お知らせ • Jun 28
Global Uranium Corp. Commences Ambient Noise Tomography Survey at the Astro Uranium Project in Saskatchewan Global Uranium Corp. announced that an Ambient Noise Tomography (“ANT”) survey has commenced at the Astro Project (“Astro” or the “Project”), located in the eastern Athabasca Basin, Saskatchewan. The Company holds an option to acquire up to an 80% interest in Astro from Cosa Resources Corp., the project’s underlying owner and operator, subject to the satisfaction of certain earn-in requirements. The ANT survey forms part of the next phase of exploration following Global's completion of the Phase 1 earn-in requirements under its option agreement with Cosa. The ANT survey is the next step in advancing Astro following the completion of a 2025 airborne geophysical program, which defined a significant east-northeast trending conductive corridor across the Project, providing the foundation for the current follow-up work. The upcoming ANT survey will be completed by CAUR Technologies of Quebec, Canada, and is designed to deliver high-resolution shear wave velocity models to support geological interpretation and drill targeting by helping delineate lithological contrasts, structural features, and alteration zones within the lower Athabasca sandstone and upper basement rocks. The survey will focus on the AS-1 target area, which covers a significant portion of a 25-kilometre-long conductive corridor defined by Cosa’s 2025 project-wide airborne survey. Conductive corridors of this type are considered important exploration targets in the Athabasca Basin and are commonly associated with structural settings that host uranium deposits elsewhere in the basin. The survey design includes the deployment of 300 seismic sensors and is expected to take approximately two months to complete. Results from the survey are expected to help Global and Cosa identify and prioritize the most prospective areas for additional exploration, including potential follow-up ground electromagnetic surveying and future diamond drill targeting. The scientific and technical information contained in this news release has been reviewed and approved by Jared Suchan, Ph.D., P.Geo., a Qualified Person as defined by NI 43-101. お知らせ • May 13
Global Uranium Corp., Annual General Meeting, Jul 23, 2026 Global Uranium Corp., Annual General Meeting, Jul 23, 2026. お知らせ • Apr 14
Global Uranium Corp. Announces Completion of Geological Mapping At the Airline Project in Wyoming Global Uranium Corp. has completed detailed geological mapping at the Airline Project in the Wind River Basin of central Wyoming. The mapping program represents the first component of the 2026 field program at Airline, which also included a radiometric survey, as well as hand samples for geochemical assay and mineralogical analysis. The results of those additional datasets will be reported as they become available. The mapping was completed over one week by Big Rock Exploration in late October 2025 and improved the Company’s understanding of stratigraphy and structure at Airline. Multiple key geological units were validated across the study area. The Tertiary Wagon Bed Formation was confirmed to be widespread, displaying characteristic tuffaceous sandstones, interbedded tuffs, and granola- or popcorn-style weathering textures. Archean crystalline basement was mapped in several locations, including granite and monzogranite with abundant pegmatitic dikes, deep weathering, and bleaching near the overlying unconformity. Several Flathead Sandstone outcrops were identified on the western side of the study area. The contact between the Wagon Bed Formation and the Archean basement was mapped in several locations and remains one of the most important stratigraphic targets on the property, as earlier radiometric anomalies appear to originate close to this unconformity. Mapping also documented several arkosic sandstone outcrops that share similarities with the Wind River Formation, including porous textures and local iron-oxide nodules. Two priority horizons have emerged from the fieldwork. The first is the unconformity between the Wagon Bed Formation and the Archean granite, where anomalous radioactivity, bleaching, and clay alteration were documented. The second is a discrete arkosic sandstone horizon informally referred to as the “Scorpion Unit,” where radiometric highs coincide with favorable textures and local structures. All accessible rocks on the property were oxidized to varying degrees, and no reduced ground was encountered. Several hand samples collected near the unconformity displayed intense