LONDON, Ontario, March 25, 2026 (GLOBE NEWSWIRE) -- Aduro Clean Technologies Inc. (“Aduro” or the “Company”) (Nasdaq: ADUR) (CSE: ACT) (FSE: 9D5), a clean technology company using the power of chemistry to transform lower-value feedstocks, like waste plastics, heavy bitumen, and renewable oils, into resources for the 21st century, today announced that it has entered into an agreement (the “Agreement”) with Water Tower Research LLC (“WTR”), an institutional research and investor engagement firm to provide co ...

Core Viewpoint - Aduro Clean Technologies Inc. is participating in the 38th Annual ROTH Conference to engage with institutional investors and discuss its execution plans and commercialization strategies [1][2]. Company Overview - Aduro Clean Technologies is focused on developing patented water-based technologies for recycling waste plastics, converting heavy crude and bitumen into lighter oil, and transforming renewable oils into higher-value fuels or chemicals [4]. Conference Details - The 38th Annual ROTH Conference will take place from March 22-24, 2026, in Dana Point, California, with CEO Ofer Vicus representing the company [2]. - The conference format includes one-on-one meetings with investors, allowing for direct engagement with Aduro's management team [3]. Key Discussion Points - At the conference, Aduro plans to highlight the NGP Pilot Plant's operating campaigns, which support data generation, customer engagement, and feedstock qualification [2]. - Discussions will also cover the advancement of the planned FOAK industrial plant and ongoing downstream validation work, as well as the evolving European regulatory environment that supports market readiness for Hydrochemolytic™ Technology outputs [2].

Core Insights - LiqTech International, Inc. reported a 13% increase in revenue for FY 2025, totaling $16.5 million, driven by a 49% rise in total systems and aftermarket revenue [4][6][7] - The company experienced a net loss of $(8.6) million for FY 2025, an improvement from $(10.3) million in FY 2024 [6][13] - LiqTech anticipates FY 2026 revenue between $23 million and $27 million, representing a potential increase of 39% to 64% from FY 2025 [6][14] Recent Financial Highlights - FY 2025 revenue was $16.5 million, up from $14.6 million in FY 2024, while Q4 2025 revenue decreased by 8% to $3.1 million compared to $3.4 million in Q4 2024 [6][7] - Adjusted EBITDA for FY 2025 was $(5.0) million, an improvement from $(6.1) million in FY 2024 [14] - The ending cash balance as of December 31, 2025, was $5.1 million [6][14] Recent Operational Highlights - The company sold a record 34 pool systems in FY 2025, generating $2.6 million in revenue, compared to $1.2 million in 2024 [6][8] - LiqTech made significant progress in various sectors, including produced water, marine system deployments, and industrial installations, notably with NorthStar BlueScope Steel [4][6] - The marine segment is gaining momentum, with three commercial orders for marine dual-fuel engine water treatment systems received during 2025 [6][8] Management Commentary - The CEO highlighted that 2025 marked a significant advancement for LiqTech, emphasizing the shift towards higher-value system sales and the growing adoption of silicon carbide membrane technology [4] - The company remains focused on scaling its business for sustainable, profitable growth while prioritizing attractive verticals [4]

Core Insights - Comstock Inc. and its subsidiary Comstock Metals have received approximately $900,000 in tax abatements from the Nevada Governor's Office of Economic Development for their solar panel recycling facility [2][3] - The facility is set to begin production in Q2 2026, with an initial capacity to recycle about 3.3 million solar panels or 100,000 tons of material annually [2] - The operation is expected to create at least 43 jobs and generate over $12 million in capital investments within the first year [3] Company Overview - Comstock Inc. focuses on innovating and commercializing technologies for clean energy systems, particularly through the recycling of end-of-life solar panels to extract reusable metals [5] - The company aims to establish itself as a leader in the domestic supply chain for critical metals, including silver, copper, and silicon, through its recycling processes [4]

Core Insights - Mangrove Lithium has secured up to $85 million USD ($118 million CAD) in structured financing to advance its lithium refinement technology for electric vehicles (EVs) [1][6] - The Canada Growth Fund is contributing up to $65 million USD ($90 million CAD) to this financing round, with participation from existing investors including Bill Gates' Breakthrough Energy Ventures and BMW iVentures [1][6] Funding and Development Plans - National Bank of Canada is underwriting a $9 million CAD loan backed by a Clean Technology Manufacturing Investment Tax Credit, which will support the establishment of Mangrove's first commercial lithium refinement facility in Delta, BC [2] - The Delta facility is expected to produce enough battery-grade materials to power 25,000 EVs annually, with plans for a second, larger plant that could eventually power 500,000 EVs per year [2][3] Technology and Market Position - Founded in 2017, Mangrove has developed patented electrochemical lithium refining technology that is claimed to be more cost-effective, produce less waste, and require fewer chemicals than traditional methods [4] - The company has been recognized on the Global Cleantech 100 list for four consecutive years, indicating its strong position in the cleantech sector [4][5] Strategic Importance - This financing is part of the Canadian government's broader initiative to enhance the country's critical minerals capabilities and reduce reliance on China, thereby ensuring Canadian sovereignty in the sector [6]

分组1 - The focus is on identifying, analyzing, and investing in small to mid-cap growth companies in the Canadian and U.S. markets, particularly those that are scaling profitably and offering best-in-class products [1] - The investment strategy emphasizes long-term investments in high-quality companies within growing "new economy" sectors such as software, artificial intelligence, clean technology, robotics, and renewable energy [1] - There is a strong preference for profitable and cash-generating businesses that are in the early stages of growth, aiming for high returns on invested capital without excessive risk [1] 分组2 - The company operates as an equity research analyst at Torrent Capital Ltd., which focuses on high conviction growth equities [1] - The analyst has over 8 years of active investing experience, primarily in the technology sector, and holds a CFA Charter and a Bachelor of Commerce degree [1] - The goal is to share top investment ideas through in-depth analyses, focusing on stocks that are underappreciated or mispriced relative to their growth potential [1]

