonate equivalent with production capacity reaching 75,000 tonnes annually according to Enami projections. This production scale positions the project among global lithium industry leaders while supporting Chile's strategic objectives for lithium sector development. The resource magnitude justifies the $3 billion investment commitment from both partnership participants.

Therefore, the project timeline remains under development with no specific operational start date announced pending pre-feasibility study completion and regulatory approvals. The comprehensive development approach ensures technical optimization while addressing environmental and social considerations essential for sustainable lithium extraction. Rio Tinto's operational expertise combined with Enami's local knowledge creates optimal conditions for successful project implementation.

Strategic Expansion Reinforces Chile Lithium Market Leadership

Furthermore, the Altoandinos partnership follows Rio Tinto's recent selection by Chilean copper giant Codelco for the Maricunga salt flat exploration, representing Chile's second-largest undeveloped lithium deposit. This dual partnership positioning demonstrates Rio Tinto's strategic commitment to Chilean lithium development while reinforcing Chile's global lithium market leadership. The concurrent projects create synergies for technology deployment and operational efficiency.

As a result, Chile strengthens its position as the world's premier lithium jurisdiction through strategic partnerships with established international miners possessing advanced extraction technologies. The public-private partnership model enables state participation in resource development while leveraging private sector expertise and capital. This approach maximizes economic benefits while maintaining national control over strategic mineral resources essential for global energy transition.

The Metalnomist Commentary

Chile's selection of Rio Tinto for both the Altoandinos and Maricunga lithium projects demonstrates sophisticated resource development strategy that prioritizes advanced extraction technology and environmental sustainability over purely financial considerations. The emphasis on direct lithium extraction capabilities reflects Chile's commitment to maintaining global lithium leadership through technological innovation, particularly important as competition intensifies from emerging producers in Argentina, Australia, and other jurisdictions seeking market share.

Lilac Argentina Pilot Plant Achieves 91% Lithium Recovery Rate

Lilac

Lilac Argentina pilot plant demonstrated exceptional performance with 91% lithium brine recovery using proprietary direct lithium extraction (DLE) technology in Jujuy province. The US-based Lilac Solutions' Lilac Argentina pilot plant success represents a significant breakthrough in sustainable lithium processing, achieving 99.4% overall impurity rejection while removing 99.9% of sodium, the primary contaminant in regional brine deposits.

Direct Lithium Extraction Technology Delivers Superior Performance

Lilac Argentina pilot plant operations showcase advanced DLE capabilities that eliminate traditional evaporation pond requirements. The technology enables faster and more environmentally friendly lithium processing compared to conventional methods that require extensive land use and prolonged evaporation cycles. The pilot facility mirrors future commercial-scale operations at one-third scale, providing reliable performance validation for full-scale deployment.

Meanwhile, the Argentina facility would produce 42 metric tonnes annually of lithium carbonate equivalent (LCE) if operated continuously throughout a full year. This production capacity demonstrates commercial viability while validating technical specifications for larger installations. The successful sodium removal rate addresses a critical challenge in Argentina's lithium-rich but high-impurity brine resources.

Multi-Location Strategy Validates Global Applicability

However, Lilac Solutions operates additional pilot facilities across diverse geographic locations to validate technology performance across varying brine compositions. The company maintains pilot operations in Chile and Utah, producing trial lithium quantities at both sites. This multi-location approach demonstrates DLE technology adaptability to different geological and chemical conditions.

Therefore, the global pilot program provides comprehensive data for commercial scaling while reducing technical risks associated with site-specific challenges. Each location offers unique brine characteristics that test different aspects of the DLE system's capabilities. The diverse testing environments strengthen investor confidence and support technology commercialization across international markets.

Commercial Scaling Opportunities in Lithium Markets

Furthermore, Lilac's successful Argentina demonstration positions the company advantageously within the rapidly expanding lithium market driven by electric vehicle and energy storage demand. Jujuy province hosts significant lithium resources within the broader Lithium Triangle region, creating substantial scaling opportunities for proven DLE technology. The environmental advantages of DLE align with increasingly stringent sustainability requirements from automotive manufacturers.

As a result, the 91% recovery rate achievement establishes new performance benchmarks for direct lithium extraction while addressing environmental concerns associated with traditional processing methods. Lilac's technology offers lithium producers faster project development timelines and reduced environmental footprints compared to evaporation-based alternatives increasingly challenged by water scarcity and environmental regulations.