clay alteration, hematite replacing former pyrite crystals, and uranium-bearing minerals such as autunite and a possible occurrence of metatorbernite, which was visible under ultraviolet light. Mineralogical identification is pending thin-section work; no conclusions have been drawn regarding mineral origin or paragenesis at this stage. The mapping dataset will be integrated with the forthcoming ground-based radiometric grid, as well as geochemical assays and mineralogical results. A combined interpretation will support refined stratigraphic modelling and drill-target development for 2026. Future fieldwork may include additional focused mapping in the eastern and northeastern parts of the property, where further exposures of the unconformity and arkosic sandstone units may refine the exploration model. Additional work is also suggested in the northwest of the project area, where orthophotos indicate further potential for contact zones between granites and Eocene sediments. お知らせ • Mar 28
Global Uranium Corp. Plans Ambient Noise Tomography Survey At Astro Project Global Uranium Corp. announced its intention to complete an Ambient Noise Tomography (“ANT”) survey with CAUR Technologies at the Astro Project (“Astro”), located in the eastern Athabasca Basin, Saskatchewan. The Company holds an option to acquire an 80% interest in Astro from Cosa Resources Corp., the project’s underlying owner and operator, subject to the satisfaction of certain earn-in requirements. The planned ANT program builds on the Company’s 2025 helicopter-borne ZTEM survey, which identified a large 25-kilometre conductive corridor and outlined seven target zones, including three high-priority areas. These results significantly improved the Company’s understanding of the project and highlighted areas with strong potential for uranium mineralization. The upcoming ANT survey will focus on the most prospective areas identified to date, including the AS-1 target. The program is designed to further refine these targets by identifying key geological features at depth and improving the Company’s ability to prioritize drill locations. This survey represents a key step in advancing Astro toward planning for future drilling. The data collected is expected to help define high-confidence drill targets and support the design of follow-up ground geophysical programs, with the aim of positioning the Company for its first drill campaign on the project. CAUR Technologies was selected by Cosa Resources Corp. in its capacity as operator of the Astro Project. Subject to scheduling and field conditions, the survey is expected to begin in early June, with completion anticipated in July and final results expected in August. These results are expected to directly inform next steps, including additional ground work and drill targeting. Jared Suchan, Ph.D., P.Geo., Global Uranium’s Vice President of Exploration, and a “Qualified Person” as defined in National Instrument 43-101, has reviewed and approved the scientific and technical contents of this news release. For a discussion of the Company’s QA/QC and data verification procedures and processes, See its technical report entitled, “NI 43-101 on the Northwest Athabasca Project Northern Saskatchewan Centered at: Latitude 59°24’00” N, Longitude 109°54’00” W”, a copy of which may be obtained under the Company’s profile at www.sedarplus.ca. お知らせ • Oct 09
Global Uranium Corp. Finalizes Contractor and Work Plans for Field Program At the Airline Project in Wyoming, Usa Global Uranium Corp. announced that it has finalized work plans and selected Big Rock Exploration as contractor for the upcoming field program at the Airline Project, located in the Copper Mountain District of Wyoming. The program is scheduled to commence in October and will be carried out by a three-person crew, including a project manager and two geotechnicians. The team will spend approximately one week focused on detailed radiometric surveying, geological mapping, and surface sampling. This phase of work is designed to refine radiometric anomalies identified through the Company's earlier work, and aims to validate the favorable stratigraphy and structural controls earlier detected through surface sampling. お知らせ • Sep 18
