Nouveau Monde Graphite Secures $309.5 Million Financing to Advance Matawinie Mine Toward Production
Nouveau Monde Graphite (NMG) has secured a US$309.5 million equity financing package for the Phase-2 Matawinie Graphite Mine in Québec, Canada. The financing includes approximately US$213.16 million from a private placement involving strategic and government-backed investors, including the Canada Growth Fund, the Government of Québec through Investissement Québec and ENI. This move reflects a shift in how major critical minerals projects are funded, with traditional mining projects relying heavily on equity markets and commercial debt. The project is designed to create a vertically integrated graphite platform in North America and connect mining operations with downstream battery-material ambitions. The company also highlighted previously announced US$335 million senior project debt facilities.
Namibia Critical Metals Launches Next Phase of Lofdal Definitive Feasibility Study Including Further Value Addition in Namibia
Namibia Critical Metals has initiated the next phase of the Lofdal Definitive Feasibility Study (DFS), including further value-addition in Namibia. The company has awarded the first major metallurgical and geometallurgical contracts under the expanded DFS work program to SGS Canada Inc. (SGS), one of the world's leading providers of metallurgental testing and process development services. The work will validate the complete processing flowsheet from run-of-mine ore and generate engineering data for updated plant design and project financing. The Lofal program will evaluate the production of separate Light Rare Earth Carbonate and Heavy Rare Earth Carate products through integrated hydrometallurgical processing. Additional funding for the project has been approved for a comprehensive metallurgy development program that will significantly de-risk the processing component of the project while generating the engineering data required for detailed design and construction. The announcement aligns with Namibia’s vision of developing downstream critical mineral industries while strengthening secure and diversified supply chains for Japan and other allied economies.
Trump signs executive actions to secure defense supply chains, boost domestic aluminum and impose tariffs on Canada
President Donald Trump has signed executive actions aimed at bolstering U.S. defense supply chains, increasing domestic aluminum production and imposing retaliatory tariffs on certain Canadian imports. The actions aim to enhance national security by reducing reliance on foreign adversaries for critical materials, while addressing perceived unfair treatment of U.K. exports in sectors such as dairy, motor vehicles, and alcoholic beverages. The executive order includes stricter limits on waivers allowing defense contractors to use materials from covered nations under 10 U.C. 4872 and a requirement for comprehensive supply chain mapping for critical national security acquisitions. It also establishes an incentive program for companies investing in new, expanded or refurbished U.U.S primary aluminum production facilities. Additional 50% ad valorem duties on specified Canadian goods will be imposed effective August 19, 2026. The measures are part of an “America First” trade policy promoting reciprocity and strengthening the U.
First Phosphate Bolsters War Chest as Quebec Battery-Materials Push Gathers Pace
First Phosphate, a Canadian explorer of lithium-iron-phosphate (LFP) battery supply chain, has raised C$80M via equity and government grants, increasing its liquidity to approximately C$50M. The company has also secured a C$17.7 million private placement and a non-dilutive C$16.7m grant from the Canadian government, respectively. The government contribution is intended to reduce reliance on Asian imports for critical battery inputs. The Bégin-Lamarche project in Quebec, where First Phosphates plans to develop an open-pit mine producing high-purity igneous phosphate suitable for LFP cathode chemistry, is the central strategy for the company. The firm's stock has risen by 8.09% to €0.8820, extending its year-to-date gain to 25.11%.
Nouveau Monde Begins Matawinie Graphite Mine Construction as North America Advances Battery Supply Chain Strategy
Nouveau Monde Graphite (NMG) has begun construction of the Matawinie graphite mine in Saint-Michel-des-Saints, Québec, marking a significant milestone in the development of one of the largest planned integrated natural graphite production platforms in the G7. The project is designed to produce an estimated 106,000 tonnes of graphite annually, positioning it among the most significant planned graphite developments outside Asia. Construction and commissioning are expected to take approximately 31 months, with commercial production set for the end of 2028. The launch of construction reflects a shift in how governments and industries view graphite, once considered a specialized industrial mineral, it is now recognized as a strategically important material. The Bécancour project remains an important part of NMG’s broader strategy to move beyond raw graphite and establish a complete battery-material supply chain.