The Metalnomist Commentary

Lilac's Argentina pilot success demonstrates how advanced direct lithium extraction technologies can overcome traditional processing limitations while meeting growing environmental sustainability requirements in lithium production. The exceptional impurity rejection rates and rapid processing capabilities position DLE as a transformative approach for unlocking previously challenging brine resources, particularly important as the industry scales to meet exponential battery demand growth.

Tesla Launches Texas Lithium Hydroxide Refinery: A Game Changer for EV Battery Production

Tesla Lithium Hydroxide Refinery

Tesla has officially begun operations at its lithium hydroxide refinery in Texas, marking a significant step in the company’s strategy to control its supply chain for critical battery materials. Located near Corpus Christi, the new facility aims to process lithium at scale, securing Tesla’s position as a major player in the electric vehicle (EV) market and ensuring a more stable supply of this vital element.

Tesla’s Vision for Lithium Refining at Scale

Following the groundbreaking of the facility in May 2024, Tesla has now successfully processed raw materials through its kiln. This refinery is a pivotal part of Tesla's plan to reduce its reliance on third-party suppliers and mitigate the effects of skyrocketing lithium prices. Tesla’s CEO, Elon Musk, emphasized that while lithium is abundant globally, the slow pace of extraction and refinement has created a bottleneck. The Texas refinery is designed to address this challenge by processing lithium more efficiently and directly at scale.

The facility is capable of refining lithium hydroxide, a key component in EV battery production. Tesla's refinery will primarily process spodumene concentrate, the most common raw material used to produce lithium hydroxide. However, the company has also announced plans to process recycled batteries and manufacturing scrap at the facility in the future, which would further enhance the sustainability and efficiency of its operations.

Advanced Refining Technology and Sustainable Practices

One of the most notable features of Tesla's new refinery is its acid-free lithium refining method, which reduces environmental impact compared to traditional refining techniques. The byproduct of this process—comprising sand and limestone—can be used in construction materials, further contributing to the sustainability goals of Tesla’s operations.

The refinery has a projected capacity of 50 GWh/yr, though Tesla has not disclosed a specific timeline for ramping up to full production capacity. The company’s efforts to diversify its lithium supply chain are also evident in its sourcing strategy. In 2023, Tesla sourced over 75% of its lithium from mining and refining companies, including industry giants such as Albemarle, Acradium, Ganfeng, and Yahua.

Implications for the EV Industry and Lithium Supply Chain

Tesla’s Texas lithium refinery represents a critical move in the global shift toward more sustainable and efficient lithium extraction. As demand for electric vehicles continues to surge, securing a stable and cost-effective supply of lithium is paramount. This refinery could serve as a model for other manufacturers looking to mitigate risks associated with lithium shortages and price volatility.

While Tesla has yet to provide full details on the ramp-up timeline, the opening of this facility signals the company’s ongoing commitment to innovating within the energy and automotive sectors, ensuring that it remains a leader in the electric vehicle industry.

ABTC Accelerates Tonopah Flats Lithium Project to Boost US Battery Supply Chain

American Battery Technology Company(ABTC)

Advancing Lithium Resource Development in Nevada

American Battery Technology Company (ABTC) has launched a drill program to advance its Tonopah Flats Lithium Project (TFLP) in Big Smoky Valley, Nevada. The project holds an estimated 21.2 million metric tonnes of economically accessible lithium carbonate equivalent, positioning it as a key domestic lithium resource for the US battery industry.

The drilling initiative will support the prefeasibility study, providing geotechnical data to define the mine pit structure. Additionally, core samples will be collected for assay and characterization, further refining the lithium resource estimate. This program aims to expand TFLP's overall lithium potential, reinforcing its role in the North American EV supply chain.

On-Site Lithium Hydroxide Refinery to Lower Production Costs

ABTC plans to construct a lithium hydroxide refinery directly at the TFLP site, targeting a 30,000 t/yr production capacity. The company's production cost for battery-grade lithium hydroxide is projected at $4,302 per tonne, offering a cost-effective supply solution for electric vehicle (EV) and energy storage manufacturers.

With the US government prioritizing domestic lithium production, the TFLP project aligns with federal efforts to reduce reliance on foreign lithium imports. By accelerating development, ABTC strengthens Nevada’s position as a critical hub for battery minerals processing in the United States.

As lithium demand surges, ABTC's strategy to integrate mining and refining at Tonopah Flats could set a benchmark for sustainable lithium production while ensuring a stable supply chain for US battery manufacturers.

