URG 10-K & 10-Q changes, risk factors and insider trading
Ur-energy Inc. · NYSE · Gold And Silver Ores · CIK 1375205 · All filings on SEC.gov
At a glance
What changed in the latest 10-K
Risk Factors
New heading “Our indebtedness could limit the cash flow available for our operations and expose us to risks that could adversely affect our business, financial condition and results of operations.”
New heading “We may incur substantially more debt or take other actions, which would intensify the risks associated with our indebtedness.”
New heading “The conversion feature of the Convertible Notes, if triggered, may adversely affect our financial condition.”
New heading “The trading price of our common shares may continue to experience substantial volatility.”
New heading “Conversion of the Convertible Notes may dilute the ownership interest of our shareholders or may otherwise depress the price of our common shares.”
New heading “The capped call transactions may affect the market price of our common shares.”
New heading “We are subject to counterparty risk with respect to the capped call transactions, and the capped call transactions may not operate as planned.”
New heading “Provisions in the indenture governing the Convertible Notes could delay or prevent an otherwise beneficial takeover of us.”
Removed heading “The trading price of our common shares may experience substantial volatility.”
Largest changes
We depend upon information technology systems in a variety of ways throughout our operations. While we have not experienced any material incident, any significant breakdown of those systems, whether through virus,see in full comparisoncyber-attack,cyberattack, security breach, theft, or other destruction, invasion or interruption, or unauthorized access to our systems, by employees, others with authorized access to our systems or unauthorized persons, could negatively impact our business and operations. These threats are increasing in number and severity and broadening in type ofrisk,riskincludingthroughrecentlybothwith the war in Ukraine, the war in the Middle Eastprivate andotherstate-sponsored threat actors. This includes growing threats resulting from geopolitical tensions with China and Russia and ongoing conflicts, and thecybercyberattacksattacks ongoingarising in those contexts, all of which may continue to broaden. To the extent that anycyber-attackcyberattack or similar security breach results in disruption to our operations, loss or disclosure of, or damage to, our data and particularly our confidential or proprietary information, our reputation, business, results of operations and financial condition could be materially adversely affected. We have implemented various measures to manage our risks related to information technology systems and network disruptions. However, given the unpredictability of the timing, nature and scope of information technology disruptions, we potentially could be subject to production downtimes, operational delays, the compromising of confidential or otherwise protected information, destruction or corruption of data, security breaches, other manipulation or improper use of our systems and networks or financial losses from remedial actions, any of which could have a material adverse effect on our cash flows, competitive position, financial condition or results of operations. Our systems and internal controls for protecting against suchcyber securitycybersecurity risks may be insufficient and it is increasingly difficult to fully mitigate against these threats as they are ever changing. Additionally, we assess possible threats to our third-party providers when they may be provided confidential and proprietary information to complete work in our behalf. While we seek assurances from those parties that they will maintain such confidential and proprietary information in confidence, including by virtue of having systems and processes in place to protect such data, those service providers may also be subject to data compromise. Any compromise of our confidential data or that of our customers, suppliers, employees or others with whom we do business, whether in our possession or that of our service providers, could substantially disrupt our operations, harm our customers, suppliers, employees and others with whom we do business, damage our reputation, violate applicable law, subject us to potentially significant costs and liabilities which could be material. Although to date we have experienced no such attack resulting in material losses, we may suffer such losses at any time in the future. We may be required to expend significant additional resources to continue to modify and enhance our protective measures or to investigate, restore or remediate any information technology security vulnerabilities.
“While many of the direct impacts to our business arising during the COVID pandemic have decreased substantially, direct and indirect effects continue to be experienced, particularly in supply chain and available labor and contractors. Following the pandemic, the inflationary impacts to the economy have been substantial. These impacts are likely to continue to pose risk to our operations, particularly at our renewed production operations at Lost Creek and as we proceed to construct and operate Shirley Basin.”see in full comparison
“The option counterparties in our Convertible Notes are financial institutions, and we are subject to the risk that any or all of them might default under the capped call transactions. Our exposure to the credit risk of the option counterparties is not secured by any collateral. Global economic conditions have from time to time resulted in the actual or perceived failure or financial difficulties of many financial institutions. …”see in full comparison
“Our indebtedness could limit the cash flow available for our operations and expose us to risks that could adversely affect our business, financial condition and results of operations.”see in full comparison
“Conversion of the Convertible Notes may dilute the ownership interest of our shareholders or may otherwise depress the price of our common shares.”see in full comparison
“We are subject to counterparty risk with respect to the capped call transactions, and the capped call transactions may not operate as planned.”see in full comparison
Full comparison: every changed paragraph (47)
The price of uranium is volatile and has experienced and may continue to experience significant price movements over short periods of time. Spot pricing reached lows at or below $20 per pound U3O8 infrom recent2016 years.to 2020. Although current spot pricing remains significantly improved from those recent lows, pricing continues to demonstrate volatility: at December 31, 2023,2024, the price of U3O8 was $91.00$72.63 per pound and at December 31, 2024,2025, the price was $72.63$81.55 per pound U3O8. Factors beyond our control affect the market, including demand for nuclear power; changes in public acceptance of nuclear energy; political and economic conditions in uranium mining, producing and consuming countries; costs and availability of financing of nuclear plants; changes in governmental regulations; global or regional consumption patterns; speculative activities and increased production due to new extraction developments and improved production methods; the future viability and acceptance of small modular reactors or micro-reactors and the related fuel requirements for this new technology; reprocessing of spent fuel and the re-enrichment of depleted uranium tails or waste; and global economics, including currency exchange rates, interest rates and expectations of inflation. Any future accidents, or threats of or incidents of war, civil unrest or terrorism, at nuclear facilities are likely to also impact the conditions of uranium mining and the use and acceptance of nuclear energy. The effect of these factors on the price of uranium, and therefore on the economic viability of our properties, cannot accurately be predicted.