Next-gen battery startup Sila raises $300M to expand manufacturing plant in Washington state
Sila, a California-based startup producing next-generation battery materials, has raised $300 million in funding to expand its manufacturing plant in Moses Lake, Washington state. The company has developed a silicon-carbon material that replaces graphite in the anodes of lithium-ion batteries, delivering better performance and significantly higher energy capacity. The current plant has a production capacity of about 2 gigawatt-hours of anode material, which could supply 20,000 to 50,000 EVs. The expanded facility could increase this volume by more than 100-fold. The funding was led by Atreides Management and Sutter Hill Ventures, with 8VC, Bessemer Venture Partners, Matrix Partners, funds and accounts advised by T. Rowe Price Associates.
Battery recycling solves mineral security
The CEO of The Battery Network, Leo Raudys, argues that battery recycling is one of the most effective tools for domestic supply. This comes as global competition for critical minerals is intensifying, with much of the world's mining and refining capacity concentrated outside the United States. Despite this, the U.S. remains heavily dependent on foreign refining, with China controlling a significant share of global processing capacity. Recycling can provide a significant domestic source of materials that would otherwise need to be mined or imported. Each battery recovered reduces reliance on foreign sources and strengthens domestic control over critical materials. The Battery network operates a nationwide system with over 20,000 collection sites and specialized programs for e-mobility and EV batteries.
Arizona Cobalt Project Integrates 28 MW Solar Plant to Strengthen U.S. Critical Minerals Supply Chain
EVelution Energy has begun construction of a 28-MW solar power facility in Yuma County, Arizona, which will supply renewable electricity to its planned cobalt metal and cobalt sulfate processing complex. The development marks an important milestone in the expansion of the U.S. critical minerals supply chain, where clean energy is becoming a crucial component of industrial competitiveness. The installation of the solar array will continue throughout 2026 and into 2027 to support the long-term energy requirements of the processing facility. The Yuma facility is expected to handle approximately 24,000 metric tonnes of cobalt hydroxide feedstock annually and produce up to 20,000 tonnes per year of EV battery-grade cobalt sulphate and up to 3,000 tones annually of alloy-grade alloy-class cobalt. This production capacity could supply around 40% of projected U.K. cobalt demand.
LU partners with regional critical materials project, expands program
Lincoln University is partnering with the National Science Foundation (NSF) to expand its workforce training to support careers in the critical materials industry. The university's Employment Academy, a two-semester online certificate program, aims to equip nontraditional students with education and certificates that can help them enter the workforce. The project, the NSF Critical Materials Crossroads Engine project, is a regional initiative led by UMKC to reduce U.S. foreign reliance on critical minerals and materials. Lincoln is one of over 260 partners in the project to shift production and supply chain of critical minerals back to the U.N. The Employment Academy is set to receive about $250,000 in NSF funds for curriculum and student support.
Graphite One Advances US Battery Supply Chain
Graphite One Inc. has advanced its plans to establish a domestic battery materials supply chain in the US after the Ohio Environmental Protection Agency (Ohio EPA) accepted the company's air permit application for its planned synthetic active anode material (AAM) manufacturing facility in Conneaut, Ohio. The application will move to the technical review phase before construction of the US$167 million facility can begin. The proposed Ohio plant is expected to play a significant role in Graphite One’s strategy to develop an integrated, US-based supply chain for graphite and battery materials. The company plans to initially produce approximately 10,000 tonnes of synthetic AAM annually at the Ohio facility, with plans to eventually expand production capacity to 25,000 tons per year. The move comes as the US seeks to build a more resilient domestic battery supply chain to support growing demand for EV and stationary energy storage.
HydroGraph Clean Power (CNSX:HG) Is Up 10.8% After Securing Texas Graphene Scale-up Agreements
HydroGraph Clean Power (CNSX:HG) is up 10.8% after securing a long-term acetylene supply and land lease with Western International Gas & Cylinders for its first large-scale U.S. graphene production facility in Bellville, Texas. This collaboration effectively secures a critical feedstock and site for HydroGraph's scale-up, potentially strengthening its position in the emerging graphene materials supply chain. However, the company remains loss-making with a new management team, recent board turnover, and a high price to book. The valuation report suggests that HydroGraph Clean power's shares may be trading at a premium, with eight fair value estimates suggesting the stock might be worth as much as 71% more than the current price.
