AnorTech（ANOR）株式概要アノールテック社は、グリーンランドにおける鉱物資源の取得、探査、開発、採掘に従事している。 詳細ANOR ファンダメンタル分析スノーフレーク・スコア評価0/6将来の成長0/6過去の実績0/6財務の健全性6/6配当金0/6リスク分析収益が 100 万ドル未満 ( CA$0 )Canadian市場と比較して、過去 3 か月間の株価の変動が非常に大きい意味のある時価総額がありません ( CA$15M )すべてのリスクチェックを見るANOR Community Fair Values Create NarrativeSee what others think this stock is worth. Follow their fair value or set your own to get alerts.Your Fair ValueCA$Current PriceCA$0.085該当なし内在価値ディスカウントEst. Revenue$PastFuture-14m4m2016201920222025202620282031Revenue CA$1.0Earnings CA$0.1AdvancedSet Fair ValueView all narrativesFeatured narrative•Materials opportunityUpside Gold2 months ago author updated this narrativeSTFair Value from stuart_robertsCA$5.0768.0% 割安 内在価値ディスカウントAn Undervalued 3.3Moz Gold Project in CanadaKey takeaways Upside Gold is developing the Kena Gold Project, near the town of Nelson in the Kootenays region of southern British Columbia. Kena hosts a historical gold resource of 3.33 million ounces (561,000 ounces Indicated and 2.77 million ounces Inferred) across a 10,200-hectare land package.Read full narrative14.8kusers have viewed this narrative41users have liked this narrative1users have commented on this narrative284users have followed this narrativeRead narrativeAnorTech Inc. 競合他社Visionary Copper and Gold MinesSymbol: TSXV:VCGMarket cap: CA$14.9mStuve GoldSymbol: TSXV:STUVMarket cap: CA$16.3mTaranis ResourcesSymbol: TSXV:TROMarket cap: CA$16.6mLargo Physical VanadiumSymbol: TSXV:VANDMarket cap: CA$16.0m価格と性能株価の高値、安値、推移の概要AnorTech過去の株価現在の株価CA$0.08552週高値CA$0.0952週安値CA$0.02ベータ2.331ヶ月の変化21.43%3ヶ月変化30.77%1年変化325.00%3年間の変化183.33%5年間の変化-48.48%IPOからの変化-59.52%最新ニュースお知らせ • Oct 10Anortech Expands High-Purity Anorthosite Footprint At Gronne Bjerg Project in GreenlandAnortech Inc. announced exceptional results of the 2025 field program on the Gronne Bjerg Anorthosite Project in Greenland. The program significantly expands the mapped size of the project and further confirms its potential as one of the world's most promising long-term sources of high purity, aluminum-bearing rock. This year's exploration focused on the mapping and sampling of previously unexplored areas of the Gronne Bjerg anorthosite complex. Results confirm the addition of continuous high purity anorthosite extending over 3.2 km in strike length, free from significant alteration or diking. Highlights include: Defined a 3.2 km surface extension of high purity anorthosite expanding the mapped footprint to 4.2 km x 2.3 km, with anorthosite exposed from sea level to 1,200 m elevation at the top of the mountain. Collected 30 representative samples from outcrop, analyzed by ALS (Ireland), returning average assays as follows: Al2O3: 31.9% Fe2O3: 0.94% Na2O: 1.8% CaO: 16.7% SiO2: 47.2% The consistently high purity and high-aluminum grades make Gronne Bjerg an ideal feed material for E-glass, sustainable aluminum applications and CO2 free cement. Environmental and Infrastructure Progress: Environmental Baseline Studies: WSP Denmark completed the second year of environmental baseline studies, including marine, terrestrial, and wildlife surveys. Combined with 2024's program data, these studies form the foundation for the project's Environmental Impact Assessment (EIA), which the Company expects to complete ahead of its 2026 exploitation license application. Port Access: Initial bathymetry studies have identified a potential deep-water port site only a few hundred meters from the potential mining area. This offers a unique logistical advantage, expected to reduce capital costs while minimize the project's environmental footprint.お知らせ • Oct 08AnorTech Inc., Annual General Meeting, Dec 02, 2025AnorTech Inc., Annual General Meeting, Dec 02, 2025. Location: british columbia, vancouver Canadaお知らせ • Jun 04AnorTech Inc. Announces Positive Results from Sustainable Cement R&D ProgramAnorTech Inc. announced the successful completion of the latest phase of its research and development (R&D) program focused on producing sustainable cement products using anorthosite from the Company's Gronne Bjerg Project in Greenland. The program, conducted by the Danish Technological Institute (DTI) in Copenhagen, focused on three high-pot potential product lines: Very low CO2 refractory cement, 3D printable anorthosite cement-based mortar formulations, and Very low CO2 concrete niche applications. DTI's testwork utilized 100% anorthosite in various size fractions, mixed with phosphoric acid (H3PO4) at varying concentrations to produce materials that were tested for performance across multiple applications. Fresh and mechanical properties were also evaluated to assess commercialization potential. Unlike Ordinary Portland Cement (OPC), AnorTech's process does not require clinker production, which emits approximately 0.9 tonnes of CO2 per tonne of OPC. As a result, AnorTech's cement applications can eliminate approximately 90% of CO2 emissions. Refractory Cement Testwork Highlights: Successfully cast anorthosite mortar prisms that withstanding multiple heating cycles at 1,200 degC for five hours without compromising structural integrity; Compressive strength was maintained, or even slightly increased, after thermal heating cycles with post-treatment strength exceeding 25.0 MPa; Two large slabs (10cm thick) were cast for extended refractory testing. One will be cut in half, with one half exposed to outdoor weathering for one year to assess long-term strength and microstructures evolution. 3D Printable Cement Testwork Highlights: More than 20 formulations were tested to determine the optimal mix for printability and structural buildability; The addition of viscosity-modifying admixture enhanced print quality and control; The program successfully printed multiple 3D structures, confirming proof of concept.お知らせ • Feb 12AnorTech Files Provisional Patent for Sustainable Smelter Grade Alumina ProductionANORTECH INC. announced that it has filed a provisional patent with the United States Patent and Trademark Office for its innovative process to produce sustainable smelter-grade alumina (SGA) from anorthosite (calcium aluminum silicate) with zero waste. AnorTech’s proprietary process meets the specifications of the major aluminum producers while eliminating tailings. The only byproducts of amorphous silica and calcium silicate are fully saleable. The patent application covers key innovations including iron reduction, aluminum chloride hexahydrate precipitation, and calcination. The aluminum industry currently depends on SGA derived from bauxite ore for aluminum production. The bauxite ore is processed using the Bayer process and in 2023 this yielded over 125 Mt/a of alumina (Al2O3), most of which was converted into aluminum metal using the Hall–Héroult smelting process. However, in 2023 this method also generated more than 175M tonnes of caustic red mud tailings, a major environmental challenge. The Company has delivered 25 tonnes of crushed anorthosite from its 100% owned Gronne Bjerg anorthosite project in Greenland to Ontario, Canada, in preparation for the pilot plant testing. AnorTech is also exploring partnerships with industry leaders to accelerate the commercialization of its technology.お知らせ • Aug 28AnorTech Inc., Annual General Meeting, Oct 30, 2024AnorTech Inc., Annual General Meeting, Oct 30, 2024. Location: british columbia, vancouver CanadaBoard Change • Nov 01Insufficient new directorsNo new directors have joined the board in the last 3 years. The company's board is composed of: No new directors. 5 experienced directors. No highly experienced directors. Independent Director Tony Harwood was the last director to join the board, commencing their role in 2020. The company’s insufficient board refreshment is considered a risk according to the Simply Wall St Risk Model.最新情報をもっと見るRecent updatesお知らせ • Oct 10Anortech Expands High-Purity Anorthosite Footprint At Gronne Bjerg Project in GreenlandAnortech Inc. announced exceptional results of the 2025 field program on the Gronne Bjerg Anorthosite Project in Greenland. The program significantly expands the mapped size of the project and further confirms its potential as one of the world's most promising long-term sources of high purity, aluminum-bearing rock. This year's exploration focused on the mapping and sampling of previously unexplored areas of the Gronne Bjerg anorthosite complex. Results confirm the addition of continuous high purity anorthosite extending over 3.2 km in strike length, free from significant alteration or diking. Highlights include: Defined a 3.2 km surface extension of high purity anorthosite expanding the mapped footprint to 4.2 km x 2.3 km, with anorthosite exposed from sea level to 1,200 m elevation at the top of the mountain. Collected 30 representative samples from outcrop, analyzed by ALS (Ireland), returning average assays as follows: Al2O3: 31.9% Fe2O3: 0.94% Na2O: 1.8% CaO: 16.7% SiO2: 47.2% The consistently high purity and high-aluminum grades make Gronne Bjerg an ideal feed material for E-glass, sustainable aluminum applications and CO2 free cement. Environmental and Infrastructure Progress: Environmental Baseline Studies: WSP Denmark completed the second year of environmental baseline studies, including marine, terrestrial, and wildlife surveys. Combined with 2024's program data, these studies form the foundation for the project's Environmental Impact Assessment (EIA), which the Company expects to complete ahead of its 2026 exploitation license application. Port Access: Initial bathymetry studies have identified a potential deep-water port site only a few hundred meters from the potential mining area. This offers a unique logistical advantage, expected to reduce capital costs while minimize the project's environmental footprint.