The uranium industry is highly competitivecompetitive, and nuclear energy competes with other energy sources.
The national and international uranium industry is small and highly competitive. Our activities are directed toward the exploration for, and evaluation, acquisition and development of uranium deposits into production operations. There is no certainty that any expenditures we mademake will result in discoveriesdevelopment or production of commercial quantities of uranium production.uranium. There is aggressive competition within the uranium mining industry for the discovery, acquisition and development of properties considered to have commercial potential. We compete with other companies for the opportunity to participate in promising projects, and many of those competing entities have greater financial resources than we have and/or are state-sponsored entities. Similarly, we market our product to a limited number of purchasers in competition with supplies from a very limited number of competitors, most of whomwhich currentlycontinue areto be state-sponsored operations producing at lower, subsidized costs.
Nuclear energy competes with other existing sources of energy, including natural gas, oil, coal, hydroelectricityhydroelectricity, wind and renewablesolar, energy sourcesgeothermal and potentially other sources of energy, such as fusion, in the future. These other energy sources are to some extent interchangeable with nuclear energy, and their relative availability and cost may result in lower demand for uranium concentrate and uranium conversion services. Technical advances inin, andreduced government regulation of, or government support and subsidies for renewableother energy sources could make these forms of energy more viable and have a greater impact on nuclear fuel demands. Further, the sustained growth of the uranium and nuclear power industry beyond its current level will depend upon continued and increased acceptance of nuclear technology as a means of generating electricity. Because of unique political, geopolitical, technological and environmental factors that affect the nuclear industry, the industry is subject to public opinion risks which could have an adverse impact on the demand for nuclear power, whether through increased regulation or otherwise.
Requirements for our products and services may be affected by technological changeschanges, including artificial intelligence, in nuclear reactors, enrichment, and used uranium fuel reprocessing. These technological changes could reduce,decrease or increase,increase the demand for uranium. The cost competitiveness of our operations may be impacted through development of new uranium recovery and processing technologies. As a result, our competitors may adopt technological advancementsadvancements, including artificial intelligence, that provide them an advantage over our operational and production costs.operations.
Our future business prospects are tied to the electricalelectric utility industry in the U.S. and worldwide. Continuing fundamental changes in the utility industry, particularly in the U.S. and Europe, are expected to affect the market for nuclear and other fuels for years to come and may result in a wide range of outcomes, including the expansion or the premature shutdown of nuclear reactors. Maintaining the demand for uranium at current levels and future growth in demand will depend upon the continued acceptance of nuclear technology as a means of generating electricity. Unique political and public perception factors impact the nuclear fuel cycle industries, including uranium producers. Some government entities and non-governmental organizations continue to aggressively oppose certain mining activities including specifically uranium recovery. These actions may affect our operations even if the opposition is directed at entities or projects unrelated to our Company. Lack of continued public acceptance of nuclear technology would adversely affect the demand for nuclear power and potentially increase the regulation of the nuclear power industry. Following the events of March 2011 in Fukushima Japan, worldwide reaction called into question the public’s confidence in nuclear energy and technology, and the impact continues in many countries. Additionally, media coverage about uranium production and nuclear energy may be inaccurate or non-objective and further negatively impact public perception of our industry.
The mining industry is subject to extensive environmental and other laws and regulations,regulations which may change at any time. Environmental legislation and regulation continuehas continued to evolve in ways which may require stricter standards and enforcement, increased fines and penalties for non-compliance, more stringent environmental assessments of proposed projects, increased reclamation obligations and attendant costs (and costs of bonding), and a heightened degree of responsibility for companies and their officers, directors and employees. Various regulatory actions related to the protection of the greaterGreater sageSage grouse,Grouse, for example, are ongoing. Recurring consideration of additional EPA rulemakings, CERCLA revisions and other changes and further restrictions, including withinwith respect to the regulations promulgated pursuant to the General Mining Law,Law and the ongoing NRC rulemaking related to uranium in situ recovery, could have significant impactimpacts on our operations and other mineral projects. Moreover, compliance with environmental quality requirements, reclamation laws and other restrictions imposed by federal, state and local authorities may require significant capital outlays and consume additional staff and management time, materially affect the economics of a given property, cause material changes or delays in intended activities, and potentially expose us to litigation and other legal or administrative proceedings. We cannot accurately predict or estimate the impact of any such future laws or regulations, or future interpretations of existing laws and regulations, on our operations. HistoricHistorical exploration activities have occurred on many of our properties, and mining and energy production activities have occurred on or near certain of our properties. If such historichistorical activities have resulted in releases or threatened releases of regulated substances tointo the environment, or historichistorical activities require remediation, potential liability may exist under federal or state remediation statutes for which we may be inadequately bonded or insured.
Operational and related challenges may continue as we return to steady-state commercial operations at Lost Creek and complete the build out Shirleyand Basincommissioning forof production operations.operations at Shirley Basin. Delays may affect our timely delivery into contractual commitments.
Challenges have been encountered in our return to commercial production operations at Lost Creek. The extended time the site was maintained on reduced production operation, the required operational refinements and maintenance as operations were restarted, and other commissioning issues have caused delays in achieving production rates on the planned schedule. Challenges with recruitment, training and retention of staff were also experienced. These challenges may continue at Lost Creek until steady-state full rates of production are reached and maintained. As we complete the build out of Shirley Basin,Basin and commission its production operations, we may encounter delays in construction, availability of materials and equipment, timely labor and contractor availability on a timely basis and other constructionconstruction, commissioning and ramp-up challenges. The planned construction of a wastewater treatment facility at Lost Creek in 2026 may also encounter such challenges and delays. Continuing challenges in operations at Lost Creek and delays, cost overruns or operational challenges at Shirley Basin could affect our ability to achieve our production plans,plans and therefore affect timely deliveriesdelivery of contractual commitments to our customers, thereby negatively affecting our business, financial condition, results of operations and cash flow.
