Group 1 - The Trump administration has decided not to involve the Treasury Department in trading oil futures at this time, as officials believe its market impact would be limited [1] - Global oil prices have surged since the onset of the conflict with Iran, disrupting Middle Eastern supplies, but saw a decline for the first time in six days following speculation of U.S. intervention in the futures market [1] - The Strategic Petroleum Reserve is currently about 60% full, leading to hesitance among officials to tap into it immediately [1] Group 2 - A senior White House official indicated that the Treasury is expected to announce measures to combat rising energy prices due to the Iran conflict, which may include actions related to the oil futures market [1] - The specifics of the Treasury's plan remain unclear, as the official did not want to preempt the upcoming announcement [1]

Core Viewpoint - Manganese X Energy Corp. is advancing its Pre-Feasibility Study (PFS) for the Battery Hill Project in New Brunswick, Canada, focusing on geotechnical drilling and metallurgical process optimization to enhance project efficiency and reduce operating costs [1][3]. Group 1: Pre-Feasibility Study Progress - The PFS is being led by ABH Engineering Inc., which has begun preliminary engineering activities, including establishing the project schedule and organizational framework [2]. - The company has initiated a targeted geotechnical drilling program consisting of three drill holes totaling approximately 550 meters to gather site-specific data for infrastructure planning [3][4]. - The results from the geotechnical program are expected to improve mine design confidence and support the economic evaluation of the Battery Hill Project [4]. Group 2: Metallurgical and Environmental Efforts - Manganese X is collaborating with Kemetco Research Inc. to provide technical support for metallurgical activities and prepare product samples for ongoing evaluation [5]. - The PFS will also include investigations into environmental and social impacts, focusing on baseline conditions, permitting needs, and community engagement [6]. Group 3: Company Mission and Future Plans - Manganese X aims to become the first publicly traded manganese mining company in Canada and the U.S. to commercialize high-purity manganese for the EV market, contributing to the North American supply chain [8]. - The company is committed to developing carbon-friendly methodologies and processing manganese at competitive costs [8]. Group 4: Upcoming Events - Manganese X will exhibit at the PDAC convention in Toronto from March 1-4, 2026, inviting investors and industry participants to visit their booth [7].

Group 1 - Exxaro Resources has satisfied all conditions for acquiring various manganese mining investments in South Africa, including a 50.1% ownership in Tshipi and a 19.99% share in Jupiter Mines, with the acquisition of Jupiter shares priced at ZAR 3.69 each, approximately AUD 0.33 at current exchange rates [2] - Jupiter will maintain its 49.9% interest in Tshipi and will continue to exercise joint control over Tshipi operations, with no changes to its rights under the Tshipi shareholders agreement [3] - The formal completion of the transaction is scheduled for February 27, 2026, marking a significant step in the partnership between Exxaro and Jupiter [3] Group 2 - The Tshipi Manganese Mine reported strong operating results, with sales reaching approximately 868,000 tonnes and production exceeding 840,000 tonnes, benefiting from improved manganese prices [5] - Both sales and production are on track to meet the full financial year target of about 3.4 million tonnes, reflecting positive performance during the quarter [6]

Group 1 - Global manganese production is heavily concentrated in Africa, with South Africa, Gabon, and Ghana accounting for a substantial share of total output, reinforcing Africa's strategic role in the global manganese supply chain [1] - In 2025, global manganese production is estimated to increase by 10.8% to 57.3 million tonnes, primarily driven by supply growth from Ghana and Australia, with Ghana's production growth linked to the ramp-up of operations at the Nsuta mine [2] - The Groote Eylandt mine in Australia is expected to resume operations in May 2025, following a suspension due to Tropical Cyclone Megan, which will significantly enhance Australia's supply contribution in 2025 [2] Group 2 - In 2026, global manganese output is forecasted to rise by 3.3% to 59.1 million tonnes, largely supported by Groote Eylandt reaching full production capacity after its 2025 restart [3] - Production from other major suppliers, including South Africa, Gabon, and Ghana, is expected to remain broadly flat due to the absence of significant new capacity additions, which is notable given supply disruptions in other regions [4] - Global markets are increasingly reliant on output from South Africa, Gabon, and Ghana to meet sustained demand, particularly from the steel and electric vehicle battery sectors, with a projected compound annual growth rate of 0.6% in global manganese production from 2025 to 2035 [5]

Core Insights - Aftermath Silver Ltd has successfully completed the acquisition of the Berenguela project in southern Peru, now fully owned by the company [1][4] - The project is a significant silver-copper-manganese deposit, currently in its third phase of drilling, targeting exploration zones and future infrastructure [2][5] Acquisition Details - The acquisition process began in 2020, involving approximately $21 million Canadian in cash and shares, with complex legal work required for ownership transfer [4] - As of the end of December, Aftermath Silver holds 100% ownership of the Berenguela project, allowing for full control over the asset [4][8] Project Overview - The Berenguela project is a large deposit with potential for silver, copper, and manganese, all of which are currently experiencing high prices in the commodities market [5] - The company is focusing on drilling specific targets, including a copper zone on the eastern side and a copper-gold target in the southwest [6] Funding and Future Plans - Aftermath Silver raised about $20 million in December, providing full funding to advance engineering studies over the next 12 months [7] - The company aims to enhance the project's valuation in the market, leveraging its 100% ownership for strategic decisions regarding landholdings and associated costs [8]

