Core Viewpoint - Primary Hydrogen Corp. is advancing its permitting activities for the Wicheeda North REE project in British Columbia and has announced a corporate change regarding its Vice President of Exploration [1][3]. Permitting Update - The Company submitted its Notice of Work application for Wicheeda North on August 1, 2025, which is currently in the consultation process with First Nations as per British Columbia regulations. The completion of this process is anticipated in early Q1 2026 [2]. - Following the necessary approvals, the Company plans to engage drilling contractors to execute a maiden drill program at the project [2]. Project Significance - Wicheeda North is viewed as a significant opportunity for the Company to engage in the growing rare earth element sector, particularly due to its proximity to Defense Metals' advanced Wicheeda deposit, which has a NI 43-101 compliant Measured and Indicated Resource of 29.3 million tonnes grading 2.27% Total Rare Earth Oxide (TREO) [3][5]. - Historical exploration has identified multiple geophysical and geochemical targets at Wicheeda North, which supports the exploration strategy based on the latest interpretations of REE mineralization [6]. Corporate Change - The Company announced the departure of Peter Lauder, P.Geo., from his role as Vice President, Exploration, acknowledging his contributions to the Company's exploration initiatives [3]. - The Company will utilize internal resources and qualified third-party contractors for the upcoming drill program at Wicheeda North [3]. Project Overview - The Wicheeda North Project consists of nine contiguous mineral claims covering 2,138 hectares (21.1 km²) located in the northern Cariboo Mining Division, British Columbia, within a region known for REE mineralization [4]. - The project is situated approximately 5 km northwest of the Wicheeda Rare Earth Element Deposit, which has significant resources [5].

Core Insights - Powermax Minerals Inc. has successfully completed its 2025 field exploration program at the Atikokan Rare Earth Elements (REE) Property in northwestern Ontario, which included geological mapping, prospecting, radiometric surveys, and systematic geochemical sampling [1][2]. Exploration Program Overview - The exploration program involved the collection of 426 samples, including quality assurance and quality control (QA/QC) samples [2]. - The sampling included 251 soil samples, 10 sediment samples, and 165 rock samples [10]. Geological Mapping Results - Geological mapping identified three principal lithological domains: Block A (granodiorite to granite), Block B (gneissic tonalite), and Block C (dominantly gneissic tonalite) [3][4]. - Granitic and pegmatitic rocks are considered favorable for REE mineralization due to their association with late-stage magmatic systems [3]. Radiometric Survey Findings - Radiometric surveys indicated background levels in gneissic tonalite ranged from approximately 60 to 80 counts per second (cps), while granitic and pegmatitic units showed higher responses from 100 to 2,700 cps [11]. - Elevated cps values, particularly above 200-300 cps, are considered anomalous and warrant further geological and geochemical follow-up [11]. Airborne Geophysical Survey - A high-resolution helicopter-borne magnetic and radiometric survey has been completed, with the final interpretation report pending [6]. - The integration of this data with geological mapping and sampling results will help refine exploration targeting [6]. Exploration Implications - The combination of favorable host rocks, elevated radiometric responses, and structural complexity suggests that the Atikokan Property has geological characteristics associated with REE-prospective systems [7]. Management Commentary - The CEO of Powermax Minerals highlighted the completion of the field program as a significant milestone, generating a robust technical dataset for evaluating the property's REE potential [14].