Mining operations generally involve a high degree of risk. We continue operations at our first and, currently, only, uranium in situ recovery facility at Lost Creek, where we began ramp-up to renewed commercial operations in 2023. We anticipate the start up and commissioning of our second uranium in situ recovery facility, Shirley Basin, during 2026 H1. Lost Creek is a remote site in south-central Wyoming. While not as remote a location as Lost Creek, Shirley Basin is an hour outside Casper, Wyoming. Lost Creek, Shirley Basin, and our other projects as they continue in development, will be subject to all the hazards and risks normally encountered at remote mining and work sites in Wyoming, including safety in commuting and severe weather which can affect such commutes and may slow operations, particularly during adverse winter weather and road conditions. Additionally, these operations are subject to perceived risks, and the hazards and risks normally encountered in the production of uranium by in situ methods of recovery, such as water management and treatment, including wastewater disposal capacity (deep wells, Class V wells, ponds or other methods; each of which requires regulatory authorizations and varying levels of expense to install and operate), unusual and unexpected geological formations, unanticipated metallurgical difficulties, equipment malfunctions and availability of materials and parts for operations and construction, interruptions of electrical power and communications, other conditions involved in the drilling and removal of material through pressurized injection and production wells, radiation safety, transportation and industrial accidents, and natural disasters (e.g., fire, tornado), any of which could result in damage to, or destruction of, production facilities, or other property, personal injury or death, environmental damage and possible legal liability. We may also not be insured against all interruptions to our operations. Losses from these or other events may cause us to incur significant costs which could materially adversely affect our financial condition and our ability to fund activities on our properties. A significant loss could force us to reduce or suspend our operations and development. Adverse effects on operations and/or further development of our projects could also adversely affect our business, financial condition, results of operations and cash flow.
Our properties do not contain mineral reserves as defined under SEC Subpart 1300 of Regulation S-K (“S-K 1300”) or Canadian National Instrument 43-101 (“NI 43-101”). See “Cautionary Note Concerning Disclosure of Mineral Resources,” above. Until mineral reserves or mineral resources are mined and processed, the quantity of mineral resources and grades must be considered as estimates only and may be inaccurate. We have established the existence of uranium resources for certain uranium projects, including at the Lost Creek Property.Property and Shirley Basin. We have not established proven or probable reserves, as defined under S-K 1300 or NI 43-101, through the completion of a feasibility study for any of our uranium projects, including the operating Lost Creek Project. Furthermore, we currently have no plans to establish proven or probable reserves for any of our uranium projects for which we plan to utilize ISR methods, such as Lost Creek and Shirley Basin. As a result, and despite the fact that we have produced U3O8 at the Lost Creek Project since 2013, there is increased uncertainty and risk that may result in economic and technical failure which may adversely impact our future profitability.
We have been in production operations for more than a decade and are depleting the estimated mineral resource at Lost Creek, which remains our only uranium recovery operation until we bring Shirley Basin online.into operations in 2026. As a result, we must be able to continue to conduct exploration and develop additional mineral resources. During the extended downturn in the uranium market, resulting in our reduced operations at Lost Creek and related conservative preservation of our treasury, we did not pursue exploration forprograms additionalto add mineral resources.resources to our portfolio. Although we intendinitiated an exploration program in 2025 which we plan to reinvigoratecontinue thosein programs,2026, there can be no assurance we will discover additional economic uranium mineral resources to sustain and extend our operations. While there remain large areas of our Lost Creek Project which require additional exploration, we will need to continue to explore all project areas of the Lost Creek Property and our other mineral properties in Wyoming,Wyoming including those in the Great Divide Basin, or acquire additional, known mineral resource properties to replenish our mineral resources and sustain continued operations. We estimate life of mine when we prepare our mineral resource estimates, but suchthose estimates may not be correct.
Our business is subject to extensive federal, state and local laws governing all stages of exploration, development and operations at our mineral properties, taxes, labor standards and occupational health, mine and radiation safety, toxic substances, endangered species protections, and numerous other matters. Exploration, development, and production operations are also subject to various federal, state and local laws and regulations relating to the protection of the environment. These laws impose high standards on the mining industry, particularly with respect to uranium recovery, to monitor the discharge of wastewater and report the results of such monitoring to regulatory authorities, to reduce or eliminate certain effects on or into land, groundwater, water or air, to progressively restore mine properties, to manage hazardous wastes and materials and to reduce the risk of worker accidents. A violation of any of these laws may result in the imposition of substantial fines and other penalties and potentially expose us to operational restrictions, suspension, administrative proceedings or litigation. Many of these laws and regulations have tended to become more stringent over time, which appears willmay continue to be the trend in coming years. Any change in such laws or imposition of fines or restrictions in operations as a result of violations could have a material adverse effect on our financial condition, cash flow or results of operations. There can be no assurance that we will be able to meet all the regulatory requirements in a timely manner or without significant expense or that the regulatory requirements will not change to delay or prohibit us from proceeding with certain exploration, development or operations. There is no assurance that we will not face new challenges by third parties to regulatory decisions when made, which may cause additional delay and substantial expense, or may cause a project to be permanently halted. Certain recent judicial decisions affecting agency decisions and Administrative Procedures Act precedents, as well as recent agency actions and the significant restrictions proposedcreated by the current U.S. federal administration related to agency staffing and permitting procedures and timelines all are an evolving landscape and create uncertainty and possible additional cost, delays, litigation and negative effects for our business and operations.