Global Uranium Corp. Reports Results of Airborne Ztem Survey At Astro Project, Athabasca Basin Global Uranium Corp. announced the results of the helicopter-borne Z-Axis Tipper electromagnetic survey completed at the Astro Project ("Astro"), located in the eastern Athabasca Basin, Saskatchewan. The survey was conducted by Geotech Ltd. between April 13 and April 28, 2025, using 400 metre-spaced flight lines and perpendicular tie lines. Global Uranium and its JV partner with respect to the Astro project, Cosa Resources, will now refine their exploration strategy to advance Astro toward drill readiness. Recommended next steps include ground-based geophysics such as Ambient Noise Tomography and EM surveys to prioritize strike segments and identify hydrothermal alteration systems, followed by drill testing of the highest-priority targets. In total, more than 1,480 line-kilometres were flown across the property, with Condor Consulting providing real-time QA/QC, data processing, and interpretation. Pursuant to the terms of an option agreement announced on April 9, 2025, the Company has a right to earn up to an 80% interest in the Astro Project. お知らせ • Jul 12
Global Uranium Corp. Announces Board Changes Global Uranium Corp. announced that Ungad Chadda has been appointed as director of the Company. Mr. Chadda, who also serves Chief Executive Officer of the Company, is an experienced capital markets regulator and financial services executive having previously worked at TMX Group, the parent company of Toronto Stock Exchange. At TMX Group, Mr. Chadda was responsible for building and maintaining the investor base as well as supporting its public interest mandate and strategies to grow as a company. During his tenure at TMX Group, Mr. Chadda held progressively senior roles, including Director of Listings, TSX Venture Exchange; Chief Operating Officer, TSX Venture Exchange; Vice President, Business Development, Toronto Stock Exchange and TSX Venture Exchange; President, Toronto Stock Exchange; CFO of TSX Trust; and SVP, Head of Enterprise Corporate Strategy and External Affairs, TMX Group. Mr. Chadda attended McMaster University, where he received an Honours Bachelor of Commerce in 1994, and received his Chartered Accountancy designation while working with Ernst and Young LLP in 1996. In 2019, Mr. Chadda completed the Director Education Course at the University of Toronto’s Rotman School of Management and is a member of the Institute of Corporate Directors (ICD.D) and was named valedictorian of his graduating class. The appointment of Mr. Chadda follows the resignation of John Kim, who has served as director since August 2010. お知らせ • Jun 11
Global Uranium Corp. announced that it expects to receive CAD 1.5 million in funding Global Uranium Corp. announces a non-brokered private placement financing of a minimum of 1,666,666 units of the company and a maximum of 10 million units at a price of CAD 0.15 per unit for gross minimum proceeds of CAD 250,000 and gross maximum proceeds of CAD 1.5-million on June 10, 2025. Each unit shall comprise one common share in the capital of the company and one share purchase warrant, with each warrant entitling the holder to purchase one share at a price of CAD 0.20 for a period of 24 months from closing Closing of the offering is anticipated to occur on or about July 25, 2025, subject to the satisfaction of certain conditions, including, but not limited to, the receipt of all necessary regulatory and other approvals. お知らせ • May 02
Global Uranium and Cosa Resources Corp. Advance Athabasca Basin Exploration with Launch of ZTEM Survey at Astro Project Global Uranium Corp. and Cosa Resources Corp. announced that geophysical surveying has commenced at the Astro Uranium Project in the eastern Athabasca Basin, Saskatchewan. This fully funded program marks the first phase of Global Uranium's multi-stage earn-in agreement with Cosa announced by the Company on April 9th, 2025, giving Global the right to earn up to an 80% interest in the project. お知らせ • Mar 20
Global Uranium and Forum Energy Metals Announce the Commencement of Drilling and Ground Geophysical Surveys on the Northwest Athabasca Project, Saskatchewan Global Uranium Corp. and Forum Energy Metals Corp. announced that it has commenced its diamond drilling program, as well as ground geophysical surveys on the Northwest Athabasca (NWA) Project, located along the northwest shore of Lake Athabasca in Saskatchewan, Canada. Drilling will be focusing on the Zone 2A and Andy grid areas and SJ Geophysics will be conducting ground Time Domain Electromagnetic (TDEM) and Direct Current Induced Polarization (DCIP) surveys over the Spring Bay grid. Camp construction is completed and is ready to support the upcoming exploration program. Supply were brought into site largely by fixed wing aircraft using skis. A temporary ice road from Uranium City has been completed and additional fuel as well as the diamond drill and supplies were hauled to site. The drill program began on March 19 with Team Drilling as Forum's drill contractor. The objective of the diamond drilling program is to test the Andy and Zone 2A trends and if time and weather allows testing additional high-priority targets atomer and Spring Bay. Global has an option to earn 51% interest in Forum's interest in the NWA Project by spending up to $9 million over four years. お知らせ • Mar 16