Chengxin Lithium Secures License for Asia's Largest Lithium Deposit in Sichuan

Yajiang County Huilong Mining

Yajiang County Huilong Mining, a subsidiary of Chengxin Lithium, has obtained a mining license for the Murong lithium mine in Yajiang County, Sichuan Province, China. The license, effective until 2048, grants access to a resource of 61.095 million tons with an average grade of 1.62% lithium oxide, equivalent to 989,600 tons of lithium oxide. This positions Murong as one of Asia's largest hard rock monomer lithium deposits, with an annual production capacity of 3 million tons of ore.

Expanding Lithium Production Amid Rising Demand

In 2023, Chengxin Lithium increased its lithium salt production—primarily lithium carbonate and lithium hydroxide—to 56,700 tons, marking a 19% year-on-year growth. Sales rose by 11% to 52,900 tons, reflecting growing global demand for lithium-driven by electric vehicles and renewable energy storage solutions.

Chengxin's total production capacity now stands at 137,000 tons per year, with 77,000 tons sourced domestically from China and 60,000 tons produced in Indonesia. To diversify its feedstock, the company also taps its Sabi Star lithium mine in Zimbabwe, which contributes 200,000 tons annually of concentrate.

A Strategic Advantage for Chengxin and China

The Murong lithium mine acquisition strengthens Chengxin Lithium's foothold in the global lithium supply chain, critical for battery production and clean energy transition. This move aligns with China's strategy to secure domestic and international lithium resources, ensuring its leadership in the EV and energy storage markets.

Key Takeaways

Murong Lithium Mine: One of Asia's largest hard rock lithium deposits with high-grade lithium oxide reserves.

Production Growth: Chengxin's lithium salt production surged by 19% in 2023.

Global Supply Chain: Significant contributions from China, Indonesia, and Zimbabwe bolster Chengxin's raw material security.

With rising EV adoption and renewable energy investments, Chengxin's latest acquisition underscores its pivotal role in powering a sustainable future.

Lithium Ionic Brazil Lithium Resources Grow by Nearly One-Third in Latest Estimate

Lithium Ionic Mining

Canadian miner upgrades Bandeira project to 901,000 tonnes LCE as Brazil’s Lithium Valley gains momentum

Feasibility study update and 2026 production plan reaffirm long-term potential of Minas Gerais spodumene assets

Lithium Ionic Brazil lithium resources have grown significantly, with the Canadian company increasing its estimate for the Bandeira project by nearly 33%. The project now holds 27.2 million tonnes of lithium oxide, equivalent to 901,000 tonnes of lithium carbonate equivalent (LCE), according to the company’s latest technical assessment.

Successive resource upgrades reinforce investor confidence in Brazil’s Lithium Valley

This marks the third resource upgrade in just 13 months, following 15% and 30% increases in April and May 2024. Lithium Ionic also announced the potential to add another 615,432 tonnes of inferred LCE, indicating untapped upside across its broader lithium footprint. The updated resource base will be included in a revised feasibility study due in the second half of 2025.

Located in Minas Gerais, the Bandeira project lies at the heart of Brazil’s emerging Lithium Valley, a rapidly developing spodumene hub attracting global mining attention. Lithium Ionic plans to produce its first lithium concentrate batch in the second half of 2026, positioning itself as a key supplier to the EV and battery storage markets.

Regional consolidation includes Baixa Grande and Itinga project areas

Beyond Bandeira, Lithium Ionic holds 42,000 acres of mineral rights, including the nearby Baixa Grande and Itinga projects. These assets provide additional scalability for long-term operations, giving the company a strong strategic position in Latin America’s lithium supply chain. The expansion of Lithium Ionic Brazil lithium resources supports both near-term production targets and future growth potential.

The Metalnomist Commentary

Lithium Ionic’s resource expansion confirms Brazil’s strategic role in global lithium supply. As production timelines align with downstream EV demand, Latin America continues to draw investor interest as a sustainable, diversified alternative to Asia-dominated supply chains.

Volt Lithium to Test Direct Lithium Extraction (DLE) Technology in North Dakota’s Bakken Formation

Wellspring Hydro

Volt Lithium, a U.S.-based lithium developer, is set to pioneer the use of Direct Lithium Extraction (DLE) technology in North Dakota’s Bakken formation, an oil-rich region known for its high production of lithium-bearing brines. In partnership with Wellspring Hydro, a wastewater recycler, Volt will deploy an advanced system that directly extracts lithium from oilfield brines, marking a significant step in meeting the growing demand for lithium, particularly in the electric vehicle and energy storage markets.