Our operations require licenses and permits from various governmental authorities. We believe we hold all necessary licenseslicenses, permits and permitsauthorizations (together, Authorizations) under applicable laws and regulations to carry on the activities which we are currently conducting and hold or are pursuing such licenses and permitsAuthorizations for activities which are currently proposed, with reasonable expectations of timely receipt. Such licenses and permitsAuthorizations are subject to changes in regulations and changes in various operating circumstances. ThereNotwithstanding recent changes in NEPA process timelines, there can be no guarantee that we will be able to timely obtain all necessary licenses and permits that may be required to maintain our exploration and mining activities (or amendments to extend, expand or alter existing operations), including constructing mines, milling or processing facilities and commencing or continuing exploration or mining activities or operations at any of our properties. The uncertainty of the time for and outcome of regulatory processes has grown substantially as the newcurrent administration’sadministration Departmentin ofthe Government EfficiencyU.S. has begun to eliminateeliminated jobs, funding and other resources. In addition, if we proceed to production on any other property or new geologic horizon, we must obtain and comply with permits and licenses which will contain specific operating conditions. There can be no assurance that we will be able to obtain such permits and licenses or that we will be able to comply with any and all such conditions. The ability to timely obtain all required authorizations may become more of an issue with regulatory agencies facing staffing challenges similar to those our industry is encountering, as experienced staff retire or leave government, including those with highly specialized knowledge specific to uranium recovery and radiation safety.
MembersNumerous ofbills have been introduced in the U.S. Congress havewhich, repeatedlyif introduced bills whichenacted, would materially amend or replace the provisions of the General Mining Law. Such bills have proposed, among other things, to (i) significantly alter the laws and regulations relating to uranium mineral development and recovery from patented or unpatented mining claims; (ii) impose a federal royalty on production from unpatented mining claims and/or impose other taxes or additional fees on the use or occupancy of federal lands; (iii) impose time limits on the effectiveness of plans of operation that may not coincide with mine life; (iv) convert in part or in whole the existing land holdings program, requiring unpatented mining claims to be taken to lease in a new program under certain circumstances and imposing other circumstances in which the unpatented mining claim would have to be abandoned; (v) limit the mineral property holdings of any single person or company under various stages from prospecting through operations; (vi) impose more stringent environmental compliance and reclamation requirements on activities on unpatented mining claims; (vii) allow states, localities and Native American tribes to petition for the withdrawal of identified tracts of federal land from the operation of the U.S. mining laws; (viii) eliminate or greatly limit the right to a mineral patent; and (ix) allow for administrative determinations that mining would not be allowed in situations where undue degradation of the federal lands in question could not be prevented. Additionally, there continue to be proposals for withdrawal of federal lands for the purposes of mineral location and development, and the reasons for withdrawals have been increasingly broad.
Successful implementation of our business plan and operations is dependent upon our management team and experienced staff, some of whom are new to our industry and others who are approaching retirement age. Recent changes in our executive team, will require successful execution on our succession planning. From time to time, we maywill need to recruit additional qualified employees, contractors and service providers to supplement existing management and personnel and to implement various aspects of our succession planning.planning Weand business and growth plans. Although generally fully staffed at both Lost Creek and Shirley Basin, we continue to hire and train new employees foras Lostturnover Creek’s renewed operation and we have begun to hire staff for Shirley Basin.occurs. Timely availability and training, strong retention rates of staffing and timely retention of contractors cannot be assured in our industry, many aspects of which are highly specialized. This is particularly true in the current labor markets in which we recruit our employees and contractors, including where we compete with higher paying energy jobs, and because of the remote locations for which employees and contractors are needed. As well,Also, the skilled professionals with expertise in geologic, engineering and process aspects of uranium in situ recovery, radiation safetysafety, drilling and other facets of our business are currently in high demand, as there are relatively few professionals with both expertise and experience. The sustained downturn of the uranium production industry in recent years makes these challenges even more pronounced. Even with the return to higher levels of production operations, we will be dependent on the continued service of a relatively small number of key persons, including management, senior professionals and key contractors, the loss of any one or several of whom could have an adverse effect on our business and operations.operations, including succession planning, as could our inability to recruit and retain qualified employees, contractors and management at a pace to support our growth plans. We do not hold key man insurance in respect of any of our executive officers.
With the ever-increasing reliance on technology throughout our operations, including developments of proprietary technology and intellectual property by the Company and/or its consultants, risks of theft, appropriation or other loss of such technology and assets and/or our proprietary data pose a risk to our competitive advantage and business and financial results. We take what we believe to be reasonable steps to protect these proprietary technologies and intellectual property, including contractuallycontractually, and by efforts to obtain patents or trade rights where possible, but there can be no assurance that all such measures will be sufficient or successful.
Risks Factors Related to our Financing and Financial Circumstances
Although we currently have substantial funds on hand, additional funds may be required for working capital and exploration and development activities at our properties including Lost Creek and forShirley the constructionBasin and developmentour ofexploration Shirley Basin.projects. Potential sources of future funds available to us, in addition to the proceeds from sales of existing inventory and future production, include the sale of additional equity capital, proceeds from the exercise of outstanding convertible equity instruments, borrowing of funds or other debt structures, project financing, or the sale of our interests in assets. Continued volatility in the equity markets, particularly the commodities and energy markets, as well as current interest rates, may increase the costs attendant to either equity or debt financing. There is no assurance that such funding will be available to us to fund continued developmentramp orup future explorationof at Lost Creek or theCreek, construction and commissioning ramp-up of Shirley Basin and exploration in the Great Divid Basin. Further, even if such financing is secured, there can be no assurance that it will be obtained on terms favorable to us or will provide us with sufficient funds to meet our objectives, which may adversely affect our business and financial position.