Global Atomic Corporation announced that it expects to receive CAD 1 million in funding Global Atomic Corporation announced a non-brokered private placement of 6,666,666 units of the company at a price of CAD 0.15 per unit for gross proceeds of up to CAD 999,999.9 on March 14, 2025. Each unit comprises of one common share and one share purchase warrant entitling the holder to acquire one share at a price of CAD 0.25 per warrant share for a period of 24 months from the date of issuance. All securities issued in the offering will be subject to a statutory four-month-and-one-day hold period. The closing of the offering is subject to the company's receipt of all necessary regulatory approvals, including the approval of the Canadian Securities Exchange. The offering is expected to close on or about April 25, 2025. お知らせ • Mar 12
Global Uranium Corp. Commences Geophysical Survey at the Northwest Athabasca Joint Venture Project, Saskatchewan Global Uranium Corp. announced that geophysical surveying has commenced at the Northwest Athabasca ("NWA") Project, a joint venture with the operator Forum Energy Corp. (the "Operator"), located in northern Saskatchewan. These surveys, which include Time Domain Electromagnetic (TDEM) and Direct Current Resistivity and Induced Polarization (DCIP), are focused on the Spring Bay target and are designed to refine drill targeting ahead of the winter drilling campaign. The start of the geophysical program, first announced in February was marked by the arrival of field crews late last week. The TDEM and DCIP surveys are expected to span approximately three weeks and will provide the Operator with additional data on subsurface structures and alteration zones. These results are anticipated to directly inform certain drill collar placements in the upcoming drill program. Spring Bay is one of multiple targets to be tested on the NWA Project during this exploration program, marked by a 4-kilometer-long gravity low anomaly coincident with historical uranium intercepts and extensive clay alteration. The TDEM survey will help define conductor strength and orientation, while the DCIP survey will map resistivity and chargeability anomalies associated with alteration. The exploration camp, which was established to support the winter program, is nearly complete, with key operational facilities--including sleeping quarters, kitchen, and drying rooms--fully functional. The core shack, the final component, is expected to be completed in the coming days. The camp is now hosting geophysical field crews and will soon accommodate drill teams. With geophysical work underway, drill mobilization has also begun. The drill rig is expected to arrive at the project site this week, with the first hole anticipated to be collared shortly thereafter. Snowpack reinforcement efforts have been completed along key access routes to facilitate safe transport of the drill rig. お知らせ • Mar 10
Global Uranium Corp., Annual General Meeting, May 21, 2025 Global Uranium Corp., Annual General Meeting, May 21, 2025. お知らせ • Mar 06
Global Uranium Corp. and Forum Energy Metals Corp. Continue to Ramp Up Activities at Northwest Athabasca Joint Venture Project in Northern Saskatchewan Global Uranium Corp. and Forum Energy Metals Corp. continued to ramp up activities at the Northwest Athabasca (NWA) Joint Venture Project in northern Saskatchewan. Mobilization efforts are progressing, with core infrastructure recently delivered to the project site. Camp construction is well underway, and the final preparations for drilling are being completed. Geological teams are expected to arrive on-site by the end of the month to finalize drill pad layouts, assess terrain conditions, and prepare for drilling operations. Initial geophysical surveys are scheduled to begin in early March, with drilling expected to commence shortly thereafter. The first drill holes are planned to focus on previously identified high-priority targets within Zone 2A, leveraging existing road access for logistical efficiency. Global Uranium remains committed to executing its exploration strategy across both the Wyoming and NWA projects. Further updates will be provided as exploration activities progress. お知らせ • Feb 24