Collaborative Effort for Lithium Extraction

Volt Lithium’s new initiative aims to utilize the cutting-edge DLE technology to purify, extract, and refine lithium from brines extracted from the Bakken formation. The region is the second-largest source of brine production in the U.S., yielding around 2 million barrels per day (b/d) of lithium-bearing oilfield brine, according to Wellspring. Although the exact lithium concentration in the brine is not disclosed, the project presents an exciting opportunity to tap into this resource using a more sustainable and efficient method compared to traditional mining techniques.

The collaboration between Volt Lithium and Wellspring Hydro will be funded by an initial grant of $500,000, with the potential for up to $2 million in additional funding from the state of North Dakota. Volt plans to begin deploying a field study unit in early 2025 to assess the viability of the technology in the Bakken formation.

Direct Lithium Extraction: A Game Changer for Lithium Mining

Unlike conventional evaporation ponds, which require large amounts of land and water, DLE offers a much more efficient method for extracting lithium. This method is capable of higher recovery rates, as it selectively isolates lithium from brines, reducing the environmental footprint of extraction. However, DLE technology remains more expensive and complex, which has led to its gradual development and deployment. Still, its potential has drawn the interest of major oil companies such as ExxonMobil, which is also exploring the extraction of lithium from brine in the Smackover formation in Arkansas.

Volt’s efforts in North Dakota align with the broader trend of integrating advanced technologies into the lithium mining industry, responding to the growing demand driven by the global shift to renewable energy and the rise of electric vehicle production. The success of DLE could significantly reshape the economic landscape of lithium production, especially in the U.S.

Chile Advances Direct Lithium Extraction Technology at Altoandinos

Enami

Breakthrough in Lithium Recovery and Sustainability

Chilean state-owned miner Enami has reported promising results from testing direct lithium extraction (DLE) technology at its Altoandinos project, the country’s largest undeveloped lithium deposit. Eight international laboratories participated in the tests, which demonstrated a dramatic reduction in water consumption to 36m³ per metric tonne of lithium carbonate equivalent (LCE) — 55 times less than conventional evaporation pond methods. Lithium recoveries also improved sharply, rising from 42% in traditional processes to an average of 92%.

The DLE method also reduces land use, with a proposed 75,000t per year plant requiring only 10 hectares compared with 1,020 hectares for evaporation ponds. This efficiency addresses one of the key environmental challenges facing Chile’s salt lake ecosystems, which have been under increasing scrutiny from environmental groups and regulators.

Strategic Project Development with Rio Tinto

Enami plans to invest around $3 billion to develop Altoandinos in northern Chile’s Atacama region in partnership with Anglo-Australian mining giant Rio Tinto. The deposit hosts an estimated 15 million tonnes of LCE resources across the Aguilar, La Isla, and Grande salt lakes. Agreements have been secured with six indigenous communities in the region, ensuring local stakeholder involvement in the project’s advancement.

This initiative aligns with Chile’s national lithium strategy, launched in April 2023, which targets increased lithium production while safeguarding fragile salt lake ecosystems. The strategy mandates a transition from evaporation-based extraction to DLE and sets a goal of protecting at least 30% of salt lake environments.

The Metalnomist Commentary

Chile’s successful DLE test results could significantly reshape the global lithium supply chain by lowering environmental impacts while boosting yields. If scaled effectively, Altoandinos could emerge as a model for sustainable lithium production, positioning Chile as a leader in both output and ecological stewardship. The real test will be maintaining these efficiencies at commercial scale while navigating regulatory and community engagement challenges.

Vulcan Energy Resources Starts Lithium Hydroxide Production at German Demonstration Plant

Vulcan Energy Resources

Lithium and geothermal group Vulcan Energy Resources has begun production of lithium hydroxide at its demonstration plant in Frankfurt, aiming for commercial production by 2027. This represents a two-year delay from its original timeline but positions Vulcan as a leader in carbon-neutral lithium extraction and processing.

From Pilot Production to Commercial Goals

Vulcan first started producing lithium chloride at its pilot extraction plant on April 8, 2024, and on December 21, initiated lithium hydroxide production using lithium chloride as feedstock. The demonstration plant has a capacity of 55 tonnes per year (t/yr), sufficient for regulatory compliance across at least three of the four required stages before commercial-scale operations commence.

The company plans to supply lithium hydroxide to key partners, including LG Energy Solutions, Umicore, Stellantis, Renault, and Volkswagen. As part of Phase 1 production, Vulcan aims to deliver 24,000 t/yr of lithium carbonate equivalent (LCE), enough for around 480,000 electric vehicles (EVs) annually, assuming an average EV battery capacity of 50kWh.