We prepare estimates of annual and future production, the attendant production and operational costs and required working capital for such levels of production, but there is no assurance that we will achieve those estimates. Additionally, we have estimated and continue to estimate the costs of construction for Shirley Basin, in the current market.market, and for our planned construction of the wastewater treatment facility at Lost Creek in 2026. These types of estimates are inherently uncertain and may change materially over time. Production and operational cost estimates are affected by changes in production levels and may be affected by continuing inflation and cost-of-goods due to supply chain or other issues as well as the possible need to utilize a greater level of contractor services if required staffing is unavailable or cannot timely be hired and trained. Availability and consistent pricing of materials necessary in the installation of wells, surface production equipment, associated infrastructure, chemicals for processing and, expendable materials related to operations can be variable depending on economic conditions locally and worldwide and may force changes in operations and timing of resource production. Under prevailing supply chain and market conditions, this is particularly true. In addition, we rely on certain contractors related to the installation of wells and technical services associated with that installation. Their availability or cost of service can change depending on other local market conditions and may therefore affect the installation and production rates of mining.
Our indebtedness could limit the cash flow available for our operations and expose us to risks that could adversely affect our business, financial condition and results of operations.
In December 2025, we incurred $120 million aggregate principal amount of indebtedness in connection with the issuance of the Company’s 4.75% Convertible Senior Notes due 2031 (the “Convertible Notes”). Our indebtedness could have significant negative consequences for our security holders and our business, results of operations and financial condition. Our business may not generate sufficient funds, and we may otherwise be unable to maintain sufficient cash reserves, to pay amounts due under the Convertible Notes or other indebtedness that we may incur, and our cash needs may increase in the future.
We may incur substantially more debt or take other actions, which would intensify the risks associated with our indebtedness.
We and our subsidiaries may incur substantial additional debt in the future, some of which may be secured debt. We are not restricted under the terms of the indenture governing the Convertible Notes from incurring additional debt, securing existing or future debt, recapitalizing our debt or taking a number of additional actions that are not limited by the terms of the indenture that could have the effect of diminishing our ability to make payments on our debt, including the Convertible Notes, when due, and in the future, require us to dedicate a portion of our cash flows from operations (if any) to payments on our indebtedness, which would reduce the availability of any cash flows to fund our business, working capital and capital expenditures. In addition, such actions could limit our flexibility to adjust to changing market conditions and our ability to withstand competitive pressures and increase our vulnerability to a downturn in general economic conditions related to our business or the mining industry.
The conversion feature of the Convertible Notes, if triggered, may adversely affect our financial condition.
In the event the conditional conversion feature of the Convertible Notes is triggered upon the satisfaction of a sale price condition, upon satisfaction of a trading price condition, upon a notice of redemption, upon the making of certain distributions to the holders of our common shares, or upon a fundamental change, in each case as provided in the indenture governing the Convertible Notes, holders of Convertible Notes will be entitled to convert their notes during specified periods at their option. Prior to October 15, 2030, a holder may convert all or any portion of its Convertible Notes at any time after March 31, 2026, but only if the last reported sale price per common share for at least 20 trading days, whether or not consecutive, during the 30 consecutive days ending on the last trading day of the immediately preceding calendar quarter is greater than or equal to 130% of the conversion price on each applicable trading day. In addition, on or after October 15, 2030, a holder may convert all or any portion of its Convertible Notes at any time prior to the close of business on the second scheduled trading day immediately preceding the maturity date. If one or more holders elect to convert their Convertible Notes, unless we elect to satisfy our conversion obligation by delivering solely common shares (other than paying cash in lieu of delivering any fractional share), we would be required to settle a portion or all our conversion obligation through the payment of cash, which could adversely affect our liquidity. In addition, even if holders do not elect to convert their Convertible Notes, we could be required under applicable accounting rules to reclassify all or a portion of the outstanding principal of the Convertible Notes as a current rather than long-term liability, which would result in a material reduction of our net working capital.
The trading price of our common shares may continue to experience substantial volatility.
Conversion of the Convertible Notes may dilute the ownership interest of our shareholders or may otherwise depress the price of our common shares.
The conversion of some or all the Convertible Notes may dilute the ownership interests of our shareholders. Upon conversion of the Convertible Notes, we have the option to pay or deliver cash, common shares, or a combination of cash and common shares. If we elect to settle our conversion obligation in common shares or a combination of cash and common shares, any sales in the public market of our common shares issuable upon such conversion could adversely affect prevailing market prices of our common shares. In addition, the existence of the Convertible Notes may encourage short selling by market participants because the conversion of the Convertible Notes could be used to satisfy short positions, or anticipated conversion of the Convertible Notes into our common shares could depress the price of our common shares.
The capped call transactions may affect the market price of our common shares.
In connection with the issuance of the Convertible Notes, we entered into capped call transactions with certain financial institutions that are option counterparties. The capped call transactions are expected generally to compensate (through the payment of cash to us) for potential economic dilution upon any conversion of Convertible Notes and/or offset any cash payments that we are required to make in excess of the principal amount of converted Convertible Notes, with the reduction or offset subject to a cap. From time to time, the option counterparties that are parties to the capped call transactions or their respective affiliates may modify their hedge positions by entering into or unwinding various derivative transactions with respect to our common shares or purchasing or selling our common shares in secondary market transactions prior to the maturity of the Convertible Notes. This activity could cause a decrease in the market price of our common shares.
We are subject to counterparty risk with respect to the capped call transactions, and the capped call transactions may not operate as planned.
The option counterparties in our Convertible Notes are financial institutions, and we are subject to the risk that any or all of them might default under the capped call transactions. Our exposure to the credit risk of the option counterparties is not secured by any collateral. Global economic conditions have from time to time resulted in the actual or perceived failure or financial difficulties of many financial institutions. Our exposure will depend on many factors but, generally, an increase in our exposure will be correlated to an increase in the market price subject to the cap and in the volatility of our common shares. In addition, upon a default by an option counterparty, we may suffer adverse tax consequences and more dilution than we currently anticipate with respect to our common shares. We can provide no assurances as to the financial stability or viability of the option counterparties.