Core Viewpoint - The aluminum market is experiencing significant turmoil due to tightening global supply, which is driving prices higher and disrupting operations [1] Group 1: U.S. Aluminum Market Dynamics - The U.S. aluminum smelting industry has drastically reduced from 20 smelters in 1998 to only five currently, with Alcoa Corporation and Century Aluminum Company being among the last operators [2][4] - The key issue affecting aluminum smelting is the high cost of power, with data centers and AI companies willing to pay significantly more for electricity than smelters can afford [3][9] - The outlook for aluminum prices is cautiously optimistic, with expectations of prices exceeding $3,000 per ton next year, although not as bullish as for copper [4] Group 2: Global Supply Constraints - China, the world's leading aluminum supplier, is facing production caps imposed by the government, limiting its ability to increase supply despite rising domestic consumption [5] - The International Aluminium Institute projects a 40% increase in aluminum demand by 2030, driven by clean technology needs [6] - Operational issues in Mozambique could threaten 10% of Europe's aluminum supply if the South32 Ltd. Mozal smelter fails to secure affordable electricity by March 2026 [7] Group 3: Market Expectations and Price Projections - ING Research anticipates material deficits in the aluminum market due to slower production growth and resilient demand, with a price target of $2,900 per ton by 2026 [8] - Electricity costs are a major factor in smelting, accounting for nearly half of production costs, with competitive smelters requiring long-term contracts at around $40/MWh, while tech companies are currently paying up to $115/MWh [9]

Core Insights - EnviroGold Global Limited announced the publication of an independent case study by ANDRITZ, validating the performance and commercial scalability of the NVRO Process™ [1][2] Group 1: Case Study Findings - The ANDRITZ study confirms that the NVRO Process™ significantly enhances recovery, concentrate grade, and operating efficiency from mine waste [2][4] - The optimization model aligns closely with EnviroGold's lab and pilot results, confirming the underlying chemistry and metallurgical performance [4][8] - The study demonstrates a 286% increase in gold and a 450% increase in silver concentrate grades, with an 82% gold recovery rate validated by ALS Global [8][9] Group 2: Commercialization and Scalability - The IDEAS™ model aids in the rapid deployment of the NVRO Process™ across various sulphidic tailings sites globally [5][6] - Digital replication through IDEAS™ provides a blueprint for efficient engineering, reducing design time and supporting a capital-light licensing model [6][8] - The combination of third-party validation and strong economics supports EnviroGold's global scalability, particularly in the U.S., Australia, and Europe [8][9] Group 3: Future Prospects - With the NVRO Process™ validated across digital, lab, and pilot stages, the company is advancing toward commercial project commitments [9]

Core Insights - The AI sector is facing challenges due to energy and infrastructure limitations, shifting the focus from technology to the raw materials and infrastructure needed to support it [4][6][27] - First Phosphate Corp. is positioned as a key player in the mining sector, particularly in the production of Lithium Iron Phosphate (LFP) batteries, which are essential for the AI and electric vehicle industries [11][20][21] Industry Overview - The digital revolution relies heavily on physical resources, with energy and critical minerals becoming increasingly important for technology advancements [4][6] - Mining companies, especially those focused on critical minerals like phosphate, lithium, and iron, are emerging as significant investment opportunities as tech valuations reach high levels [7][8] Company Highlights - First Phosphate Corp. has developed a fully integrated North American supply chain for LFP batteries, utilizing domestically sourced critical minerals [11][25] - The company has achieved a +150% year-to-date increase, indicating strong market performance and investor interest [17] - First Phosphate's model eliminates dependence on foreign supply chains, providing a reliable and sustainable source of battery materials [25] Strategic Positioning - The U.S. Interior Department has added phosphate to its Critical Minerals list, enhancing the strategic importance of First Phosphate's operations [9] - The company is uniquely positioned at the intersection of mining and technology, appealing to investors looking for both resource security and technological scalability [20][21] - Government incentives and policies favor companies like First Phosphate, which are focused on domestic production of critical minerals [26] Future Outlook - Global demand for LFP batteries is expected to grow significantly as industries pivot towards sustainable solutions, positioning First Phosphate as a leader in this market [21][22] - The company's vision includes extracting and processing North American critical minerals to support the next generation of technology and clean energy infrastructure [14][27]

Core Insights - Tata Group's Agratas is constructing a £4bn ($5.27bn) battery manufacturing plant in Bridgwater, Somerset, aimed at advancing clean technology and supporting the UK's energy transition [1][4] Construction Progress - Current construction highlights include the progress on 'Building One', with teams working on multiple floor levels and 3,000 tonnes of locally sourced concrete already poured [2] - A steel frame for a central utilities building, measuring 100m in length, has begun to emerge [2][3] Employment and Economic Impact - The initial manufacturing building is expected to support over 2,200 direct jobs and approximately 7,500 roles within the broader supply chain during construction [3] - Recruitment for up to 1,600 operational positions is anticipated to start next year, preparing for battery cell production [5] - Once fully operational, the facility is projected to contribute over £700m annually to the South West's economy [5] Project Timeline and Collaboration - Construction began in 2024 and is scheduled to continue through to 2026 [4] - Sir Robert McAlpine has been selected as the delivery partner for Building One, showcasing UK engineering and collaboration [6]