Low-Carbon Lithium Production with Geothermal Power

Vulcan employs direct lithium extraction (DLE) technology at its plant in the Upper Rhine Valley, achieving up to 95% efficiency — far higher than the 40-60% typical of traditional methods. By using geothermal brine to power extraction, the company eliminates fossil fuels from its processes, claiming the lowest carbon footprint in the global lithium production industry.

According to Cris Moreno, Vulcan’s CEO, the integrated upstream and downstream operations will produce lithium hydroxide without reliance on fossil fuels. "This allows us to provide affordable baseload heat and power, offering a sustainable and economically viable alternative," Moreno stated.

Challenges and Opportunities

Although Vulcan has twice delayed its commercial production schedule, its innovative approach to lithium extraction aligns with growing demand for sustainable materials in the EV market. Vulcan plans to create at least 1,300 direct and 1,500 indirect jobs upon reaching Phase 1 capacity.

However, the company has yet to complete a definitive feasibility study for Phase 2, which will further expand production and meet growing demand from global automakers and battery manufacturers.

Argentina Salta Lithium Boom Positions Province as Global Energy Transition Hub

Argentina Salta Lithium

Argentina Salta lithium boom accelerates as the northern province emerges as the cornerstone of the country's expanding mining industry following government approval of Rio Tinto's Rincon project under the RIGI incentive program. The Argentina Salta lithium boom reflects strategic positioning within global energy transition supply chains, with provincial mining secretary Romina Sassarini declaring Salta will become "a reference point for lithium in the country and worldwide" as multiple international producers establish operations in the resource-rich region.

RIGI Program Attracts International Lithium Investment

Argentina Salta lithium boom benefits from the national government's RIGI economic and legal incentive program that provides fiscal and legal stability for major mining investments. Rio Tinto's newly approved Rincon mine represents the fourth lithium project in Salta, requiring $2.7 billion investment to produce 60,000 tonnes annually by decade's end. China's Ganfeng, France's Eramine, and South Korea's Posco already operate lithium production facilities while applying for RIGI incentives for expanded production stages.

Meanwhile, Argentina's lithium output surged from 75,000 tonnes in 2024 to projected 131,000 tonnes in 2025 according to mining trade organization CAEM. This rapid production growth positions Argentina as a critical supplier for global battery markets while establishing Salta as the primary production hub. The province's strategic importance extends beyond lithium to include copper and gold reserves, including First Quantum Minerals' $3.5 billion Taca Taca copper-gold-molybdenum project awaiting final permits.

Infrastructure Development Addresses Production Bottlenecks

However, massive infrastructure investments are required to support expanding mining operations and projected production growth. Mining projects operating and planned in Salta require additional 575MW of electricity generation capacity, prompting provincial development of comprehensive electricity plans emphasizing solar power deployment. The renewable energy focus aligns with sustainable mining practices while addressing power supply constraints.

Therefore, transportation infrastructure development becomes equally critical as the province pursues multilateral bank financing for the 2,400-kilometer bi-oceanic highway connecting Brazil to Chile through Argentina and Paraguay. This continental corridor will enable efficient lithium and mineral exports to Pacific and Atlantic markets while reducing logistics costs. Sassarini emphasized that coordinated efforts between provincial, company, and national government stakeholders will resolve logistic bottlenecks limiting industry growth.

Argentina Salta

Strategic Positioning Supports Global Supply Chain Integration

Furthermore, Salta's emergence as a world-class lithium exporter addresses growing global demand for battery materials essential to electric vehicle production and energy storage systems. The province's integrated approach combining multiple international producers, infrastructure development, and regulatory stability creates competitive advantages for sustained industry growth. Mining sector transformation generates substantial economic impact through employment, tax revenue, and supply chain development.

As a result, the RIGI program eliminates financial bottlenecks while creating frameworks for long-term industry development across multiple mineral commodities. Salta's strategic positioning within the Lithium Triangle region enhances Argentina's competitiveness against Chilean and Bolivian producers while serving diverse global markets. The coordinated development approach demonstrates how provincial governments can catalyze mining industry growth through targeted policy support and infrastructure investment.

The Metalnomist Commentary

Argentina's Salta province exemplifies how strategic resource endowments combined with supportive policy frameworks can rapidly transform regional economies into global supply chain hubs, particularly important as lithium demand accelerates through energy transition requirements. The province's comprehensive approach addressing both production capacity and infrastructure bottlenecks demonstrates sophisticated understanding of mining industry development requirements, positioning Salta advantageously within the competitive global lithium market as established and emerging producers seek reliable supply sources.