Provisions in the indenture governing the Convertible Notes could delay or prevent an otherwise beneficial takeover of us.
Certain provisions in the Convertible Notes and the indenture governing the Convertible Notes could make a third-party attempt to acquire us more difficult or expensive. For example, if a takeover constitutes a fundamental change, then the holders of the Convertible Notes will have the right to require us to repurchase their notes for cash. In addition, if a takeover constitutes a make-whole fundamental change, then we may be required to temporarily increase the conversion rate. In either case, and in other cases, our obligations under the Convertible Notes and the indenture could increase the cost of acquiring us or otherwise discourage a third party from acquiring us or removing incumbent management, including in a transaction that holders of Convertible Notes or holders of our common shares may view as favorable.
The trading price of our common shares may experience substantial volatility.
While many of the direct impacts to our business arising during the COVID pandemic have decreased substantially, direct and indirect effects continue to be experienced, particularly in supply chain and available labor and contractors. Following the pandemic, the inflationary impacts to the economy have been substantial. These impacts are likely to continue to pose risk to our operations, particularly at our renewed production operations at Lost Creek and as we proceed to construct and operate Shirley Basin.
We currently carry insurance coverage for general liability, property and casualty, directors’ and officers’ liability and other matters. We intend to carry insurance to protect against certain risks in amounts we consider adequate. Certain insurances may be unavailable or cost prohibitive to maintain, and even if we carried all such insurances, the nature of the risks we face in our exploration and uranium production operations is such that liabilities could exceed policy limits in any insurance policy or could be excluded from coverage under an insurance policy. The potential costs that could be associated with any liabilities not covered by insurance or which exceed insurance coverage, or compliance with applicable laws and regulations, may cause substantial delays or interruption of operations and require significant capital outlays, adversely affecting our business and financial position. We cannot assure that even our current coverages will continue to be available at acceptable cost or that coverage limits will remain at current levels, any of which could result in adverse effects upon our business and financial condition. We may be required to obtain additional types of insurance or increase existing coverage amounts due to changes in exposure to risk, or regulation of the mining and nuclear fuel cycle industries.
Additionally, we utilize a bonding surety program for our regulatory, reclamation and restoration obligations at Lost Creek and Shirley Basin.Basin and our exploration projects. Availability of and terms for such surety arrangements may change in the future, resulting in adverse effects to our financial condition. Also, we have contractual arrangements with the licensed uranium conversion facility for weighing and storage of our product inventory. Possible loss of or damage to our inventory may not be fully covered by our agreements, indemnification obligations or insurance. And, with relation to the conversion facility, the storage arrangements may not be extended indefinitely, creating greater costs or other impact to our product inventory. Any loss or damage of the uranium may not be fully covered or absolved by contractual arrangements with the conversion facility.
We depend upon information technology systems in a variety of ways throughout our operations. While we have not experienced any material incident, any significant breakdown of those systems, whether through virus, cyber-attack,cyberattack, security breach, theft, or other destruction, invasion or interruption, or unauthorized access to our systems, by employees, others with authorized access to our systems or unauthorized persons, could negatively impact our business and operations. These threats are increasing in number and severity and broadening in type of risk,risk includingthrough recentlyboth with the war in Ukraine, the war in the Middle Eastprivate and otherstate-sponsored threat actors. This includes growing threats resulting from geopolitical tensions with China and Russia and ongoing conflicts, and the cybercyberattacks attacks ongoingarising in those contexts, all of which may continue to broaden. To the extent that any cyber-attackcyberattack or similar security breach results in disruption to our operations, loss or disclosure of, or damage to, our data and particularly our confidential or proprietary information, our reputation, business, results of operations and financial condition could be materially adversely affected. We have implemented various measures to manage our risks related to information technology systems and network disruptions. However, given the unpredictability of the timing, nature and scope of information technology disruptions, we potentially could be subject to production downtimes, operational delays, the compromising of confidential or otherwise protected information, destruction or corruption of data, security breaches, other manipulation or improper use of our systems and networks or financial losses from remedial actions, any of which could have a material adverse effect on our cash flows, competitive position, financial condition or results of operations. Our systems and internal controls for protecting against such cyber securitycybersecurity risks may be insufficient and it is increasingly difficult to fully mitigate against these threats as they are ever changing. Additionally, we assess possible threats to our third-party providers when they may be provided confidential and proprietary information to complete work in our behalf. While we seek assurances from those parties that they will maintain such confidential and proprietary information in confidence, including by virtue of having systems and processes in place to protect such data, those service providers may also be subject to data compromise. Any compromise of our confidential data or that of our customers, suppliers, employees or others with whom we do business, whether in our possession or that of our service providers, could substantially disrupt our operations, harm our customers, suppliers, employees and others with whom we do business, damage our reputation, violate applicable law, subject us to potentially significant costs and liabilities which could be material. Although to date we have experienced no such attack resulting in material losses, we may suffer such losses at any time in the future. We may be required to expend significant additional resources to continue to modify and enhance our protective measures or to investigate, restore or remediate any information technology security vulnerabilities.
CertainFrom time to time, certain of our directors aremay also be directors of other companies that are engaged in similar mining or natural resources businesses, namely the acquisition, exploration, and development of mineral properties. Such other associations may give rise to conflicts of interest from time to time. One of the possible consequences will be that corporate opportunities presented to a director may be offered to another company with which the director is associated and may not be made available to us. Conflicts of interest may also include decisions on how much time to devote to the business of our company. Our Code of Business Conduct and Ethics provides guidance on conflicts of interest and our directors are required to act in good faith, to make certain disclosures and to abstain from voting on decisions in which they may have a conflict of interest.