Core Insights - Aftermath Silver Ltd. announced a new Mineral Resource Estimate (MRE) for the Berenguela silver-copper-manganese project, showing a 21% increase in contained silver in Measured and Indicated resources to 122.5 million ounces (Moz) [2][7] - The MRE was completed by BBA International and is based on extensive drilling data, enhancing the understanding of the deposit [2][3] Resource Estimates - The combined Measured and Indicated (M&I) resources increased by 11.37 million tonnes or 28.3% to 51.55 million tonnes [4] - The conversion of Inferred resources to M&I resulted in a decrease of 7.96 million tonnes in the Inferred resources inventory [5] - The MRE is based on data from 439 drill holes, including 82 diamond drill holes drilled by Aftermath in 2024/25 [5] Metal Content - The contained metal in M&I resources increased as follows: - Silver: increased by 21.3 Moz (21%) to 122.5 Moz with 22.0 Moz in Inferred resources [7] - Manganese: increased to 2.93 million tonnes (Mt) M&I with 0.47 Mt Inferred resources [7] - Copper: increased to 717.1 million pounds (Mlb) M&I with 118.4 Mlb Inferred resources [7] - Zinc: increased to 372.4 Mlb M&I with 80 Mlb Inferred resources [7] Geological Insights - Mineralization at Berenguela is primarily hosted in mid-Cretaceous age limestones and is interpreted as a carbonate replacement deposit [25] - The mineralization extends approximately 1,500 meters in length and 200 to 400 meters in width, with drilling identifying mineralization up to 80 meters below the surface [26] Future Plans - The company plans to expedite development and engineering work at Berenguela and conduct additional drilling towards the eastern margins of the mineralization [6][8]

Core Viewpoint - Manganese X Energy Corp. has initiated a Prefeasibility Study (PFS) for its Battery Hill project, selecting ABH Engineering Inc. and GEMTEC Consulting Engineering and Scientists Ltd. to lead the study, which aims to optimize project economics and environmental stewardship [2][4][5]. Group 1: Project Overview - The PFS for the Battery Hill High Purity Manganese (HPMSM) project is set to begin immediately, with completion targeted for 2026 [3]. - The Battery Hill project is located near Woodstock, New Brunswick, Canada, and is one of the largest manganese carbonate deposits in North America, strategically positioned 15 km from the U.S. border [7]. Group 2: Engineering and Environmental Components - ABH Engineering will oversee major technical components of the PFS, including mine design, production scheduling, and overall project execution strategy [6]. - GEMTEC will handle environmental, geotechnical, hydrogeological, and community-impact assessments necessary for project advancement and permitting [6]. Group 3: Strategic Importance - The PFS aims to reflect high standards of environmental responsibility and technical rigor, optimizing the project's flowsheet to maximize long-term shareholder value [4][5]. - The project is positioned to become one of North America's first HPMSM production hubs, catering to the electric vehicle and energy-storage sectors [5]. Group 4: Company Mission - Manganese X aims to advance the Battery Hill project into production, becoming the first publicly traded manganese mining company in Canada and the U.S. to commercialize EV-compliant high purity manganese [9].

Core Points - Manganese X Energy Corp. has initiated its Battery Hill High Purity Manganese Prefeasibility Study (PFS) with the selection of ABH Engineering Inc. and GEMTEC Consulting Engineering and Scientists Ltd. [2][3] - The PFS is expected to be completed by 2026, focusing on optimizing project economics and ensuring environmental responsibility [3][4][5] Company Overview - Manganese X aims to advance its Battery Hill project into production, targeting to become the first publicly traded manganese mining company in Canada and the U.S. to commercialize EV-compliant high purity manganese [9] - The Battery Hill Project is located near Woodstock, New Brunswick, covering 1,225 hectares and is strategically positioned 15 km from the U.S. border [7] Engineering and Environmental Components - ABH Engineering will lead the technical aspects of the PFS, including mine design, production scheduling, and cost estimation, while GEMTEC will handle environmental and community impact assessments [5][6] - The PFS will incorporate recent advancements in processing flowsheet and ore sorting, along with updated geological input [8] Strategic Importance - The project is positioned to become a key production hub for high purity manganese in North America, supporting the EV and energy-storage sectors [5][9]

Core Viewpoint - The 2025 financial year was a record-breaking year for Jupiter Mines, particularly for the Tshipi manganese mine, which achieved significant operational and sales results, contributing to outstanding returns for shareholders [4]. Financial Performance - Jupiter declared a total dividend of $0.015 per share for the financial year 2025, which included a final dividend of $0.0075 per share [5]. - The Tshipi mine achieved its highest-ever mining volumes, totaling 15 million bank cubic metres (BCMs) [5]. - The mine processed 3.72 million tons of material and exported 3.6 million tons of manganese ore, setting new records for both metrics [5].

Core Insights - Manganese X Energy Corp. announced highly positive Phase 2 ore-sorting results, achieving an 80% increase in mill feed grade in its Battery Hill pilot program [2][5][7] - The ore-sorting process is expected to significantly reduce capital and operating costs, enhancing project economics [5][8] Group 1: Ore-Sorting Results - The pilot scale results indicate that the Battery Hill material is very amenable to ore sorting, with an 80% increase in manganese content per tonne after processing [2][3] - The ore-sorting program was conducted at RADOS Technologies lab in South Africa, processing over 400 kg of rock from the Battery Hill manganese deposit [4][6] - The study is part of the preparation for the upcoming Pre-Feasibility Study (PFS) scheduled to commence in Q3 2025 [6][10] Group 2: Economic Implications - The ore-sorting process is projected to deliver significant savings in capital expenditure (CAPEX) and operating costs (OPEX), which could positively impact the project's net present value (NPV) and internal rate of return (IRR) [5][8] - Higher-grade feed allows for a smaller facility to produce more metal, maximizing resource utilization and reducing environmental impact [8][10] - The results confirm the economic potential of the ore-sorting technology, supporting its integration into the company's operations [7][8]