Global Uranium Corp. Provides Update on the Northwest Athabasca Joint Venture Project Drilling Program Global Uranium Corp. provided an update on its drilling program at the Northwest Athabasca ("NWA") Project, a joint venture with the operator Forum Energy Corp. (the "Operator"), located in northern Saskatchewan. Mobilization efforts are advancing, and the Company remains on track to commence drilling in early March. The project site is progressing efficiently, with the team actively managing logistics to ensure smooth operations. The Operator has arranged air transport for personnel and key materials, with the first flight set to arrive in a few days.avier equipment and additional supplies will be delivered as needed. On-site preparation is advancing well, with a strong focus on establishing the airstrip and camp to support ongoing operations. Strategic planning is in place to maintain steady progress, keeping the drilling program on track and moving forward successfully. The first drill target is readily accessible, and additional geophysical survey results are expected to further enhance targeting. A resistivity survey contract is currently being finalized, with data collection expected to take approximately 2-to-3 weeks. Drilling operations are anticipated to begin in early-March, weather permitting. With mobilization progressing and key logistical challenges being addressed, the NWA Project is well-positioned for the winter drill program. The Company looks forward to updating investors as drilling commences and further exploration results become available. お知らせ • Feb 11
Global Uranium Corp. and Forum Energy Metals Corp. Announce the Commencement of Camp Construction and Plans Geophysical Surveys At the Northwest Athabasca Project, Saskatchewan Global Uranium Corp. and Forum Energy Metals Corp. announced that camp construction on the Northwest Athabasca Project has been initiated. In addition, plans are underway to conduct a Time Domain Electromagnetic Survey (TDEM) and Direct Current Resistivity and Induced Polarization (DCIP) Survey on its Spring Bay target located along the northwest shore of Lake Athabasca in Saskatchewan, Canada. Geophysical work is expected to commence in March. Global has an option to earn 51% interest in Forum's interest in the NWA Project by spending up to $9 million over four years. A 20-person camp is planned on the west side of Maurice Bay on the Northwest Athabasca project. The Spring Bay target hosts a 4 km long, strong gravity low anomaly, which is coincident with historical drill holes that have intersected elevated uranium and anomalous clay alteration. To refine drill targeting, new ground electromagnetic and resistivity surveys are proposed. A small moving loop TDEM survey is planned to help refine and understand the orientation and strength of the conductors in the area. お知らせ • Feb 04
Global Uranium and Forum Energy Metals Commence Exploration At the Northwest Athabasca Project, Saskatchewan Global Uranium Corp. and Forum Energy Metals Corp. announced that the exploration permit has been received and exploration is underway on the Northwest Athabasca Project, located along the northwest shore of Lake Athabasca in Saskatchewan, Canada. The Company entered into an option agreement with Forum, acquiring the right to purchase up to 75% of Forum's interest in the Forum/NWA Joint Venture with NexGen Energy Ltd. by spending $20 million in exploration. This JV is part of the Northwest Athabasca Joint Venture with Forum, Cameco Corporation, and Orano Canada Inc. to explore and develop the NWA Project. Camp construction will begin shortly and diamond drilling will commence by March. Fixed wing aircraft will bring the camp construction crew and some preliminary camp materials to site to initiate construction. The ice road will bring additional camp gear and supplies, as well as the diamond drill, fuel, and supplies to the project area. Diamond drilling with Team Drilling is anticipated to commence by March and the objective is to drill 2,000 to 3,000 m focusing at Andy, Zone 2A, and Opie and if time allows testing additional high-priority targets at Gomer and Spring Bay. Additionally, geophysical surveys such as gravity, resistivity and detailed magnetics are being considered once the camp is in place. お知らせ • Jan 30