FromWe timecontinue to time, we examine opportunities to acquire additional mining assets and businesses. Any acquisition that we may choose to complete may be of significant size, may change the scale of our business and operations, and/or may expose us to new geographic, political, operating, financial and geological risks. Any acquisition would be accompanied by risks, including (i) a significant change in commodity prices after we commit to complete a transaction and establish the purchase price or share exchange ratio; (ii) a material mineral deposit may prove to be below expectations; (iii) difficulty integrating and assimilating the operations and personnel of an acquired company, realizing anticipated synergies and maximizing the financial and strategic position of the combined enterprise, and maintaining uniform standards, policies and controls across the organization; (iv) the integration of the acquired business or assets may disrupt our ongoing business and relationships with employees, customers, suppliers and contractors; and (v) the acquired business or assets may have unknown liabilities which may be significant. There can be no assurance that we would be able to conclude any acquisition successfully, or that we would be successful in overcoming these risks or other problems encountered in connection with such an acquisition.
Costs and availability of materials and equipment have stabilized somewhat since the post-pandemic period, though there are still inflationary impacts to the economy. These impacts are likely to continue to pose risk to our operations, particularly at our renewed production operations at Lost Creek and as we proceed to construct and operate Shirley Basin.
TheOngoing global implications of the war in Ukraine remain difficult to predict. The war has resulted in impacts to the nuclear fuel industries and uranium producers through the imposition of sanctions and counter sanctions,sanctions and more may follow. The war is likely to continue to have an adverse effect on energy and economic markets, including the nuclear fuel industries, because of the vast reliance by the U.S. and other nations on uranium products exported from Russia and Russian-controlled or influenced sources.
The conflicts in the Middle East, and other geopoliticalGeopolitical tensions, including between the U.S. and China, also make it difficult to assess and predict the impact to the economy, supply and trade disruption and increased prices of materials, and cyber-securitycybersecurity threats. While we do not currently purchase goods and materials directly from China for our Lost Creek operations, our suppliers of electronics and instrumentation components may purchase necessary materials from China, and we may be indirectly affected if the market for Chinese products is further disrupted by sanctions, countersanctions or other events. As we continue with the construction and development of Shirley Basin,Basin and plan for the construction of the wastewater treatment facility at Lost Creek, the direct or indirect exposure to these market uncertainties may be greater or more direct. Recent international trade issues, including tariffs and counter tariffs, if continued, may also have a negative impact on our operations,operations; construction ofactivities Shirleyat Basinboth mine sites and on our business generally.
More recently, geopolitical tension in the Western Hemisphere also may have impacts on the economy and ultimately on the nuclear fuel industries. Because of the highly uncertain and dynamic nature of the wars in Ukraine and the Middle East, and other global conflicts and related geopolitics, it remains difficult to estimate the impact on our business. To the extent these conflicts and geopolitical situations adversely affect our business as discussed, they may also have the effect of heightening many of the other risks described in this Item 1A such as those relating to cyber-security,cybersecurity, supply chain, inflationary and other volatility in prices of goods and materials, and the condition of the markets including as related to our ability to access additional capital, any of which could negatively affect our business. Because of the highly uncertain and dynamic nature of the wars in Ukraine and the Middle East, global conflicts and related geopolitics, it remains difficult to estimate the impact on our business.
RecentContinuing political and economic shifts, both domestic and international, may create uncertainty and pose risks to our operations and business. Government policies related to protectionism, economic nationalism and attitudes toward multinational corporations could result in regulatory changes, trade barriers, or investment restrictions. Additionally, international trade disputes – including tariffs, counter-tariffs, export controls, sanctions and currency regulations – may increase costs, further disrupt supply chains, and have other negative impacts on our business and operating models. Furthermore, market volatility, driven by shifts in USU.S. and foreign trade policies, fluctuating interest rates or currency controls, may affect commodity prices, capital availability and investor confidence. Even the perception of these risks could lead to reduced investment, higher production and operating costs, and other operational challenges. If such trends continue, they may have a material adverse effect on our business and financial performance; it is difficult to estimate the impact on our business. To the extent these conditions adversely affect our business as discussed, they may also have the effect of heightening many of the other risks described in this Item 1A such as those relating to cyber-security,cybersecurity, supply chain, inflationary and other volatility in prices of goods and materials, and the condition of the markets including as related to our ability to access additional capital, any of which could negatively affect our business.