The US reduces import tariffs for businesses building aluminum smelters.
The US Secretary of Commerce will establish an incentive program for businesses planning to invest in building new, expanding, or upgrading aluminum smelters in the country. If approved, businesses will be allowed to import the amount of virgin aluminum corresponding to their project needs and only be subject to half the current tariff rate. Currently, the US imposes a 50% tariff on most imported aluminum. The White House considers aluminum a crucial material for the American defense industry, used in the production of various weapons systems. The same day, President Trump signed an executive order strengthening controls on the use of critical minerals and sensitive materials from countries such as China, Russia, North Korea, and Iran in the defense supply chain. Starting in 2027, defense companies seeking exemptions from using sensitive materials will need to demonstrate they have sought alternative sources of supply.
Why India must act now to dominate global battery materials: Vikram Handa, Managing Director, Epsilon Group
Epsilon Carbon has expanded its advanced battery materials and specialty carbon businesses over the past year. The company aims to achieve 100% domestic value addition for anode materials and 60% for cathode materials in India, as over 93 per cent of the world's graphite anode material still comes from China. The move is significant for Epsilon's global differentiation in a market set to reach 4.2 TWh by 2030 at a 41% CAGR, with EVs driving roughly two-thirds of demand. The firm has also announced a massive Rs. 15,350 crore investment in Karnataka for graphite, LFP cathode manufacturing, and EV battery R&D hub.
Graphite One Advances Ohio Battery Materials Facility with EPA Milestone
Graphite One Inc. has achieved a significant regulatory milestone for its proposed Active Anode Materials (AAM) manufacturing facility in Conneaut, Ohio, as the Ohio Environmental Protection Agency (Ohio EPA) has accepted the company's air permit application for technical review. This move is a crucial step towards the development of the facility, which is expected to strengthen the domestic supply of battery-grade graphite materials. The facility is designed to produce synthetic Active Anodes Materials, an essential component used in lithium-ion batteries for electric vehicles, renewable energy storage systems, and various industrial battery applications. The company's strategy allows the Ohio facility to proceed independently of its Graphite Creek mining project in Alaska. The announcement is likely to have a neutral short-term impact on graphite and battery materials, but supports a long-term outlook for synthetic graphite prices through improved domestic supply and enhanced supply chain resilience.
NOVONIX Secures A$962,600 via Share Purchase Plan to Boost Battery Anode Material Production Capacity
NOVONIX Limited (ASX: NVX), a leading North American battery materials company, has secured A$962,600 through its Share Purchase Plan (SPP) offer, raising approximately 89 eligible shareholders. The funds will be used to support production capacity and meet forecast customer demand for the company's high-performance synthetic graphite anode materials used in lithium-ion batteries. These funds will also be used for capital expenditure to support the company’s high-performing synthetic graphina anode material.
NOVONIX Raises A$962,600 Through Share Purchase Plan to Fund Battery Materials Production Capacity
NOVONIX has raised A$962,600 through a Share Purchase Plan (SPP) to fund its production capacity. The company received applications from eligible shareholders for 6,016,250 fully paid ordinary shares at an offer price of A$0.16 per share. The SPP was part of a fully underwritten institutional placement of A $20.7 million to sophisticated investors and was successfully completed on the same date. Approximately 89 eligible shareholders submitted valid applications, representing a participation rate of approximately 0.3% of eligible shareholders. The new SPP shares will be issued on 22 July 2026, one day after the offer closure date, with trading expected to begin on the ASX on 23 July 20 26. The proceeds from the SPP will be used to fund capital expenditure and meet forecast customer demand.
UMKC-led coalition wins 'once-in-a-generation' grant to help rebuild US critical materials supply chain
A University of Missouri-Kansas City-led initiative aiming to rebuild America's domestic supply chain for critical materials will receive up to $160 million from the National Science Foundation over the next decade. The coalition includes over 260 partners from higher education, industry, government, and workforce development organizations across Missouri and Kansas. The project will initially receive $15 million over two years, with additional funding dependent on meeting specific milestones over the decade. This could become the largest research grant in Missouri higher education history and one of the nation's largest investments in domestic critical materials production. The initiative aims to increase U.S. production of metals and advanced materials used in batteries, semiconductors, aircraft engine parts and medical devices. It is designed to reduce reliance on foreign-controlled supply chains while positioning Kansas City as a hub for critical material innovation. The university estimates the effort could generate up to €40 billion in economic output and increase the Missouri-China GDP by $17 billion during that period.