お知らせ • Oct 08AnorTech Inc., Annual General Meeting, Dec 02, 2025AnorTech Inc., Annual General Meeting, Dec 02, 2025. Location: british columbia, vancouver Canadaお知らせ • Jun 04AnorTech Inc. Announces Positive Results from Sustainable Cement R&D ProgramAnorTech Inc. announced the successful completion of the latest phase of its research and development (R&D) program focused on producing sustainable cement products using anorthosite from the Company's Gronne Bjerg Project in Greenland. The program, conducted by the Danish Technological Institute (DTI) in Copenhagen, focused on three high-pot potential product lines: Very low CO2 refractory cement, 3D printable anorthosite cement-based mortar formulations, and Very low CO2 concrete niche applications. DTI's testwork utilized 100% anorthosite in various size fractions, mixed with phosphoric acid (H3PO4) at varying concentrations to produce materials that were tested for performance across multiple applications. Fresh and mechanical properties were also evaluated to assess commercialization potential. Unlike Ordinary Portland Cement (OPC), AnorTech's process does not require clinker production, which emits approximately 0.9 tonnes of CO2 per tonne of OPC. As a result, AnorTech's cement applications can eliminate approximately 90% of CO2 emissions. Refractory Cement Testwork Highlights: Successfully cast anorthosite mortar prisms that withstanding multiple heating cycles at 1,200 degC for five hours without compromising structural integrity; Compressive strength was maintained, or even slightly increased, after thermal heating cycles with post-treatment strength exceeding 25.0 MPa; Two large slabs (10cm thick) were cast for extended refractory testing. One will be cut in half, with one half exposed to outdoor weathering for one year to assess long-term strength and microstructures evolution. 3D Printable Cement Testwork Highlights: More than 20 formulations were tested to determine the optimal mix for printability and structural buildability; The addition of viscosity-modifying admixture enhanced print quality and control; The program successfully printed multiple 3D structures, confirming proof of concept.お知らせ • Feb 12AnorTech Files Provisional Patent for Sustainable Smelter Grade Alumina ProductionANORTECH INC. announced that it has filed a provisional patent with the United States Patent and Trademark Office for its innovative process to produce sustainable smelter-grade alumina (SGA) from anorthosite (calcium aluminum silicate) with zero waste. AnorTech’s proprietary process meets the specifications of the major aluminum producers while eliminating tailings. The only byproducts of amorphous silica and calcium silicate are fully saleable. The patent application covers key innovations including iron reduction, aluminum chloride hexahydrate precipitation, and calcination. The aluminum industry currently depends on SGA derived from bauxite ore for aluminum production. The bauxite ore is processed using the Bayer process and in 2023 this yielded over 125 Mt/a of alumina (Al2O3), most of which was converted into aluminum metal using the Hall–Héroult smelting process. However, in 2023 this method also generated more than 175M tonnes of caustic red mud tailings, a major environmental challenge. The Company has delivered 25 tonnes of crushed anorthosite from its 100% owned Gronne Bjerg anorthosite project in Greenland to Ontario, Canada, in preparation for the pilot plant testing. AnorTech is also exploring partnerships with industry leaders to accelerate the commercialization of its technology.お知らせ • Aug 28AnorTech Inc., Annual General Meeting, Oct 30, 2024AnorTech Inc., Annual General Meeting, Oct 30, 2024. Location: british columbia, vancouver CanadaBoard Change • Nov 01Insufficient new directorsNo new directors have joined the board in the last 3 years. The company's board is composed of: No new directors. 5 experienced directors. No highly experienced directors. Independent Director Tony Harwood was the last director to join the board, commencing their role in 2020. The company’s insufficient board refreshment is considered a risk according to the Simply Wall St Risk Model.お知らせ • Jun 02Hudson Resources Inc. Announces Results from Initial Sampling At the Gronne Bjerg Anorthosite Project and Commencement of Green Alumina TestworkHudson Resources Inc. provided initial sampling results on the Company's 100% held Gronne Bjerg (Green Mountain) anorthosite project ("Project") in Greenland. The Company has also commenced testwork to produce a green alumina for the aluminum industry. Hudson is continuing to support Neo North Star Resources Inc. in its development of the Sarfartoq REE project where the Company has an interest. The Gronne Bjerg project, which was staked by Hudson in 2021, is approximately 80 km from Nuuk, the capital of Greenland, and favourably located on open tidewater. Hudson first sampled the Gronne Bjerg project in 2012 as part of a regional sampling program to identify the highest quality anorthosite targets in Greenland. This initial high-level sampling provided the best results of all anorthosites sampled, however the area was not available for staking at the time. In the fall of 2022, Hudson conducted a reconnaissance program at Gronne Bjerg which included the collection of 29 samples from outcrop over an area of 3.9 square kilometers. The samples were sent to ALS Laboratories in Canada for analysis and the results demonstrated a high aluminum content, low impurities, and excellent continuity over the area sampled. The average analysis for key elements for all the samples are as follows: Al(2) O(3) (al aluminum oxide): 32.06%; SiO(2) (silicodioxide): 47.24%; CaO (calcium oxidede): 14.98%; Na(2) O (sodium oxide): 2.27%; Fe(2) O(3). Based ot the high chemical quality of anorthosite sampled, Hudson has initiated a testwk program at SGS Lakefield in Canada to produce a green waste-free smelter grade alumina utilizing the flowsheet developed by the Company from 2013 through 2015. This significant testwork culminated in a robust Preliminary Economic Assessment (PEA) for specialty alumina production. The PEA demonstrated that a quality alumina product can be made while producing zero tailings and only useful by-products, compared to bauxite which produces almost four tonnes of caustic tailings per tonne of aluminum. The SGS testwork program will take approximately four months to complete with the objective of producing green alumina suitable as a feed material for aluminum producers. The Company is in discussions with industrial and technology groups to potentially partner on green alumina and green cement projects. This aligns perfectly with Hudson's core values in the creation of green products that they believe will attract ESG investors. Green Aluminum Hudson strongly believes that anorthosite is the future for green aluminium production which will increasingly be demanded by consumers. Global aluminum demand is expected to increase by almost 40 per cent by 2030 (CRU Report, May 2022). A recent World Bank report described aluminum as crucial for the energy transition as the metal is critical to solar power panels and electric vehicles. The amount of aluminum used in European cars increased by 18% from 174kg in 2019 to 205kg in 2022 according to automotive consultancy Ducker Carlisle (Mining.comMay 2023). The report predicts this trend will continue to increase to 256kg per vehicle by 2030. China currently accounts for 58% of global output of aluminum. Europe has traditionally relied on Russia for aluminum supply.CO2 Free Cement In 2016/2017 Hudson completed successful testwork to produce a CO2 free, heat resistant (refractory) and acid resistant white cement (see NR2018-01). The work was carried out at the University of British Columbia Ceramics and Refractories Research and Testing Laboratory. Hudson plans to commence additional testwork on cement application in 2023 and is in discussions with a number of research facilities capable of executing a testwork program.Neo North Star Resources Inc. As recently announced (see NR2023-01), Hudson has a potential 5% carried interest in the Sarfartoq REE project in Greenland partnered with Neo North Star Resources Inc. (NNSR), controlled by Neo Performance Materials. NNSR has commenced a significant field program at Sarfartoq REE project for 2023.