Core Insights - Powermax Minerals Inc. has successfully completed its Phase 2 exploration field program at the Cameron Rare Earth Element (REE) Project in British Columbia, following positive results from Phase 1 that confirmed the presence of rare earth mineralization [1][9]. Phase 2 Fieldwork Summary - The Phase 2 program involved geological mapping, systematic rock sampling, and extensive geochemical surveys, with a total of 100 soil samples, 100 stream sediment samples, and 29 rock samples collected for analysis [2][8]. - Analytical work is being conducted by Agat Laboratories in Calgary, Alberta, which is ISO/IEC 17025:2017 accredited, ensuring quality assurance and control protocols during sample preparation and analysis [8]. - The data from this program will be integrated with previous geological and geophysical results to refine the geochemical model and identify new priority drill targets for future exploration [8]. CEO's Comment - The CEO of Powermax Minerals Inc., Paul Gorman, emphasized that the completion of Phase 2 fieldwork is a significant milestone for the Cameron Project, providing a comprehensive dataset to evaluate rare earth element distribution patterns across the property [9]. About the Cameron REE Project - The Cameron REE Project spans approximately 2,984 hectares in the Kamloops Mining Division, British Columbia, and is located within the Monashee Group, known for hosting REE-bearing pegmatites and carbonatite zones [10]. - Rare earth mineralization in the area is associated with shear zones and structurally controlled pegmatitic intrusions enriched in both light and heavy rare earth elements [10]. About Powermax Minerals Inc. - Powermax Minerals Inc. is a Canadian mineral exploration company focused on advancing rare earth element projects, holding options to acquire multiple properties, including the Cameron REE Property and the Atikokan REE Property in Ontario [12].

Core Insights - Powermax Minerals Inc. has successfully completed a high-resolution airborne geophysical survey at its Atikokan Rare Earth Element Property in Ontario, which is a significant advancement for the company [1][8] Survey Overview - The survey covered a total of 1,409 line-kilometres, with flight lines spaced at 50 metres and tie lines at 500 metres, ensuring detailed geological and structural interpretation [2] - The helicopter operated at an average terrain clearance of 44 metres, maintaining high data quality [2] Survey Objectives and Quality - The primary objectives included refining structural and lithological interpretations, delineating magnetic trends, and identifying zones of elevated potassium, thorium, and uranium signatures [3] - All fieldwork and processing met contract specifications, with magnetic noise levels within acceptable limits and high accuracy in GPS positioning [4] Data Processing and Deliverables - Post-flight data processing utilized Geosoft Montaj and Praga NASVD software to enhance data quality, resulting in full digital databases, GeoTIFF maps, and a digital terrain model at a 1:30,000 scale [5] Management Comment - The CEO of Powermax Minerals highlighted the survey as a major step forward, emphasizing the excellent data quality that will enhance understanding of the mineralization framework in the Atikokan area [8] Next Steps - The company plans to conduct comprehensive processing and interpretation of the datasets, integrating them with historical mapping and recent geological data to guide future exploration activities [9] Company Overview - Powermax Minerals Inc. is focused on advancing rare earth element projects and holds options to acquire multiple properties, including the Atikokan REE Property and the Cameron REE Property [11]

Core Insights - Powermax Minerals Inc. has announced the results of an integrated geoscientific interpretation on its Atikokan Rare Earth Element (REE) Property, identifying priority exploration targets across three blocks covering 9,416 hectares in Ontario [1][7] Exploration Program - The ongoing exploration program aims to validate and expand upon the desktop study results, incorporating field results into the Atikokan REE exploration model [4] - High-resolution airborne magnetic and radiometric surveys are being conducted to refine the geometry of REE-bearing zones [5] - Systematic surface sampling will confirm REE-bearing phases identified in the desktop review [5] Study Highlights - A well-defined REE corridor has been delineated along the contact between the White Otter Batholith and the Dashwa Gneissic Suite, indicating favorable conditions for REE-bearing alteration systems [5] - Strong REE anomalies have been confirmed in Blocks B and C, with Total Rare Earth Element (TREE) values ranging from 254 to 1,947 ppm, averaging approximately 616 ppm [5] - Additional localized potential has been identified in Block A, with TREE values between 339-1,111 ppm, averaging around 570 ppm [5] Company Overview - Powermax Minerals Inc. is focused on advancing rare earth element projects and holds options to acquire multiple properties, including the Atikokan REE Property and the Cameron REE Property [9]