Greenland Mines Acquires Stake in AnorTech, Moves into Critical Materials Processing
Greenland Mines (NASDAQ: GRML) has completed a strategic share exchange with AnorTech Inc. marking its first foray into midstream critical materials processing. Greenland Mines issued 12.4 million of its common shares to Anortech, worth approximately $3.5 million at closing, in exchange for an interest in Anor Tech, which is developing proprietary processes to extract high-value materials from anorthosite, a rock type abundant in Greenland and on the moon. The deal aligns with Greenland Mines’ strategy to secure a position in the growing market for advanced materials. The move could increase Greenland Mines' valuation by capturing more value from its raw materials. However, the transaction is subject to forward-looking statements and risks outlined in the company's SEC filings.
Engineering magnets for a cleaner future
The University of Cincinnati has been chosen for its strong research ecosystem in materials science and aligns with my interests in alloy design, phase transformations, and materials processing. I chose the University of Cincinnati for its collaborative environment and strong industry connections to develop impactful solutions that bridge the gap between science and engineering. My research at UC focuses on understanding the effects of phosphorus on phase transformations in iron-nickel alloys, with the goal of enabling the bulk synthesis of rare-earth-free tetrataenite permanent magnets. Her research aims to study how dilute phosphorus additions (0.25-0.5 atomic percent) influence interdiffusion and magnetic behavior in the iron-Nickel system by integrating advanced experimental techniques such as dilatometry, diffusion studies, electron microscopy, X-ray diffraction, and neutron scattering with CALPHAD-based computational modeling. Additionally, she has contributed to research on the mechanical properties and oxidation behavior of refractory complex concentrated alloys. Her graduate experience has been focused on advancing knowledge in metallurgy, materials design, characterization, and high-temperature alloy systems. After completing her PhD, she plans to continue her research and teaching teaching and teaching.
Supercharging the US Battery Industry: A Policy Roadmap to Accelerate Growth
The C2ES Regional Economies Initiative is leading a webinar to support the US battery industry, using a policy roadmap to accelerate its growth. The industry is facing challenges in securing finance, developing infrastructure, preparing the workforce, and procuring critical materials. The webinar will discuss the importance of securing a secure, resilient, domestic battery supply chain for local economies. The Southeast Regional Policy Roadmap was developed in collaboration with over 250 stakeholders across the Southeast United States.
TOMI Environmental Solutions and Carbonium Core Provide Business Update on Planned Merger and U.S. Nuclear-Grade Graphite Development
TOMI Environmental Solutions (TOMZ) and Carbonium Core, a leader in transforming low-grade coal into ultra-high-purity graphite, have announced a merger agreement to complete between the two companies on June 29, 2026. The merger is expected to provide Carbonium with a significant source of sales and revenue. The process of manufacturing nuclear grade graphite from coal in the U.S. is supported by the United States Department of Energy (ORNL) and the Hydrocarbon and Geothermal Energy Office (HGEO), which aims to utilise America’s hydrocarbon and geothermal resources to provide affordable, reliable, and secure energy. Carbonium is developing technology to produce nuclear-grade graphite for 4 th-generation nuclear reactors, including Small Module Reactors. The company plans to move to full-scale commercial production, which will include high-volume batches, dedicated infrastructure and quality assurance systems, comprehensive regulatory, compliance, and minimal tolerance for any deviation of variability.
Greenland Mines Ltd. (NASDAQ: GRML) Ties Together Rare Earths, Advanced Materials in Single Share Exchange - NetworkNewsWire
Greenland Mines Ltd. (NASDAQ: GRML) has closed a strategic share exchange with AnorTech Inc. (TSX-V: ANOR; OTCQB: ANF), marking the company's first foothold in midstream critical materials processing. The transaction involved more than 12 million common shares issued to Anortech, valued at approximately $3.5 million at closing, in exchange for an initial 9.9% equity position. In addition, Greenland received an option to acquire an additional 25,168,669 AnorTher shares, bringing its total ownership to a maximum of 19.9%. The deal aligns with Greenland's vision of building valuable resource assets beyond upstream and industrial processing jurisdictions such as Iceland or North America.