Livium and MinRes Advance Lithium Recovery Technology

Mineral Resources

Boosting Lithium Extraction from Spodumene Waste

Livium and Mineral Resources (MinRes) have partnered to enhance lithium recovery. They aim to optimize the commercialization of advanced extraction technology. The focus is on increasing lithium yield from spodumene waste. Livium's technology can boost lithium recovery by up to 50pc. This applies to fine and low-grade spodumene waste. The joint development agreement outlines key responsibilities. 

MinRes will supply raw materials at no cost. Livium will contribute its proprietary technology. Livium will also manage production processes and conduct studies. This collaboration seeks to improve efficiency in lithium production. The partnership addresses the challenge of spodumene waste. This waste often contains valuable lithium that is currently lost. The technology offers a significant advancement for the lithium industry.

Optimizing Spodumene Processing

The partnership focuses on optimizing spodumene processing. Spodumene is a key mineral source of lithium. Livium's extraction technology targets fine and low-grade waste. This waste is typically difficult to process. The technology increases the overall lithium yield. This improvement is crucial for meeting growing lithium demand. 

The collaboration between Livium and MinRes is strategic. It combines Livium's technological innovation with MinRes' operational expertise. This synergy accelerates the commercialization of the technology. The agreement ensures a sustainable supply of raw materials. This supply is essential for the development process. The project aims to make lithium production more efficient and sustainable.

Standard Lithium Launches Pilot DLE Plant in Arkansas

Standard Lithium

Standard Lithium, a U.S.-based lithium developer, has officially commenced operations at its pilot direct lithium extraction (DLE) plant in southern Arkansas, targeting lithium recovery from brine within the Smackover Formation. This marks a significant step toward scaling domestic lithium production for the battery supply chain.

The pilot plant, which will operate until late January 2025, aims to produce 1,000 US gallons (USG) of 6% lithium chloride solution. The extracted lithium will be supplied to three lithium carbonate equipment vendors, who will process approximately 30kg of battery-grade lithium carbonate for initial qualification testing with potential offtake partners.

Joint Venture with Equinor to Boost Lithium Development

This pilot facility is part of Standard Lithium's South West Arkansas (SWA) project, which operates as a joint venture with Equinor, the Norwegian state-controlled energy company. The collaboration seeks to expand lithium extraction capabilities using DLE technology, which is regarded as a more sustainable alternative to conventional lithium mining methods.

The move aligns with growing U.S. efforts to secure a domestic lithium supply, reducing reliance on foreign sources and supporting the expansion of the electric vehicle (EV) and energy storage markets.

Equinor and Standard Lithium Secure $225 Million for US Lithium Extraction Project

Equinor

Norwegian energy giant Equinor and Canadian firm Standard Lithium have received a $225 million grant from the US Department of Energy (DOE). The grant aims to establish a commercial-scale direct lithium extraction (DLE) facility in Arkansas, a critical step toward enhancing domestic lithium carbonate production.

The facility is part of the companies' joint South West Arkansas (SWA) project. Funds will specifically support constructing a processing plant designed to produce lithium carbonate, a key component in battery manufacturing.

Production Timeline and Capacity

Equinor and Standard Lithium anticipate making a final investment decision on the SWA project by the end of 2025. Once approved, the project's first phase of production is set to begin in 2028. Upon completion, the facility will boast an annual production capacity of 45,000 tonnes of lithium carbonate, significantly boosting the US lithium supply chain for battery production.

Rising Interest in Direct Lithium Extraction (DLE)

Direct lithium extraction has become increasingly attractive due to its environmental and operational advantages over traditional brine evaporation methods. Despite brine reservoirs containing approximately 60% of global lithium reserves, conventional evaporation processes only contribute about 35% of lithium production. DLE technology offers a more efficient and sustainable solution, prompting major industry players like Equinor and Standard Lithium to heavily invest in this emerging method.

In May 2024, Equinor committed up to $160 million for a 45% stake in two of Standard Lithium’s projects, including the SWA initiative. Their collaboration commenced operations at a pilot DLE plant in December 2024, marking a significant milestone toward achieving their ambitious production goals.

Aqua Metals to Double Battery-Grade Lithium Carbonate Production in Ambitious Expansion

Aqua Metals

US Battery Recycler Targets Significant Growth in Lithium Supply Amid Rising EV Demand

Aqua Metals, a leading US battery recycler, has announced plans to more than double its production of battery-grade lithium carbonate. This strategic move reflects the company's effort to meet the increasing demand for critical materials used in electric vehicle (EV) batteries and energy storage systems.