Core Insights - Powermax Minerals Inc. has initiated its Phase 2 exploration program at the Cameron Rare Earth Element (REE) Project in British Columbia, following positive results from Phase 1 exploration [1][2]. Group 1: Phase 1 Results - Phase 1 exploration confirmed the presence of both light and heavy rare earth element mineralization across the property, with notable minerals including monazite, allanite, and xenotime [2]. - Total REE (TREE) values from the exploration ranged from 17 ppm to 1,943 ppm, while heavy mineral concentrates showed TREE values between 365 ppm and 7,561 ppm, indicating significant REE enrichment [6]. Group 2: Phase 2 Program Objectives - The Phase 2 program aims to conduct geological mapping and systematic rock sampling in both new and previously identified mineralized zones [6]. - Additional stream sediment and soil geochemical surveys will target untested drainages and low outcrop areas [6]. - The integration of geological, geochemical, and geophysical datasets will be performed using a GIS platform to refine and prioritize drill targets [6]. Group 3: Project Overview - The Cameron REE Project spans approximately 2,984 hectares and is located within the Monashee Group, known for hosting REE-bearing minerals [8]. - Mineralization at the site is associated with pegmatites, shear zones, and altered gneisses enriched in both light and heavy REEs [8]. Group 4: Company Insights - Paul Gorman, CEO of Powermax Minerals Inc., expressed optimism regarding the project's potential for significant value addition for shareholders, highlighting the favorable geological environment for REE mineralization [7].

Core Insights - Belmont Resources Inc. has initiated a comprehensive core relogging and resampling program at its Crackingstone Uranium Project in Saskatchewan, marking a significant advancement in its exploration efforts within the uranium and rare-earth-rich Beaverlodge Domain [1][2] Exploration Program - The relogging and analytical work is being conducted by Axiom Exploration Group Ltd., focusing on the historic 2008 drill campaign which included 20 holes totaling 3,029.4 meters, with 44% of the core recovered for analysis [3][4] - The program aims to obtain detailed geochemical information, refine lithological classification, and evaluate the potential for rare earth element (REE) mineralization, thereby introducing dual-commodity exposure [5][6] Strategic Partnerships - Recent site visits by Belmont management and HMS Bergbau AG representatives, including Consulting Geologist Dr. Thomas Unterweissacher, highlight the strategic input from HMS, a major shareholder, emphasizing European interest in uranium and critical minerals in stable jurisdictions like Canada [7] Project Potential - The Crackingstone property is strategically located near Saskatchewan's uranium-rich Athabasca Basin, benefiting from excellent infrastructure and the potential for significant uranium resources, with historic grab sample grades of up to 15.6% U₃O₈ [9][12] - Belmont has submitted a permit application for a comprehensive drilling program consisting of 40 drill holes totaling 10,000 meters, reflecting confidence in the property's potential [12] Other Projects - Belmont is also exploring the Come By Chance property in British Columbia, which is characterized as a compelling porphyry-CRD system under active exploration [10]

Core Insights - Verde AgriTech Ltd. has identified a continuous clay-hosted rare earth element (REE) mineralized zone in Brazil, covering approximately 5,500 hectares across 13 mineral rights, indicating significant potential for growth in the REE sector [2][4][9] Exploration Highlights - The mineralized zone exhibits high-grade samples with total rare earth oxides (TREO) reaching up to 8,930 ppm and magnetic rare earth oxides (MREO) up to 2,182 ppm, with 22 samples exceeding 1,000 ppm MREO [4][8] - The presence of neodymium (Nd) and praseodymium (Pr) is notable, contributing an average of 19% of TREO, peaking at 24%, which is critical for high-performance permanent magnets used in electric vehicles and advanced electronics [5][8] - The exploration results indicate consistent enrichment in heavy rare earths, particularly dysprosium (Dy) and terbium (Tb), which are essential for high-temperature magnets [5][8] Next Steps - The Board of Directors is conducting a formal review to determine the best path forward for the project, considering options such as targeted drilling and potential partnerships, while balancing capital allocation with core operations [9][4] - A comprehensive update and go-forward plan are expected to be communicated within seven days, highlighting the significance of the discovery and its potential economic implications [9][4]