お知らせ • Sep 01Hudson Resources Inc., Annual General Meeting, Oct 27, 2022Hudson Resources Inc., Annual General Meeting, Oct 27, 2022.お知らせ • Aug 24Neo Performance Materials Inc. (TSX:NEO) executed a binding agreement to acquire An exploration license covering the Sarfartoq Carbonatite Complex in southwest Greenland from Hudson Resources Inc. (TSXV:HUD) for $3.5 million.Neo Performance Materials Inc. (TSX:NEO) executed a binding agreement to acquire An exploration license covering the Sarfartoq Carbonatite Complex in southwest Greenland from Hudson Resources Inc. (TSXV:HUD) for $3.5 million on August 22, 2022. Under the terms of agreement, Hudson receives a nonrefundable initial cash payment of $250,000 upon signing of the Agreement and Hudson will receive an additional $3,250,000 upon closing of the transaction. And if within five years from the date of closing of the transaction (1) the SPE transfers the License, or there is a change in control of the SPE pursuant to an acquisition or merger, then Hudson will receive 5% of the total consideration received by the SPE in connection with such transfer, or (2) the SPE conducts an initial public offering on a stock exchange (“IPO”), then Hudson will receive 5% of the fully diluted equity interests in the SPE immediately prior to the IPO. Post completion of the acquisition, Neo will assign its rights under the Agreement to an SPE controlled by Neo that would hold the License and continue exploration and ultimately extraction of the rare earth elements on the Project. Completion of the sale of the license (the "Transaction”) is subject to various conditions, including approval from the Government of Greenland for the transfer of the License, expected to take approximately six months, and customary regulatory approvals by the TSX Venture Exchange (the “TSXV”) on the part of Hudson.Board Change • Mar 29High number of new directorsIndependent Director Tony Harwood was the last director to join the board, commencing their role in 2020.お知らせ • Sep 24Hudson Resources Inc. Reports Production of 55.3% Niobium Concentrate from the Nukittooq Project in GreenlandHudson Resources Inc. announced results of independent metallurgical testwork conducted on the high-grade Nukittooq niobium-tantalum project in Greenland which is owned 100% by Hudson Resources Inc. The testwork, conducted by SGS Canada Inc. in its Lakefield, Ontario facility, under the supervision of Hudson’s senior consulting metallurgist, John Goode, achieved a niobium (Nb) concentrate assaying 55.3% Nb2O5 at a 66.6% global recovery along with 65% of the tantalum (Ta). A Composite sample used in the metallurgical test program assayed 22.3% Nb2O5 and 0.3% Ta2O5. The Composite sample was comprised of thirty-five samples collected from the Nukittooq project in September 2020 which averaged 19.35% Nb2O5 over 112 meters. The Nukittooq deposit has some of the highest reported niobium assays in the industry. QEMSCAN analysis indicated that the Composite sample consisted of pyrochlore (37.3%) (including traces of tentatively identified columbite), aegirine (33.3%), K-feldspars (21.9%), biotite (5.4%), and trace amounts of other minerals (ca. 2%). The major gangue elements in the Composite sample were 36.7% SiO2, 11.5% Fe2O3, and 4.27% K2O. Rare earth minerals (REM) including synchysite/parisite and bastnaesite were also present in trace amounts. The metallurgical testwork methods conducted by SGS demonstrated the following: Wet high-intensity magnetic separation (WHIMS): Conducted at 5,000 Gauss on the Composite sample ground to 80% passing 144 µm removed 48% of the aegirine with 8.5% niobium loss. K-feldspar generally followed pyrochlore to the non-magnetic products. Gravity concentration: This showed limited effectiveness. However, the use of WHIMS together with a Mozley shaking table on the non-magnetic fraction showed some promise. A combined niobium concentrate assaying 55.6% Nb2O5 at 47.6% global recovery was produced. Flotation: Seven open-circuit flotation tests were performed on stage-ground and deslimed feed material. These tests examined a number of procedures, depressants and collectors. SGS’s extensive experience with pyrochlore flotation allowed rapid development of a circuit comprising WHIMS for early rejection of aegirine followed by rougher flotation using a blend of Aero6494+F3900+Pb2+ which selectively floated pyrochlore from K-feldspar. The rougher concentrate was divided into coarse and fine fractions and separate roughing and cleaning systems, using an amine collector, applied to each stream. The combined niobium concentrate contained 55.3% Nb2O5 at 66.6% global recovery. Hudson owns 100% of the high-grade Nukittooq niobium-tantalum project and the Sarfartoq rare earth element project which are both located on the Sarfartoq exploration license in southwestern Greenland. The Sarfartoq REE project has a 43-101 indicated and inferred resource outlining 35,000 tonnes of neodymium oxide plus praseodymium oxide, the two key components in permanent magnets driving the green revolution. The Nukittooq niobium-tantalum project has some of the highest reported niobium assays in the industry with potential to extend the strike length of this largely unexplored target. Hudson also has a 31.1% equity interest in the White Mountain anorthosite mine and rights to acquire 100%.お知らせ • Jul 23Hudson Provides Update on Niobium Metallurgical Program and Proposed Legislative Changes in GreenlandHudson Resources Inc. provide an update on the niobium metallurgical program on the Company’s Nukittooq niobium-tantalum project and provide comments on the legislation being proposed for uranium extraction by the recently elected Government in Greenland. The Government of Greenland recently prepared a draft Bill to ban uranium prospecting, exploration, and exploitation. The draft Bill has been introduced to seek a zero-tolerance policy on the mining and sale of uranium. The ban does not cover other radioactive elements such as thorium, although the proposed Bill gives the Government the option to extend this to other radioactive elements. The draft Bill provides that it is at the Government’s discretion as to whether they approve a project based on how uranium waste is handled. Hudson is encouraged to see that Section 3.4 of the draft Bill states that the new Act would only apply to licenses granted after the Act is promulgated. The draft Bill specifically states that licenses already granted will not be affected by the new legislation. The Greenland government has initiated a consultation process which closes on August 2, 2021 and in which Hudson will participate. Hudson’s Sarfartoq rare earth element (“REE”) project and Nukittooq niobium-tantalum project were granted an exploration license in 2020. The license does not provide any rights to radioactive elements. The work to date has shown that the Sarfartoq REE project does not contain elevated levels of uranium. The Nukittooq project does have uranium values above background levels and the Company will investigate how the uranium will be handled within Government guidelines. In addition, Hudson’s projects are not located near any communities in Greenland and therefore the Company believes that the development of these projects can be done safely and within government guidelines. The Company will continue to advance the Sarfartoq REE and niobium-tantalum projects which are vital in supporting the green economy in Europe and North America.Recent Insider Transactions • Mar 21Director recently bought CA$74k worth of stockOn the 15th of March, Donna Phillips bought around 321k shares on-market at roughly CA$0.23 per share. In the last 3 months, there was an even bigger purchase from another insider worth CA$86k. Despite this recent purchase, insiders have collectively sold CA$2.5m more in shares than they bought in the last 12 months.