Aqua Metals will prioritize the production of battery-grade lithium carbonate, with a mixed hydroxide precipitate (MHP) — a solution containing nickel, cobalt, copper, and manganese — making up the remaining portion of its output. This decision aligns with the growing importance of lithium as a key component in the global transition to electric mobility and renewable energy storage.

Expansion of Lithium Carbonate Production

Although Aqua Metals did not disclose the exact volume of the increase, the company's 2023 annual report outlined a Phase One processing capacity of 3,000 metric tonnes per year (t/yr) of lithium battery black mass, with a total processing capacity of 10,000 t/yr. This expansion will significantly contribute to the lithium supply chain, supporting the growing demand from EV manufacturers and energy storage providers.

The company is currently in discussions with feedstock suppliers and customers to ensure the success of this accelerated expansion. By securing reliable sources of materials and forming strategic partnerships, Aqua Metals aims to position itself as a key player in the growing lithium recycling market.

Positioning for the Future of Lithium Recycling

Aqua Metals’ aggressive expansion of lithium carbonate production comes at a time when the global market for lithium is under significant pressure due to the surge in demand for EVs. As part of its efforts, the company is focusing on sustainable recycling practices, utilizing innovative methods to recover lithium from used batteries.

In conclusion, Aqua Metals is positioning itself to meet the future needs of the battery industry. Its commitment to increasing production capacity and securing key partnerships demonstrates its role in advancing the circular economy for lithium and other critical metals.

EnergyX Targets Argentinian Lithium Assets of Galan Lithium Amid Industry Downturn

US energy technology firm EnergyX has set its sights on acquiring Australian developer Galan Lithium’s assets in Argentina, a strategic move aimed at boosting lithium production despite current market challenges.

EnergyX has proposed a deal valued at $150 million, which includes $50 million in cash and $50 million worth of EnergyX shares, to purchase Galan’s lithium assets located in Salar del Hombre Muerto and Candelas. Additionally, EnergyX plans to inject another $50 million into its wholly-owned subsidiary, which will manage the assets. This funding will be allocated to complete the first commercial phase of lithium production at the Hombre Muerto West (HMW) project. Under the proposed agreement, Galan will receive 10% of gross revenue royalties for ten years following the commencement of commercial production.

The acquisition comes at a crucial time as Galan Lithium recently delayed the first production at its HMW project to the second half of 2025, attributing the delay to the current downturn in lithium prices. The HMW project’s initial phase is expected to produce 5,400 tons per year of lithium carbonate equivalent (LCE), with a long-term goal of reaching 60,000 tons per year in its final phase. The Candelas project is expected to be integrated into this production timeline.

EnergyX plans to leverage its direct lithium extraction (DLE) technology, which is significantly more complex than traditional methods but promises higher efficiency. DLE can potentially increase lithium recovery rates to 70-90%, compared to the traditional methods' 40-60% recovery rate from hard rock mining and solar evaporation. This innovative approach could significantly enhance the value of the Argentinian assets beyond Galan's current projections, which rely on evaporation pond methodologies.

The lithium industry has seen increasing interest in DLE technology from various sectors, including oil and gas companies. Firms like CleanTech Lithium, Equinor, and ExxonMobil are already investing in lithium projects that employ DLE, reflecting a broader industry shift towards more efficient and sustainable extraction methods.

Arcadium Acquires Li-Metal's Lithium Metal Unit for $11 Million

In a strategic move to enhance its vertically integrated lithium operations, U.S.-based Arcadium Lithium has acquired the lithium metal business of Canada’s Li-Metal for $11 million, the company announced on Friday. The acquisition includes Li-Metal’s intellectual property pertaining to a novel process that utilizes lithium carbonate instead of lithium chloride as feedstock for lithium metal production, a method anticipated to significantly reduce costs and environmental impact.

As part of the deal, Arcadium will also gain control of Li-Metal’s physical assets, including a pilot manufacturing plant located in Ontario, Canada. This acquisition aligns with Arcadium’s ongoing efforts to optimize its supply chain, as the company currently produces lithium carbonate from brine pools in Argentina and manufactures lithium metal at its Bessemer City facility in North Carolina, utilizing lithium chloride from its Guemes site in Salta, Argentina.

The shift to using lithium carbonate is expected to be more environmentally sustainable, as the traditional method of producing lithium metal from lithium chloride can generate up to 5 metric tonnes of toxic chloride gas per 1 tonne of lithium metal produced, according to Li-Metal.