Global Uranium and Forum Energy Metals Announce Exploration Update on Drill Targeting, Northwest Athabasca Project, Saskatchewan Global Uranium Corp. and Forum Energy Metals Corp. announced the completion of data compilation and reprocessing of historical electromagnetic geophysical surveys to optimize the upcoming drill program on the Northwest Athabasca (NWA) Project, located on the northwest shore of Lake Athabasca in Saskatchewan, Canada. Diamond drilling and geophysical surveys are planned this winter, pending the completion of ongoing community engagement and final government approvals. The Northwest Athabasca Project has undergone exploration since the 1970s so there is an enormous database of geological work that has been completed historically (ground sampling, geophysical surveys and diamond drilling). Forum has been compiling all the historical data into its database including Forum's past exploration from 2010 to 2014. The residual gravity is the background and the historical drill collars are shown. The reprocessed Maxwell Plates are the solid lines and were generated from the historical HLEM data and will be used to aid in drill targeting. お知らせ • Jan 28
Global Uranium Corp. Announces Preliminary GIS Compilation Work for Wyoming Properties Global Uranium Corp. announced the completion of preliminary GIS database compilation work for its uranium properties in Wyoming. Conducted by Big Rock Exploration ("BRE"), this project represents a key step in organization and consolidating critical datasets to guide future exploration efforts. The GIS database provides a first pass at understanding various aspects of the Company's mineral claims in the United States. Initial datasets include information on land claims, transportation infrastructure, hydrology, geochemistry, and geological mapping. These datasets are currently being refined by BRE to form a comprehensive foundation for future exploration planning. This work establishes a strong foundation for identifying high-priority targets and advancing projects. Preliminary reviews of historical drilling data, including gamma logs, have highlighted opportunities to georeference and digitize valuable insights. Geochemical data from multiple sources has been identified and partially integrated, as well as regional geophysical data. Once further developed, these datasets may improve the Company's understanding of geologic trends across certain properties. Furthermore, environmental consideration, such as various wildlife areas, have been identified and will be incorporated into future drill permitting processes to ensure responsible exploration practices. The completion of this preliminary GIS work lays the groundwork for more detailed studies and data integration. Upcoming steps under consideration include digitizing additional drilling data adjacent to select claims, incorporating detailed geological maps from the USGS and the Wyoming State Geological Survey, and further refining geochemical and geophysical datasets to support future exploration activities. These efforts reflect Global Uranium's commitment to building a comprehensive understanding of its Wyoming uranium properties and advancing exploration in a responsible and efficient manner. お知らせ • Dec 31
Global Uranium Corp. announced that it has received CAD 1 million in funding On December 30, 2024 Global Uranium Corp. closed the transaction. The Shares will be subject to a statutory four month and one day hold period expiring on May 1, 2025. お知らせ • Dec 24
Global Uranium Corp. announced that it has received CAD 2.45 million in funding On December 23, 2024, the company has closed the transaction. In connection with the Private Placement the Company will be settling finders' fees of CAD 92,500 in cash to an eligible finder. お知らせ • Dec 11
Global Uranium Corp. Announces the Initiation of Historical Data Review for Wyoming Projects Global Uranium Corp. announced that it has commenced a comprehensive review of historical data for its Wyoming uranium projects, located in the Gas Hills, Copper Mountain, and Great Divide Basin districts. The work will be performed by Big Rock Exploration, a trusted exploration services provider with extensive experience in data compilation and geological modeling. The historical data review aims to compile and analyze any available geological, geophysical, and geochemical datasets collected from previous exploration and production activities in the region. This analysis will focus on identifying potential uranium targets and refining the Company's exploration models. The Wyoming projects (including Airline #2, Jeep South, Big Bend, WAC, and Jabs) collectively cover over 2,000 hectares and are strategically positioned near past-producing uranium mines and deposits. The historical data review, conducted in collaboration with Big Rock Exploration, will be used to assist in the design of future exploration programs, including geophysical surveys and drilling planned for 2025. お知らせ • Nov 20