お知らせ • Mar 16Hudson Initiates Metallurgical Testwork Program on the Nukittooq Niobium Tantalum Project in GreenlandHudson Resources Inc. announced that metallurgical testwork has commenced on samples from the Nukittooq niobium, tantalum project in Greenland. The testwork is being undertaken at SGS Lakefield, Canada, on high-grade niobium tantalum grab samples collected in 2020, under the supervision of Hudson’s consulting Metallurgist, John Goode. The Nukittooq project occurs within the 100% owned exploration license that covers the Sarfartoq Carbonatite Complex in southeast Greenland. This exploration license also hosts the Company’s ST1 rare earth element project where Hudson has completed a NI 43-101 Technical Report which outlined a resource of 24 million kg of neodymium oxide and 8 million kg of praseodymium oxide, the two key components in permanent magnets which are driving the green economy. Neodymium oxide is currently trading at over USD 100/kg. The carbonatite complex remains largely unexplored. Hudson assayed 35 grab samples from the Nukittooq project with an average grade of 19.35% Nb2O5, 0.27% Ta2O5, 0.38% U3O8 over 112 meters, including 12 grab samples over a 30-meter section with an average grade of 32.35% Nb2O5. Hudson has to date identified several high-grade niobium occurrences within a one-kilometer square zone. This zone will be further evaluated during the Company’s 2021 field program with the objective of outlining drilling targets. Mineralogical work, which included ore microscopy and QEMSCAN, was recently completed by SGS on grab samples from the Nukittooq project. This work provided very encouraging results with respect to liberation characteristics of the niobium – tantalum minerals and the potential for coarser grinding versus fine grinding for optimum mineral separation which may benefit project economics. Metallurgical testwork currently underway at SGS includes: Stage-grinding and de-sliming, Low-intensity magnetic separation (to reject iron minerals), Gravity separation, Magnetic separation, Batch flotation testing. Niobium and tantalum are vital to a wide range of products in the energy, infrastructure, transportation, medical and defense sectors. The United States and European Union have designated niobium and tantalum as critical to their security and wellbeing. The niobium price has averaged USD 42/kg over the past five years with expected demand growth of 8%/annum. Tantalum currently trades at USD 150/kg. The Company is also advancing its 100% owned Sarfartoq REE project and is currently selecting a laboratory to undertake additional metallurgical flow sheet testwork. The testwork objectives are to further improve rare earth concentrate grades and recoveries and will take advantage of recent advances in metallurgy and hydrometallurgy as well as new developments in reagents and technology. Previous metallurgical testwork utilizing acid baking and leach tests confirmed 94% recovery of rare earths and the ability to make a 45% REO carbonate product. The White Mountain mine has recommenced operations with the commissioning of the rotary drum dryer completed. This allows for year-round operations and is expected to improve production parameters. The mine is currently operating on a 12-hour shift with a crew of 15 people. Covid-19 restrictions are still in place with only minor impacts on the operations to date.Recent Insider Transactions • Feb 28Insider recently sold CA$2.9m worth of stockOn the 26th of February, Robert Shields sold around 18m shares on-market at roughly CA$0.16 per share. This was the largest sale by an insider in the last 3 months. Insiders have been net sellers, collectively disposing of CA$2.7m more than they bought in the last 12 months.Is New 90 Day High Low • Feb 26New 90-day low: CA$0.22The company is down 29% from its price of CA$0.31 on 26 November 2020. The Canadian market is up 9.0% over the last 90 days, indicating the company underperformed over that time. It also underperformed the Metals and Mining industry, which is up 6.0% over the same period.Recent Insider Transactions • Dec 19Insider recently sold CA$94k worth of stockOn the 15th of December, Robert Shields sold around 264k shares on-market at roughly CA$0.35 per share. This was the largest sale by an insider in the last 3 months. Despite this recent sale, insiders have collectively bought CA$96k more than they sold in the last 12 months.お知らせ • Dec 15Hudson Resources Reports Assays from 35 Grab Samples Returning an Average of 19.35% Nb2O5 Along A 112 Meter Mineralized Structural Zone At the Nukittooq Niobium Project in West GreenlandHUDSON RESOURCES INC. announced that it has received the assays from its niobium and tantalum exploration project (the “Project”) located in its wholly owned Sarfartoq exploration license in southwestern Greenland. The niobium project is called Nukittooq which means “strong man” in Greenlandic to reflect the key characteristic of niobium as a strengthener of steel. Hudson collected 38 samples from outcrop on the Project area (NR2020-13) which sits on the southern margin of the large Sarfartoq Carbonatite Complex which also hosts the Company’s ST1 Rare Earth Element (“REE”) deposit. A total of 35 grab rock samples were taken from the outcrop approximately every three meters along the 112 meters of the roughly east-west trending structure that is coincident with an elevated radiometric anomaly. Three additional samples were also collected for mineralogical work along the same outcrop. The mineral of economic interest in the Project area is pyrochlore (Na, Ca)2Nb2O6(OH,F), a sodium - calcium niobate with common but minor substitution by tantalum, titanium, and uranium. The Nukittooq project is one of several niobium targets within a one square kilometer area that the Company is evaluating. The targets have similar geology supported by historical high-grade niobium assays. Pyrochlore mineralization at Nukittooq occurs as massive replacement, thin veins and disseminations within dilational zones of shear/breccia structures that cut Precambrian granite gneiss and diabase dikes. The pyrochlore is co-crystalline with aegirine, alkali feldspar, and ferric-biotite formed during metasomatism and mineralization by ultra-alkaline (fenite) solutions and coeval with dolomitic carbonatite stringers and veinlets. Some of the pyrochlore has undergone remobilization during later hydrothermal activity as evidenced by alteration overprinting. Niobium and tantalum are vital to a wide range of products in the energy, infrastructure, transportation, medical and defense sectors. The EU and the United States have designated niobium and tantalum as critical to their security and wellbeing. There are only three primary producers of niobium in the world with typical mine grades ranging from 0.56% Nb2O5 to 2.5% Nb2O5. The niobium price has averaged USD 42/kg over the past five years with expected demand growth of 8%/annum. Tantalum currently trades at USD 150/kg. The grab samples were analysed by SGS Lakefield, Canada, and the laboratory has commenced mineralogical work, including QEMSCAN and microprobe analysis, which will assist to drive a metallurgical testwork program.Is New 90 Day High Low • Nov 10New 90-day high: CA$0.34The company is up 245% from its price of CA$0.10 on 12 August 2020. The Canadian market is up 1.0% over the last 90 days, indicating the company outperformed over that time. It also outperformed the Metals and Mining industry, which is up 1.0% over the same period.お知らせ • Nov 07Hudson Resources Announces Completion of Initial Niobium Exploration Program at the Sarfartoq Project in GreenlandHUDSON RESOURCES INC. announced that it has completed its initial sampling program on the high-grade Sarfartoq niobium and tantalum project in Greenland. The samples have arrived at the SGS Lakefield laboratory in Ontario for analysis. Initial results are expected in the coming weeks. Hudson owns 100% of the Sarfartoq exploration license which hosts the Sarfartoq Carbonatite Complex, which includes Hudson’s advanced Sarfartoq rare earth element project. A total of 35 samples were collected from outcrop along the 112 meters of exposed pyrochlore mineralization, which host the niobium. Three samples were also collected along the strike length for mineralogical work.お知らせ • Oct 31Hudson Resources Inc. Elects Kevin Crawford, Donna Phillips, and Antony Harwood to the BoardHudson Resources Inc. announced that Kevin Crawford, Donna Phillips, and Antony Harwood have been elected to the Board of Directors at the Company’s annual general meeting held on October 29, 2020. The Company’s Board of Directors currently comprise of the three newly elected directors, Dave Frattaroli, and Jim Cambon. Mr. Crawford is a retired executive who was the Chairman of the board at SCR-Sibelco. Ms. Phillips is the Executive Vice President, Corporate Development of Pacific Canbriam Energy Limited. Dr. Antony (Tony) Harwood currently serves as a non-executive director on the boards of Tesoro Resources and East African Metals.Is New 90 Day High Low • Oct 17New 90-day high: CA$0.22The company is up 132% from its price of CA$0.095 on 17 July 2020. The Canadian market is up 2.0% over the last 90 days, indicating the company outperformed over that time. It also outperformed the Metals and Mining industry, which is up 4.0% over the same period.Recent Insider Transactions • Oct 03Independent Director recently bought CA$88k worth of stockOn the 29th of September, David Frattaroli bought around 609k shares on-market at roughly CA$0.14 per share. This was the largest purchase by an insider in the last 3 months. This was the only on-market transaction from insiders over the last 12 months.