Ascend Elements to Pioneer Recycled Lithium Carbonate Production in the US

Ascend Elements

In a significant advancement for the U.S. battery recycling industry, Ascend Elements has announced plans to commence the production of recycled lithium carbonate by 2025. This initiative, set to unfold at their facility in Covington, Georgia, aims to produce 3,000 metric tonnes per year of lithium carbonate, extracted from used lithium-ion batteries.

Setting a Sustainable Precedent

Currently, the United States lacks commercial-scale production of recycled lithium, making Ascend Elements' endeavor a groundbreaking one. The move is not only pivotal for reducing waste but also for decreasing the environmental impact associated with lithium production. According to the company's preliminary life cycle assessment, recycled lithium carbonate produces significantly lower CO2 emissions—only 2.3kg per kilogram of lithium carbonate—compared to 16.7kg from spodumene mining and 3.6kg from Chilean brine extraction.

Impact on the Battery Recycling Sector

This development is expected to catalyze further growth in the battery recycling sector, promoting a circular economy within the battery industry. Ascend Elements, known for its integrated approach to battery materials, handles everything from recycling spent batteries to producing lithium chemicals and cathode active materials, positioning itself as a leader in sustainable battery technology.

Canada’s E3 Lithium Secures $4.7M from CMIF to Advance Clearwater Project

E3 Lithium

Federal Funding Supports DLE-Based Lithium Development in Alberta

E3 Lithium, a Canadian lithium exploration and development company, has secured up to $4.7 million in federal support from the Critical Minerals Infrastructure Fund (CMIF) to accelerate its flagship Clearwater Project.

This investment will fund critical infrastructure development aimed at extracting battery-grade lithium hydroxide using Direct Lithium Extraction (DLE) technology.

The Clearwater project, located in Alberta’s Leduc reservoir, is expected to produce 32,250 metric tonnes per year of lithium hydroxide once commercialized. The funding from CMIF will reimburse 50% of eligible costs incurred by E3, with the total capped at $4.7 million.

This milestone marks a strong endorsement of E3’s DLE approach, which offers a cleaner, faster, and more scalable alternative to traditional lithium mining methods.

CMIF Supports Canada’s Critical Mineral Supply Chain Strategy

The CMIF is a cornerstone of Canada’s federal strategy to strengthen domestic supply chains for critical minerals, including lithium, nickel, cobalt, and rare earth elements.

The fund plans to distribute up to $1.5 billion by 2030, backing projects that align with clean energy goals and national electrification efforts.

E3’s project is among the first to receive this support and reflects the growing focus on low-carbon extraction technologies in the North American lithium market.

By tapping into Alberta’s brine reservoirs, the Clearwater Project reduces land disruption while contributing to the secure and sustainable sourcing of EV battery materials.

As global competition for critical minerals intensifies, Canada’s domestic production of high-purity lithium will play a vital role in supplying future battery value chains.

Critical Elements Lithium Secures Funding Interest for Rose Li-Ta Project

Critical Elements Lithium

Canadian company may receive up to $115 million to advance its Quebec-based lithium-tantalum project.

Critical Elements Lithium, a Canadian-based company, has received significant funding interest for its Rose Lithium-Tantalum project located in northern Quebec. The funding, potentially amounting to $115 million, was offered through a support letter from a leading Canadian financial institution. The support letter outlines the institution’s interest in providing long-term debt financing for the project, marking a crucial step toward advancing the company’s operations.

Rose Lithium-Tantalum Project Overview

The Rose project, situated in Eeyou Istchee James Bay, northern Quebec, is poised to become a major player in the lithium and tantalum markets. Critical Elements plans to produce 203,765 metric tonnes per year of spodumene concentrates and 580 tonnes of tantalite concentrates. These materials are essential for various industries, particularly in the production of electric vehicle batteries and electronic components, highlighting the project's strategic importance in the global supply chain for critical minerals.

A Promising Future for Critical Elements Lithium

With this potential funding, Critical Elements Lithium is positioned to accelerate its development efforts and continue advancing the Rose project. This move aligns with the growing demand for lithium and tantalum, driven by the shift toward renewable energy and electric vehicles. The project’s success could not only bolster Canada’s standing in the global minerals market but also help secure a more sustainable future by providing essential materials for green technologies.

Conclusion

The potential for up to $115 million in funding marks a significant milestone for Critical Elements Lithium. As the Rose Lithium-Tantalum project moves forward, it stands to contribute significantly to Canada’s resource-based economy while supporting the global transition to renewable energy.