Global Uranium Corp. Reports Positive Results from Radiometric Survey Analysis on Wyoming Claims, Identifying Key Uranium Anomalies Global Uranium Corp. announced the results of its recently completed radiometric survey on select mineral claims in the Wyoming Copper Mountain and Great Divide Districts. The survey, now analyzed and interpreted, has successfully identified prospective uranium anomalies across the Airline #2 and Big Bend claims, reinforcing their exploration potential. Survey Analysis and Interpretation: The radiometric survey covered four project areas: the Airline #2-1 and Airline #2-2 claims in the Copper Mountain District, and the Big Bend-1 and Big Bend-2 claims in the Great Divide District. Data analysis focused on quantifying equivalent uranium concentrations, highlighting anomalous zones, and refining the exploration strategy for these claims. Key Findings: Airline #2-1: A total of 82 data points were collected, showing equivalent uranium values ranging from 2.4 to 91.9 ppm. This area displays a broad range of uranium concentrations, with several high-value zones identified. Priority targets include clusters of elevated uranium levels, notably concentrated in the northern and eastern portions of the surveyed area. Airline #2-2: 156 data points were collected, showing equivalent uranium values ranging from 0.7 to 12.1 ppm, suggesting lower but stable uranium levels compared to Airline #2-1. The mapped contours reveal a relatively uniform distribution of radiometric values, with limited high-concentration zones, indicating that this area has fewer distinct anomalies and may present lower-priority targets for further exploration. Big Bend-1: In this area, 134 data points show equivalent uranium values from 1.7 to 38.4 ppm. The dataset and map together highlight promising anomalies in the northern and central portions of the area, corresponding with higher uranium readings. These anomalies make Big Bend-1 a viable target for focused follow-up and exploration. Big Bend-2: A smaller dataset of 26 points reveals equivalent uranium values between 5.3 and 15.0 ppm. Mapped contours show moderate yet consistent uranium levels across the area, with a few localized zones of elevated values that can be prioritized as secondary targets for additional investigation. Methodology: The primary objective of the radiometric survey was to detect uranium anomalies across select claims and establish baseline data to inform drill targeting. The survey method employed standardized grid-based radiometric sampling with a handheld scintillometer to measure equivalent uranium concentration at each station. Each claim area was mapped with a defined grid pattern to ensure comprehensive coverage and data consistency. The Airline #2-1 and Big Bend-2 projects had 100-meter by 100-meter station spacing, while the Airline #2-2 and Big Bend-1 projects followed 100-meter by 200-meter spacing. The survey designs provided broad coverage for initial anomaly detection. Radiometric assays were 4-minutes long, and acquired over clean, dry, and vegetation-free soil whenever possible. Once collected, the data underwent standard processing to generate maps of equivalent uranium concentrations, highlighting areas of elevated readings. Data was then visualized in contour maps, delineating anomalous zones across several target areas. お知らせ • Nov 08
Global Uranium Corp. Advances Wyoming Exploration with High-Resolution Drone Imagery and Elevation Models Global Uranium Corp. announced the successful processing of high-resolution aerial imagery and preliminary digital elevation models (“DEMs”) for its Airline #2 and Big Bend claims in Wyoming'sCopper Mountain and Great Divide districts. These advanced datasets will support the Company's exploration capabilities: Enhanced Radiometric Data Interpretation: High-resolution imagery and DEMs provide detailed surface context, enabling more accurate correlation of radiometric anomalies with geological features, which facilitates the targeting of prospective uranium mineralization zones. Optimized Exploration Planning: Topographical data will assist the planning of drill pad locations and access routes, supporting efforts to minimize environmental impacts and improve operational efficiency in future exploration phases. Baseline for Environmental Monitoring: Baseline imagery and elevation data supports the monitoring of site changes over time, ensuring responsible exploration practices. お知らせ • Oct 13