お知らせ • Aug 01Hudson Resources Inc. Auditor Raises 'Going Concern' DoubtHudson Resources Inc. filed its Annual on Jul 29, 2020 for the period ending Mar 31, 2020. In this report its auditor, Davidson & Company, gave an unqualified opinion expressing doubt that the company can continue as a going concern.株主還元ANORCA Metals and MiningCA 市場7D6.3%6.2%2.3%1Y325.0%90.9%34.5%株主還元を見る業界別リターン: ANOR過去 1 年間で90.9 % の収益を上げたCanadian Metals and Mining業界を上回りました。リターン対市場: ANOR過去 1 年間で34.5 % の収益を上げたCanadian市場を上回りました。価格変動Is ANOR's price volatile compared to industry and market?ANOR volatilityANOR Average Weekly Movement23.6%Metals and Mining Industry Average Movement12.0%Market Average Movement10.3%10% most volatile stocks in CA Market17.8%10% least volatile stocks in CA Market4.0%安定した株価: ANORの株価は、 Canadian市場と比較して過去 3 か月間で変動しています。時間の経過による変動: ANORの 週次ボラティリティ は過去 1 年間で29%から24%に減少しましたが、依然としてCanadian株の 75% よりも高くなっています。会社概要設立従業員CEO（最高経営責任者ウェブサイト2000n/aJim Cambonwww.anortechinc.comアノールテック社はグリーンランドで鉱物資源の取得、探査、開発、採掘に従事している。同社はGronne Bjergアノーサイト・プロジェクトの100%権益とWhite Mountainアノーサイト鉱山の31.1%権益を保有している。また、廃棄物を出さないアルミナ、CO2を出さないセメント、コンクリート蓄熱システムなどのアノーサイト鉱物製品も生産している。以前はハドソン・リソーシズ社として知られていたが、2024年3月にアノールテック社に社名変更。アノールテック・インクは2000年に法人化され、カナダのバンクーバーに本社を置いている。もっと見るAnorTech Inc. 基礎のまとめAnorTech の収益と売上を時価総額と比較するとどうか。ANOR 基礎統計学時価総額CA$15.44m収益（TTM）-CA$977.63k売上高(TTM)n/a0.0xP/Sレシオ-15.8xPER（株価収益率ANOR は割高か？公正価値と評価分析を参照収益と収入最新の決算報告書（TTM）に基づく主な収益性統計ANOR 損益計算書（TTM）収益CA$0売上原価CA$0売上総利益CA$0その他の費用CA$977.63k収益-CA$977.63k直近の収益報告Dec 31, 2025次回決算日該当なし一株当たり利益（EPS）-0.0054グロス・マージン0.00%純利益率0.00%有利子負債／自己資本比率0%ANOR の長期的なパフォーマンスは？過去の実績と比較を見るView Valuation企業分析と財務データの現状データ最終更新日（UTC時間）企業分析2026/05/07 06:42終値2026/05/07 00:00収益2025/12/31年間収益2025/03/31データソース企業分析に使用したデータはS&P Global Market Intelligence LLC のものです。本レポートを作成するための分析モデルでは、以下のデータを使用しています。データは正規化されているため、ソースが利用可能になるまでに時間がかかる場合があります。パッケージデータタイムフレーム米国ソース例会社財務10年損益計算書キャッシュ・フロー計算書貸借対照表SECフォーム10-KSECフォーム10-Qアナリストのコンセンサス予想+プラス3年予想財務アナリストの目標株価アナリストリサーチレポートBlue Matrix市場価格30年株価配当、分割、措置ICEマーケットデータSECフォームS-1所有権10年トップ株主インサイダー取引SECフォーム4SECフォーム13Dマネジメント10年リーダーシップ・チーム取締役会SECフォーム10-KSECフォームDEF 14A主な進展10年会社からのお知らせSECフォーム8-K* 米国証券を対象とした例であり、非米国証券については、同等の規制書式および情報源を使用。特に断りのない限り、すべての財務データは1年ごとの期間に基づいていますが、四半期ごとに更新されます。これは、TTM（Trailing Twelve Month）またはLTM（Last Twelve Month）データとして知られています。詳細はこちら。分析モデルとスノーフレーク本レポートを生成するために使用した分析モデルの詳細は当社のGithubページでご覧いただけます。また、レポートの使用方法に関するガイドやYoutubeのチュートリアルも掲載しています。シンプリー・ウォールストリート分析モデルを設計・構築した世界トップクラスのチームについてご紹介します。業界およびセクターの指標私たちの業界とセクションの指標は、Simply Wall Stによって6時間ごとに計算されます。アナリスト筋AnorTech Inc. 0 これらのアナリストのうち、弊社レポートのインプットとして使用した売上高または利益の予想を提出したのは、 。アナリストの投稿は一日中更新されます。0
Featured narrative•Materials opportunityUpside Gold2 months ago author updated this narrativeSTFair Value from stuart_robertsCA$5.0768.0% 割安 内在価値ディスカウントAn Undervalued 3.3Moz Gold Project in CanadaKey takeaways Upside Gold is developing the Kena Gold Project, near the town of Nelson in the Kootenays region of southern British Columbia. Kena hosts a historical gold resource of 3.33 million ounces (561,000 ounces Indicated and 2.77 million ounces Inferred) across a 10,200-hectare land package.Read full narrative14.8kusers have viewed this narrative41users have liked this narrative1users have commented on this narrative284users have followed this narrativeRead narrative
お知らせ • Oct 10Anortech Expands High-Purity Anorthosite Footprint At Gronne Bjerg Project in GreenlandAnortech Inc. announced exceptional results of the 2025 field program on the Gronne Bjerg Anorthosite Project in Greenland. The program significantly expands the mapped size of the project and further confirms its potential as one of the world's most promising long-term sources of high purity, aluminum-bearing rock. This year's exploration focused on the mapping and sampling of previously unexplored areas of the Gronne Bjerg anorthosite complex. Results confirm the addition of continuous high purity anorthosite extending over 3.2 km in strike length, free from significant alteration or diking. Highlights include: Defined a 3.2 km surface extension of high purity anorthosite expanding the mapped footprint to 4.2 km x 2.3 km, with anorthosite exposed from sea level to 1,200 m elevation at the top of the mountain. Collected 30 representative samples from outcrop, analyzed by ALS (Ireland), returning average assays as follows: Al2O3: 31.9% Fe2O3: 0.94% Na2O: 1.8% CaO: 16.7% SiO2: 47.2% The consistently high purity and high-aluminum grades make Gronne Bjerg an ideal feed material for E-glass, sustainable aluminum applications and CO2 free cement. Environmental and Infrastructure Progress: Environmental Baseline Studies: WSP Denmark completed the second year of environmental baseline studies, including marine, terrestrial, and wildlife surveys. Combined with 2024's program data, these studies form the foundation for the project's Environmental Impact Assessment (EIA), which the Company expects to complete ahead of its 2026 exploitation license application. Port Access: Initial bathymetry studies have identified a potential deep-water port site only a few hundred meters from the potential mining area. This offers a unique logistical advantage, expected to reduce capital costs while minimize the project's environmental footprint.
お知らせ • Oct 08AnorTech Inc., Annual General Meeting, Dec 02, 2025AnorTech Inc., Annual General Meeting, Dec 02, 2025. Location: british columbia, vancouver Canada
お知らせ • Jun 04AnorTech Inc. Announces Positive Results from Sustainable Cement R&D ProgramAnorTech Inc. announced the successful completion of the latest phase of its research and development (R&D) program focused on producing sustainable cement products using anorthosite from the Company's Gronne Bjerg Project in Greenland. The program, conducted by the Danish Technological Institute (DTI) in Copenhagen, focused on three high-pot potential product lines: Very low CO2 refractory cement, 3D printable anorthosite cement-based mortar formulations, and Very low CO2 concrete niche applications. DTI's testwork utilized 100% anorthosite in various size fractions, mixed with phosphoric acid (H3PO4) at varying concentrations to produce materials that were tested for performance across multiple applications. Fresh and mechanical properties were also evaluated to assess commercialization potential. Unlike Ordinary Portland Cement (OPC), AnorTech's process does not require clinker production, which emits approximately 0.9 tonnes of CO2 per tonne of OPC. As a result, AnorTech's cement applications can eliminate approximately 90% of CO2 emissions. Refractory Cement Testwork Highlights: Successfully cast anorthosite mortar prisms that withstanding multiple heating cycles at 1,200 degC for five hours without compromising structural integrity; Compressive strength was maintained, or even slightly increased, after thermal heating cycles with post-treatment strength exceeding 25.0 MPa; Two large slabs (10cm thick) were cast for extended refractory testing. One will be cut in half, with one half exposed to outdoor weathering for one year to assess long-term strength and microstructures evolution. 3D Printable Cement Testwork Highlights: More than 20 formulations were tested to determine the optimal mix for printability and structural buildability; The addition of viscosity-modifying admixture enhanced print quality and control; The program successfully printed multiple 3D structures, confirming proof of concept.
お知らせ • Feb 12AnorTech Files Provisional Patent for Sustainable Smelter Grade Alumina ProductionANORTECH INC. announced that it has filed a provisional patent with the United States Patent and Trademark Office for its innovative process to produce sustainable smelter-grade alumina (SGA) from anorthosite (calcium aluminum silicate) with zero waste. AnorTech’s proprietary process meets the specifications of the major aluminum producers while eliminating tailings. The only byproducts of amorphous silica and calcium silicate are fully saleable. The patent application covers key innovations including iron reduction, aluminum chloride hexahydrate precipitation, and calcination. The aluminum industry currently depends on SGA derived from bauxite ore for aluminum production. The bauxite ore is processed using the Bayer process and in 2023 this yielded over 125 Mt/a of alumina (Al2O3), most of which was converted into aluminum metal using the Hall–Héroult smelting process. However, in 2023 this method also generated more than 175M tonnes of caustic red mud tailings, a major environmental challenge. The Company has delivered 25 tonnes of crushed anorthosite from its 100% owned Gronne Bjerg anorthosite project in Greenland to Ontario, Canada, in preparation for the pilot plant testing. AnorTech is also exploring partnerships with industry leaders to accelerate the commercialization of its technology.