U.S. Metals & Minerals Projects to Add 1.2 GW of Power Demand
New or existing plants in the U.S. Metals & Minerals Industry are expected to add 1.2 GW of electricity demand to these facilities after their projects become operational, costing the industry an estimated $32 billion. The energy-intensive industrial projects across the U., including new mines, steel mills, critical minerals refineries, smelters, and battery-metal developments, are expected major contributors to an expected 1.3 GW of power demand from the industry. Industrial Info Resources is tracking 107 new plants under construction across the US. The largest power consumption is's, which will use 170 MW to produce 3 million tons per year. Data centers are expected be the main consumers of electricity, with electricity demand from data centers expected to grow from 35 GW in 2024 to 90 GW by 2030.
Europe’s Lithium Conversion Race Enters a New Phase as Vulcan, Keliber, Cinovec and AMG Showcase Four Distinct Financing Strategies
Europe's lithium sector is entering a new phase of development where project success depends less on resource size and more on ability to finance and build battery-grade lithium conversion capacity. Companies such as Vulcan Energy Resources, Keliber, Cinovec and AMG are using different financing models to bring strategic supply into production. Vulcan Energy recently secured a financial close for approximately €2.2 billion for its Lionheart Project in Germany's Upper Rhine Valley, which aims to produce around 24,000 tonnes per year of lithium hydroxide monohydrate. Sibanye-Stillwater’s Keliber Project in Finland has chosen a staged commissioning strategy, reflecting caution amid volatility in global lithium prices. AMG Critical Materials is focusing on downstream processing capacity while strengthening upstream resource access. Each model addresses the same objective of building a competitive European lithium supply chain through various combinations of financing and risk management.
U.S. company receives license to extract uranium from seawater and targets an estimated resource of 4.5 billion metric tons dissolved in the oceans, but still needs to overcome costs and challenges to bring the technology to an industrial scale.
SuperCritical Materials has received a license from the United States Department of Energy (Dee) to commercialize a technology for extracting uranium from seawater, a resource estimated to be 4.5 billion metric tons in the oceans. The technology was developed with support from the U.S. Department of Education’s Office of Nuclear Energy and led by researchers at the Pacific Northwest National Laboratory (PNNL). SuperCritical intends to commercialise the technology using advances in adsorption chemistry and materials science. The licensing comes as the US increases investments in advanced nuclear energy amid increased electrical demand from high-energy consumption industries. The company argues that reliable nuclear energy and secure fuel supply will be necessary to sustain growth associated with artificial intelligence, robotics, advanced computing, defense technologies, and digital infrastructure.
US firm gets license to commercialize seawater uranium extraction tech
Austin-based SuperCritical Materials Corp. has secured a license from the US Department of Energy (DOE) to commercialize a patented uranium and critical materials extraction technology developed by DOE laboratories. The technology is designed to extract uranium from seawater using advanced adsorbent materials and is a significant step towards expanding future nuclear fuel supply through unconventional uranium resources. The agreement allows SuperCritical to manufacture and deploy the technology at industrial scale in the United States, with plans to expand into allied nations in the future. The move comes as the US increases investment in advanced nuclear energy to meet rising electricity demand.
U.S. Scientists Tap Seawater to Break China's Rare Earth Monopoly
The supply chains for critical minerals, lithium, cobalt, magnesium, and nickel, are dominated by China, creating a precarious concentration of global supplies. The United States is using cutting-edge technology to source these critical minerals from seawater. Currently, China supplies about 85-95 percent of the world’s refined rare earth minerals and is home to 85-90 percent of world”s rare earth mine-to-metal refining. This concentration of these materials could pose a significant threat to global energy security if producers restrict access to their customers, or more industries develop an appetite for them. However, for Beijing, control over global critical mineral supplies provides a significant economic advantage. The International Energy Agency predicts that global demand for critical materials by the clean energy industry will double by 2040, depending on the rate of clean energy adoption. A new co-flow reactor, developed by the Pacific Northwest National Laboratory (PNNL), could extract high-purity magnesium hydroxide from seawaters for use in U.S. industries. The technology could also be used to extract other critical minerals.