Global Uranium Corp. Prepares to Commence Ground-Based Radiometric Survey on Wyoming Projects Global Uranium Corp. announced preparations are underway to commence a ground-based radiometric survey across its Wyoming uranium projects. This survey is a critical step in the Company's exploration efforts as it seeks to identify high-priority targets for future drilling. The survey will be conducted using a two-person field team provided by McKay Geoscience, utilizing a Spectral Scintillometer RS-125 unit. The team will also incorporate drone technology to capture high-resolution aerial imagery. The combination of scintillometer readings and drone imagery will provide a comprehensive dataset to enhance the understanding of uranium-bearing areas adjacent to known roll-front uranium deposits. The field work is planned to require approximately ten days, commencing in early October, covering the Company's Wyoming properties, including: WAC, Jabs, Big Bend, Jeep South, and Airline #2. The radiometric survey methodology includes 50-meter sample spacing and 750-foot line spacing, optimizing data collection while adhering to the claim boundaries. Initial control data from the radiometric survey will be delivered promptly to allow for real-time adjustments and ensure the accuracy of the data collection. お知らせ • Sep 29
Global Uranium Corp. Announces Chief Financial Officer Changes Global Uranium Corp. announced that Mr. Eli Dusenbury has stepped down as Chief Financial Officer of the Company. To fill the vacancy created by Mr. Dusenbury’s resignation, the company has appointed Mr. Nico Mah to serve as the company’s Chief Financial Officer. Mr. Mah is a Chartered Professional Accountant and has over eight years of experience in auditing and public accountancy, articling and working up to manager at PricewaterhouseCoopers LLP from September 2015 to January 2023. Mr. Mah is the managing director of GKM Consulting Inc. He holds a Bachelor of Commerce degree, majoring in Accounting, from the University of Calgary and a CPA designation in Alberta, Canada. お知らせ • Sep 18
Global Uranium Corp. (CNSX:GURN) completed the acquisition of certain Federal unpatented lode mineral claims and Wyoming State mineral leases in Wyoming from Foster Wilson for $0.22 million. Global Uranium Corp. (CNSX:GURN) entered into an asset purchase agreement to acquire certain Federal unpatented lode mineral claims and Wyoming State mineral leases in Wyoming from Foster Wilson for $0.22 million on June 14, 2024. A cash consideration of $0.07 million will be paid by Global Uranium Corp. The consideration consists of 0.4 million common equity of Global Uranium Corp. to be issued for assets of certain Federal unpatented lode mineral claims and Wyoming State mineral leases in Wyoming. The transaction was contemplated thereby was considered and unanimously recommended to the Company’s board of directors by the independent members of the Company’s board of directors, and, upon such recommendation, the board of directors unanimously approved the transaction with Foster Wilson declaring his interest and recusing himself from any deliberations or voting on the transactions and is expected to close on or about August 15, 2024.
Global Uranium Corp. (CNSX:GURN) completed the acquisition of certain Federal unpatented lode mineral claims and Wyoming State mineral leases in Wyoming from Foster Wilson on September 17, 2024. お知らせ • Jun 18
Global Uranium Corp. (CNSX:GURN) entered into an asset purchase agreement to acquire certain Federal unpatented lode mineral claims and Wyoming State mineral leases in Wyoming from Foster Wilson. Global Uranium Corp. (CNSX:GURN) entered into an asset purchase agreement to acquire certain Federal unpatented lode mineral claims and Wyoming State mineral leases in Wyoming from Foster Wilson on June 14, 2024. A cash consideration of $0.07 million will be paid by Global Uranium Corp. The consideration consists of 0.4 million common equity of Global Uranium Corp. to be issued for assets of certain Federal unpatented lode mineral claims and Wyoming State mineral leases in Wyoming. The transaction was contemplated thereby was considered and unanimously recommended to the Company’s board of directors by the independent members of the Company’s board of directors, and, upon such recommendation, the board of directors unanimously approved the transaction with Foster Wilson declaring his interest and recusing himself from any deliberations or voting on the transactions and is expected to close on or about August 15, 2024.