お知らせ • Aug 28AnorTech Inc., Annual General Meeting, Oct 30, 2024AnorTech Inc., Annual General Meeting, Oct 30, 2024. Location: british columbia, vancouver Canada
Board Change • Nov 01Insufficient new directorsNo new directors have joined the board in the last 3 years. The company's board is composed of: No new directors. 5 experienced directors. No highly experienced directors. Independent Director Tony Harwood was the last director to join the board, commencing their role in 2020. The company’s insufficient board refreshment is considered a risk according to the Simply Wall St Risk Model.
お知らせ • Oct 10Anortech Expands High-Purity Anorthosite Footprint At Gronne Bjerg Project in GreenlandAnortech Inc. announced exceptional results of the 2025 field program on the Gronne Bjerg Anorthosite Project in Greenland. The program significantly expands the mapped size of the project and further confirms its potential as one of the world's most promising long-term sources of high purity, aluminum-bearing rock. This year's exploration focused on the mapping and sampling of previously unexplored areas of the Gronne Bjerg anorthosite complex. Results confirm the addition of continuous high purity anorthosite extending over 3.2 km in strike length, free from significant alteration or diking. Highlights include: Defined a 3.2 km surface extension of high purity anorthosite expanding the mapped footprint to 4.2 km x 2.3 km, with anorthosite exposed from sea level to 1,200 m elevation at the top of the mountain. Collected 30 representative samples from outcrop, analyzed by ALS (Ireland), returning average assays as follows: Al2O3: 31.9% Fe2O3: 0.94% Na2O: 1.8% CaO: 16.7% SiO2: 47.2% The consistently high purity and high-aluminum grades make Gronne Bjerg an ideal feed material for E-glass, sustainable aluminum applications and CO2 free cement. Environmental and Infrastructure Progress: Environmental Baseline Studies: WSP Denmark completed the second year of environmental baseline studies, including marine, terrestrial, and wildlife surveys. Combined with 2024's program data, these studies form the foundation for the project's Environmental Impact Assessment (EIA), which the Company expects to complete ahead of its 2026 exploitation license application. Port Access: Initial bathymetry studies have identified a potential deep-water port site only a few hundred meters from the potential mining area. This offers a unique logistical advantage, expected to reduce capital costs while minimize the project's environmental footprint.
お知らせ • Oct 08AnorTech Inc., Annual General Meeting, Dec 02, 2025AnorTech Inc., Annual General Meeting, Dec 02, 2025. Location: british columbia, vancouver Canada
お知らせ • Jun 04AnorTech Inc. Announces Positive Results from Sustainable Cement R&D ProgramAnorTech Inc. announced the successful completion of the latest phase of its research and development (R&D) program focused on producing sustainable cement products using anorthosite from the Company's Gronne Bjerg Project in Greenland. The program, conducted by the Danish Technological Institute (DTI) in Copenhagen, focused on three high-pot potential product lines: Very low CO2 refractory cement, 3D printable anorthosite cement-based mortar formulations, and Very low CO2 concrete niche applications. DTI's testwork utilized 100% anorthosite in various size fractions, mixed with phosphoric acid (H3PO4) at varying concentrations to produce materials that were tested for performance across multiple applications. Fresh and mechanical properties were also evaluated to assess commercialization potential. Unlike Ordinary Portland Cement (OPC), AnorTech's process does not require clinker production, which emits approximately 0.9 tonnes of CO2 per tonne of OPC. As a result, AnorTech's cement applications can eliminate approximately 90% of CO2 emissions. Refractory Cement Testwork Highlights: Successfully cast anorthosite mortar prisms that withstanding multiple heating cycles at 1,200 degC for five hours without compromising structural integrity; Compressive strength was maintained, or even slightly increased, after thermal heating cycles with post-treatment strength exceeding 25.0 MPa; Two large slabs (10cm thick) were cast for extended refractory testing. One will be cut in half, with one half exposed to outdoor weathering for one year to assess long-term strength and microstructures evolution. 3D Printable Cement Testwork Highlights: More than 20 formulations were tested to determine the optimal mix for printability and structural buildability; The addition of viscosity-modifying admixture enhanced print quality and control; The program successfully printed multiple 3D structures, confirming proof of concept.
お知らせ • Feb 12AnorTech Files Provisional Patent for Sustainable Smelter Grade Alumina ProductionANORTECH INC. announced that it has filed a provisional patent with the United States Patent and Trademark Office for its innovative process to produce sustainable smelter-grade alumina (SGA) from anorthosite (calcium aluminum silicate) with zero waste. AnorTech’s proprietary process meets the specifications of the major aluminum producers while eliminating tailings. The only byproducts of amorphous silica and calcium silicate are fully saleable. The patent application covers key innovations including iron reduction, aluminum chloride hexahydrate precipitation, and calcination. The aluminum industry currently depends on SGA derived from bauxite ore for aluminum production. The bauxite ore is processed using the Bayer process and in 2023 this yielded over 125 Mt/a of alumina (Al2O3), most of which was converted into aluminum metal using the Hall–Héroult smelting process. However, in 2023 this method also generated more than 175M tonnes of caustic red mud tailings, a major environmental challenge. The Company has delivered 25 tonnes of crushed anorthosite from its 100% owned Gronne Bjerg anorthosite project in Greenland to Ontario, Canada, in preparation for the pilot plant testing. AnorTech is also exploring partnerships with industry leaders to accelerate the commercialization of its technology.
お知らせ • Aug 28AnorTech Inc., Annual General Meeting, Oct 30, 2024AnorTech Inc., Annual General Meeting, Oct 30, 2024. Location: british columbia, vancouver Canada
Board Change • Nov 01Insufficient new directorsNo new directors have joined the board in the last 3 years. The company's board is composed of: No new directors. 5 experienced directors. No highly experienced directors. Independent Director Tony Harwood was the last director to join the board, commencing their role in 2020. The company’s insufficient board refreshment is considered a risk according to the Simply Wall St Risk Model.
お知らせ • Jun 02Hudson Resources Inc. Announces Results from Initial Sampling At the Gronne Bjerg Anorthosite Project and Commencement of Green Alumina TestworkHudson Resources Inc. provided initial sampling results on the Company's 100% held Gronne Bjerg (Green Mountain) anorthosite project ("Project") in Greenland. The Company has also commenced testwork to produce a green alumina for the aluminum industry. Hudson is continuing to support Neo North Star Resources Inc. in its development of the Sarfartoq REE project where the Company has an interest. The Gronne Bjerg project, which was staked by Hudson in 2021, is approximately 80 km from Nuuk, the capital of Greenland, and favourably located on open tidewater. Hudson first sampled the Gronne Bjerg project in 2012 as part of a regional sampling program to identify the highest quality anorthosite targets in Greenland. This initial high-level sampling provided the best results of all anorthosites sampled, however the area was not available for staking at the time. In the fall of 2022, Hudson conducted a reconnaissance program at Gronne Bjerg which included the collection of 29 samples from outcrop over an area of 3.9 square kilometers. The samples were sent to ALS Laboratories in Canada for analysis and the results demonstrated a high aluminum content, low impurities, and excellent continuity over the area sampled. The average analysis for key elements for all the samples are as follows: Al(2) O(3) (al aluminum oxide): 32.06%; SiO(2) (silicodioxide): 47.24%; CaO (calcium oxidede): 14.98%; Na(2) O (sodium oxide): 2.27%; Fe(2) O(3). Based ot the high chemical quality of anorthosite sampled, Hudson has initiated a testwk program at SGS Lakefield in Canada to produce a green waste-free smelter grade alumina utilizing the flowsheet developed by the Company from 2013 through 2015. This significant testwork culminated in a robust Preliminary Economic Assessment (PEA) for specialty alumina production. The PEA demonstrated that a quality alumina product can be made while producing zero tailings and only useful by-products, compared to bauxite which produces almost four tonnes of caustic tailings per tonne of aluminum. The SGS testwork program will take approximately four months to complete with the objective of producing green alumina suitable as a feed material for aluminum producers. The Company is in discussions with industrial and technology groups to potentially partner on green alumina and green cement projects. This aligns perfectly with Hudson's core values in the creation of green products that they believe will attract ESG investors. Green Aluminum Hudson strongly believes that anorthosite is the future for green aluminium production which will increasingly be demanded by consumers. Global aluminum demand is expected to increase by almost 40 per cent by 2030 (CRU Report, May 2022). A recent World Bank report described aluminum as crucial for the energy transition as the metal is critical to solar power panels and electric vehicles. The amount of aluminum used in European cars increased by 18% from 174kg in 2019 to 205kg in 2022 according to automotive consultancy Ducker Carlisle (Mining.comMay 2023). The report predicts this trend will continue to increase to 256kg per vehicle by 2030. China currently accounts for 58% of global output of aluminum. Europe has traditionally relied on Russia for aluminum supply.CO2 Free Cement In 2016/2017 Hudson completed successful testwork to produce a CO2 free, heat resistant (refractory) and acid resistant white cement (see NR2018-01). The work was carried out at the University of British Columbia Ceramics and Refractories Research and Testing Laboratory. Hudson plans to commence additional testwork on cement application in 2023 and is in discussions with a number of research facilities capable of executing a testwork program.Neo North Star Resources Inc. As recently announced (see NR2023-01), Hudson has a potential 5% carried interest in the Sarfartoq REE project in Greenland partnered with Neo North Star Resources Inc. (NNSR), controlled by Neo Performance Materials. NNSR has commenced a significant field program at Sarfartoq REE project for 2023.
お知らせ • Sep 01Hudson Resources Inc., Annual General Meeting, Oct 27, 2022Hudson Resources Inc., Annual General Meeting, Oct 27, 2022.
お知らせ • Aug 24Neo Performance Materials Inc. (TSX:NEO) executed a binding agreement to acquire An exploration license covering the Sarfartoq Carbonatite Complex in southwest Greenland from Hudson Resources Inc. (TSXV:HUD) for $3.5 million.Neo Performance Materials Inc. (TSX:NEO) executed a binding agreement to acquire An exploration license covering the Sarfartoq Carbonatite Complex in southwest Greenland from Hudson Resources Inc. (TSXV:HUD) for $3.5 million on August 22, 2022. Under the terms of agreement, Hudson receives a nonrefundable initial cash payment of $250,000 upon signing of the Agreement and Hudson will receive an additional $3,250,000 upon closing of the transaction. And if within five years from the date of closing of the transaction (1) the SPE transfers the License, or there is a change in control of the SPE pursuant to an acquisition or merger, then Hudson will receive 5% of the total consideration received by the SPE in connection with such transfer, or (2) the SPE conducts an initial public offering on a stock exchange (“IPO”), then Hudson will receive 5% of the fully diluted equity interests in the SPE immediately prior to the IPO. Post completion of the acquisition, Neo will assign its rights under the Agreement to an SPE controlled by Neo that would hold the License and continue exploration and ultimately extraction of the rare earth elements on the Project. Completion of the sale of the license (the "Transaction”) is subject to various conditions, including approval from the Government of Greenland for the transfer of the License, expected to take approximately six months, and customary regulatory approvals by the TSX Venture Exchange (the “TSXV”) on the part of Hudson.
Board Change • Mar 29High number of new directorsIndependent Director Tony Harwood was the last director to join the board, commencing their role in 2020.
お知らせ • Sep 24Hudson Resources Inc. Reports Production of 55.3% Niobium Concentrate from the Nukittooq Project in GreenlandHudson Resources Inc. announced results of independent metallurgical testwork conducted on the high-grade Nukittooq niobium-tantalum project in Greenland which is owned 100% by Hudson Resources Inc. The testwork, conducted by SGS Canada Inc. in its Lakefield, Ontario facility, under the supervision of Hudson’s senior consulting metallurgist, John Goode, achieved a niobium (Nb) concentrate assaying 55.3% Nb2O5 at a 66.6% global recovery along with 65% of the tantalum (Ta). A Composite sample used in the metallurgical test program assayed 22.3% Nb2O5 and 0.3% Ta2O5. The Composite sample was comprised of thirty-five samples collected from the Nukittooq project in September 2020 which averaged 19.35% Nb2O5 over 112 meters. The Nukittooq deposit has some of the highest reported niobium assays in the industry. QEMSCAN analysis indicated that the Composite sample consisted of pyrochlore (37.3%) (including traces of tentatively identified columbite), aegirine (33.3%), K-feldspars (21.9%), biotite (5.4%), and trace amounts of other minerals (ca. 2%). The major gangue elements in the Composite sample were 36.7% SiO2, 11.5% Fe2O3, and 4.27% K2O. Rare earth minerals (REM) including synchysite/parisite and bastnaesite were also present in trace amounts. The metallurgical testwork methods conducted by SGS demonstrated the following: Wet high-intensity magnetic separation (WHIMS): Conducted at 5,000 Gauss on the Composite sample ground to 80% passing 144 µm removed 48% of the aegirine with 8.5% niobium loss. K-feldspar generally followed pyrochlore to the non-magnetic products. Gravity concentration: This showed limited effectiveness. However, the use of WHIMS together with a Mozley shaking table on the non-magnetic fraction showed some promise. A combined niobium concentrate assaying 55.6% Nb2O5 at 47.6% global recovery was produced. Flotation: Seven open-circuit flotation tests were performed on stage-ground and deslimed feed material. These tests examined a number of procedures, depressants and collectors. SGS’s extensive experience with pyrochlore flotation allowed rapid development of a circuit comprising WHIMS for early rejection of aegirine followed by rougher flotation using a blend of Aero6494+F3900+Pb2+ which selectively floated pyrochlore from K-feldspar. The rougher concentrate was divided into coarse and fine fractions and separate roughing and cleaning systems, using an amine collector, applied to each stream. The combined niobium concentrate contained 55.3% Nb2O5 at 66.6% global recovery. Hudson owns 100% of the high-grade Nukittooq niobium-tantalum project and the Sarfartoq rare earth element project which are both located on the Sarfartoq exploration license in southwestern Greenland. The Sarfartoq REE project has a 43-101 indicated and inferred resource outlining 35,000 tonnes of neodymium oxide plus praseodymium oxide, the two key components in permanent magnets driving the green revolution. The Nukittooq niobium-tantalum project has some of the highest reported niobium assays in the industry with potential to extend the strike length of this largely unexplored target. Hudson also has a 31.1% equity interest in the White Mountain anorthosite mine and rights to acquire 100%.
お知らせ • Jul 23Hudson Provides Update on Niobium Metallurgical Program and Proposed Legislative Changes in GreenlandHudson Resources Inc. provide an update on the niobium metallurgical program on the Company’s Nukittooq niobium-tantalum project and provide comments on the legislation being proposed for uranium extraction by the recently elected Government in Greenland. The Government of Greenland recently prepared a draft Bill to ban uranium prospecting, exploration, and exploitation. The draft Bill has been introduced to seek a zero-tolerance policy on the mining and sale of uranium. The ban does not cover other radioactive elements such as thorium, although the proposed Bill gives the Government the option to extend this to other radioactive elements. The draft Bill provides that it is at the Government’s discretion as to whether they approve a project based on how uranium waste is handled. Hudson is encouraged to see that Section 3.4 of the draft Bill states that the new Act would only apply to licenses granted after the Act is promulgated. The draft Bill specifically states that licenses already granted will not be affected by the new legislation. The Greenland government has initiated a consultation process which closes on August 2, 2021 and in which Hudson will participate. Hudson’s Sarfartoq rare earth element (“REE”) project and Nukittooq niobium-tantalum project were granted an exploration license in 2020. The license does not provide any rights to radioactive elements. The work to date has shown that the Sarfartoq REE project does not contain elevated levels of uranium. The Nukittooq project does have uranium values above background levels and the Company will investigate how the uranium will be handled within Government guidelines. In addition, Hudson’s projects are not located near any communities in Greenland and therefore the Company believes that the development of these projects can be done safely and within government guidelines. The Company will continue to advance the Sarfartoq REE and niobium-tantalum projects which are vital in supporting the green economy in Europe and North America.
Recent Insider Transactions • Mar 21Director recently bought CA$74k worth of stockOn the 15th of March, Donna Phillips bought around 321k shares on-market at roughly CA$0.23 per share. In the last 3 months, there was an even bigger purchase from another insider worth CA$86k. Despite this recent purchase, insiders have collectively sold CA$2.5m more in shares than they bought in the last 12 months.
お知らせ • Mar 16Hudson Initiates Metallurgical Testwork Program on the Nukittooq Niobium Tantalum Project in GreenlandHudson Resources Inc. announced that metallurgical testwork has commenced on samples from the Nukittooq niobium, tantalum project in Greenland. The testwork is being undertaken at SGS Lakefield, Canada, on high-grade niobium tantalum grab samples collected in 2020, under the supervision of Hudson’s consulting Metallurgist, John Goode. The Nukittooq project occurs within the 100% owned exploration license that covers the Sarfartoq Carbonatite Complex in southeast Greenland. This exploration license also hosts the Company’s ST1 rare earth element project where Hudson has completed a NI 43-101 Technical Report which outlined a resource of 24 million kg of neodymium oxide and 8 million kg of praseodymium oxide, the two key components in permanent magnets which are driving the green economy. Neodymium oxide is currently trading at over USD 100/kg. The carbonatite complex remains largely unexplored. Hudson assayed 35 grab samples from the Nukittooq project with an average grade of 19.35% Nb2O5, 0.27% Ta2O5, 0.38% U3O8 over 112 meters, including 12 grab samples over a 30-meter section with an average grade of 32.35% Nb2O5. Hudson has to date identified several high-grade niobium occurrences within a one-kilometer square zone. This zone will be further evaluated during the Company’s 2021 field program with the objective of outlining drilling targets. Mineralogical work, which included ore microscopy and QEMSCAN, was recently completed by SGS on grab samples from the Nukittooq project. This work provided very encouraging results with respect to liberation characteristics of the niobium – tantalum minerals and the potential for coarser grinding versus fine grinding for optimum mineral separation which may benefit project economics. Metallurgical testwork currently underway at SGS includes: Stage-grinding and de-sliming, Low-intensity magnetic separation (to reject iron minerals), Gravity separation, Magnetic separation, Batch flotation testing. Niobium and tantalum are vital to a wide range of products in the energy, infrastructure, transportation, medical and defense sectors. The United States and European Union have designated niobium and tantalum as critical to their security and wellbeing. The niobium price has averaged USD 42/kg over the past five years with expected demand growth of 8%/annum. Tantalum currently trades at USD 150/kg. The Company is also advancing its 100% owned Sarfartoq REE project and is currently selecting a laboratory to undertake additional metallurgical flow sheet testwork. The testwork objectives are to further improve rare earth concentrate grades and recoveries and will take advantage of recent advances in metallurgy and hydrometallurgy as well as new developments in reagents and technology. Previous metallurgical testwork utilizing acid baking and leach tests confirmed 94% recovery of rare earths and the ability to make a 45% REO carbonate product. The White Mountain mine has recommenced operations with the commissioning of the rotary drum dryer completed. This allows for year-round operations and is expected to improve production parameters. The mine is currently operating on a 12-hour shift with a crew of 15 people. Covid-19 restrictions are still in place with only minor impacts on the operations to date.
Recent Insider Transactions • Feb 28Insider recently sold CA$2.9m worth of stockOn the 26th of February, Robert Shields sold around 18m shares on-market at roughly CA$0.16 per share. This was the largest sale by an insider in the last 3 months. Insiders have been net sellers, collectively disposing of CA$2.7m more than they bought in the last 12 months.
Is New 90 Day High Low • Feb 26New 90-day low: CA$0.22The company is down 29% from its price of CA$0.31 on 26 November 2020. The Canadian market is up 9.0% over the last 90 days, indicating the company underperformed over that time. It also underperformed the Metals and Mining industry, which is up 6.0% over the same period.
Recent Insider Transactions • Dec 19Insider recently sold CA$94k worth of stockOn the 15th of December, Robert Shields sold around 264k shares on-market at roughly CA$0.35 per share. This was the largest sale by an insider in the last 3 months. Despite this recent sale, insiders have collectively bought CA$96k more than they sold in the last 12 months.
お知らせ • Dec 15Hudson Resources Reports Assays from 35 Grab Samples Returning an Average of 19.35% Nb2O5 Along A 112 Meter Mineralized Structural Zone At the Nukittooq Niobium Project in West GreenlandHUDSON RESOURCES INC. announced that it has received the assays from its niobium and tantalum exploration project (the “Project”) located in its wholly owned Sarfartoq exploration license in southwestern Greenland. The niobium project is called Nukittooq which means “strong man” in Greenlandic to reflect the key characteristic of niobium as a strengthener of steel. Hudson collected 38 samples from outcrop on the Project area (NR2020-13) which sits on the southern margin of the large Sarfartoq Carbonatite Complex which also hosts the Company’s ST1 Rare Earth Element (“REE”) deposit. A total of 35 grab rock samples were taken from the outcrop approximately every three meters along the 112 meters of the roughly east-west trending structure that is coincident with an elevated radiometric anomaly. Three additional samples were also collected for mineralogical work along the same outcrop. The mineral of economic interest in the Project area is pyrochlore (Na, Ca)2Nb2O6(OH,F), a sodium - calcium niobate with common but minor substitution by tantalum, titanium, and uranium. The Nukittooq project is one of several niobium targets within a one square kilometer area that the Company is evaluating. The targets have similar geology supported by historical high-grade niobium assays. Pyrochlore mineralization at Nukittooq occurs as massive replacement, thin veins and disseminations within dilational zones of shear/breccia structures that cut Precambrian granite gneiss and diabase dikes. The pyrochlore is co-crystalline with aegirine, alkali feldspar, and ferric-biotite formed during metasomatism and mineralization by ultra-alkaline (fenite) solutions and coeval with dolomitic carbonatite stringers and veinlets. Some of the pyrochlore has undergone remobilization during later hydrothermal activity as evidenced by alteration overprinting. Niobium and tantalum are vital to a wide range of products in the energy, infrastructure, transportation, medical and defense sectors. The EU and the United States have designated niobium and tantalum as critical to their security and wellbeing. There are only three primary producers of niobium in the world with typical mine grades ranging from 0.56% Nb2O5 to 2.5% Nb2O5. The niobium price has averaged USD 42/kg over the past five years with expected demand growth of 8%/annum. Tantalum currently trades at USD 150/kg. The grab samples were analysed by SGS Lakefield, Canada, and the laboratory has commenced mineralogical work, including QEMSCAN and microprobe analysis, which will assist to drive a metallurgical testwork program.
Is New 90 Day High Low • Nov 10New 90-day high: CA$0.34The company is up 245% from its price of CA$0.10 on 12 August 2020. The Canadian market is up 1.0% over the last 90 days, indicating the company outperformed over that time. It also outperformed the Metals and Mining industry, which is up 1.0% over the same period.
お知らせ • Nov 07Hudson Resources Announces Completion of Initial Niobium Exploration Program at the Sarfartoq Project in GreenlandHUDSON RESOURCES INC. announced that it has completed its initial sampling program on the high-grade Sarfartoq niobium and tantalum project in Greenland. The samples have arrived at the SGS Lakefield laboratory in Ontario for analysis. Initial results are expected in the coming weeks. Hudson owns 100% of the Sarfartoq exploration license which hosts the Sarfartoq Carbonatite Complex, which includes Hudson’s advanced Sarfartoq rare earth element project. A total of 35 samples were collected from outcrop along the 112 meters of exposed pyrochlore mineralization, which host the niobium. Three samples were also collected along the strike length for mineralogical work.
お知らせ • Oct 31Hudson Resources Inc. Elects Kevin Crawford, Donna Phillips, and Antony Harwood to the BoardHudson Resources Inc. announced that Kevin Crawford, Donna Phillips, and Antony Harwood have been elected to the Board of Directors at the Company’s annual general meeting held on October 29, 2020. The Company’s Board of Directors currently comprise of the three newly elected directors, Dave Frattaroli, and Jim Cambon. Mr. Crawford is a retired executive who was the Chairman of the board at SCR-Sibelco. Ms. Phillips is the Executive Vice President, Corporate Development of Pacific Canbriam Energy Limited. Dr. Antony (Tony) Harwood currently serves as a non-executive director on the boards of Tesoro Resources and East African Metals.
Is New 90 Day High Low • Oct 17New 90-day high: CA$0.22The company is up 132% from its price of CA$0.095 on 17 July 2020. The Canadian market is up 2.0% over the last 90 days, indicating the company outperformed over that time. It also outperformed the Metals and Mining industry, which is up 4.0% over the same period.
Recent Insider Transactions • Oct 03Independent Director recently bought CA$88k worth of stockOn the 29th of September, David Frattaroli bought around 609k shares on-market at roughly CA$0.14 per share. This was the largest purchase by an insider in the last 3 months. This was the only on-market transaction from insiders over the last 12 months.
お知らせ • Aug 01Hudson Resources Inc. Auditor Raises 'Going Concern' DoubtHudson Resources Inc. filed its Annual on Jul 29, 2020 for the period ending Mar 31, 2020. In this report its auditor, Davidson & Company, gave an unqualified opinion expressing doubt that the company can continue as a going concern.