Management's Discussion & Analysis (MD&A)
New heading “Lost Soldier Project”
New heading “North Hadsell and LC South Projects”
New heading “Quarterly U3O8 Product Profit and Loss, Production, and Ending Inventory”
Removed heading “Prepayment of State Bond Loan”
Removed heading “U3O8 Price per Pound Sold Calculation”
Removed heading “U3O8 Cost per Pound Sold Calculation”
Removed heading “U3O8 Product Costs”
Removed heading “Quarterly U3O8 Product Profit and Loss, and Production, and Ending Inventory”
Removed heading “(expressed in thousands of U.S. dollars, except per share and non-GAAP per pound data)”
Largest changes
“The Trump administration has prioritized several initiatives including Executive Orders to increase domestic energy and critical minerals production and strengthen American leadership in Artificial Intelligence (“AI”). AI infrastructure has energy needs that are multiples of traditional data centers. In addition, the Trump administration has noted that it may implement tariffs on certain countries to strengthen border security and address trade deficits which may be beneficial for U.S. uranium producers that intend to supply U.S. utilities. Recently, U.S. …”see in full comparison
“The effects of geopolitical tensions beyond Russia will continue to have a role in the nuclear fuel cycle industries. The true scope and possible long-standing impact of China in the nuclear market remains undefined.”see in full comparison
“Recognition of the critical role nuclear energy plays in providing baseload power for decarbonization has been complemented more recently as energy security has become a universal priority. Energy security includes not only the heightened concern over Russian supply, but other areas of geopolitical unrest. Throughout 2024, both U.S. and non-U.S. utilities increasingly sought non-Russian supplies when negotiating uranium term sales agreements. …”see in full comparison
“Efforts to increase the availability of nuclear power to help satisfy the increasing demand for electricity have been driven in part by the emergence of artificial intelligence (“AI”) and the expansion of the data center industry. The U.S. Department of Energy (“DOE”) has reported that the data center industry consumed approximately 4.4% of U.S. electricity in 2023, and projects that its share of consumption will grow to 7 to 12% by 2028. Amazon, Google, Meta, Microsoft, Switch, and others have partnered with nuclear reactor developers and utilities to support their planned expansions. …”see in full comparison
“Many nations continue to maintain commitments to reducing carbon emissions and recognize that nuclear energy can provide continuous, low-carbon electricity. Following a declaration at the Congress of Parties (“COP”) 28 in 2023, which was expanded at COP29 in 2024 and COP30 in 2025, more than 30 nations have committed to tripling nuclear power capacity by 2050. In the U.S., major AI and data center companies have recognized climate and sustainability objectives as part of their rationale for working with the nuclear industry. Public attitudes also appear to be changing. …”see in full comparison
“(expressed in thousands of U.S. dollars, except per share and non-GAAP per pound data)”see in full comparison
Full comparison: every changed paragraph (218)
The following discussion is designed to provide information that we believe necessary for an understanding of our financial condition, changes in our financial condition and results of our operations. The following discussion and analysis should be read in conjunction with the accompanying audited consolidated financial statements and related notes. The financial statements have been prepared in accordance with US GAAP.
Rising electricity demand from data centers, decarbonization goals, apparent changes in public attitudes, and changes in government policies aimed at addressing energy supply and security concerns are contributing to the expansion of the nuclear industry in the U.S. and abroad.
The International Energy Agency reports that nuclear generation reached a record level in 2025 and that its growth rate will more than double from 2026 through 2030 compared with 2021 to 2025. The most recent projections of the International Atomic Energy Agency are that global nuclear capacity could more than double by 2050, and the World Nuclear Association (“WNA”) has called for nuclear power generation to triple by 2050.
Efforts to increase the availability of nuclear power to help satisfy the increasing demand for electricity have been driven in part by the emergence of artificial intelligence (“AI”) and the expansion of the data center industry. The U.S. Department of Energy (“DOE”) has reported that the data center industry consumed approximately 4.4% of U.S. electricity in 2023, and projects that its share of consumption will grow to 7 to 12% by 2028. Amazon, Google, Meta, Microsoft, Switch, and others have partnered with nuclear reactor developers and utilities to support their planned expansions. This trend continued in January 2026, when Meta signed additional agreements with Vistra Corp. and advanced reactor developers, Oklo Inc. and TerraPower, for significant power offtake to support Meta’s AI expansion.
Many nations continue to maintain commitments to reducing carbon emissions and recognize that nuclear energy can provide continuous, low-carbon electricity. Following a declaration at the Congress of Parties (“COP”) 28 in 2023, which was expanded at COP29 in 2024 and COP30 in 2025, more than 30 nations have committed to tripling nuclear power capacity by 2050. In the U.S., major AI and data center companies have recognized climate and sustainability objectives as part of their rationale for working with the nuclear industry. Public attitudes also appear to be changing. In April 2025, Gallup reported that the Americans polled who support nuclear energy rose to 61%, a 6% increase since Gallup’s last measurement in 2023.
In the U.S., changes in government policies, including energy security initiatives, domestic fuel cycle incentives, and reactor deployment programs, are providing greater support to the nuclear industry.
In reaction to the Russian invasion of Ukraine in 2022, the U.S. in May 2024 enacted the Prohibiting Russian Uranium Imports Act (“PRUIA”), which bans imports of Russian uranium products through 2040. Waivers may be granted under PRUIA by the DOE only if there is no viable alternative supply to sustain nuclear reactors or the imports are in the national interest.
In May 2025, President Trump signed four Executive Orders (“EOs”): EO 14299 – Deploying Advanced Nuclear Reactor Technologies for National Security; EO 14300 – Ordering the Reform of the Nuclear Regulatory Commission; EO 14301 – Reforming Nuclear Reactor Testing at the Department of Energy; and EO 14302 – Reinvigorating the Nuclear Industrial Base. Collectively, these orders are aimed at accelerating U.S. nuclear technology development and deployment, reforming related regulations, strengthening the fuel cycle industrial base, and supporting nuclear contributions to national security.
The U.S. government has taken actions recently aimed at strengthening the commercial nuclear industry and domestic fuel cycle capabilities. The DOE’s fiscal year 2026 budget includes approximately $3.1 billion for the Office of Nuclear Energy to support advanced reactor development and deployment. In addition, DOE announced $2.7 billion in contract awards to three enrichment suppliers to support the deployment of near-term domestic enrichment capacity. DOE has also initiated a competitive process for states to host Nuclear Lifecycle Innovation Campuses intended to advance fuel cycle capabilities, including enrichment, fuel fabrication, used fuel recycling, and potential reactor deployments. In October 2025, the U.S. Department of Commerce entered into a strategic partnership with Westinghouse Electric Company and its owners to help facilitate financing and permitting for a potential multi-reactor build program in the U.S. with an estimated value up to $80 billion.
The U.S. government has also taken some actions aimed at supporting the U.S. uranium mining industry, although those actions have been more modest. The U.S. Geological Survey officially added uranium to the national List of Critical Minerals in 2025. EO 14241, signed by President Trump in March 2025, directs federal agencies to facilitate domestic mineral production, including uranium, to the greatest extent possible. In response, the U.S. Department of the Interior has begun fast-tracking uranium projects.
Policy support for nuclear energy and restrictions on Russian uranium imports in the U.S. and certain other markets have contributed to tighter uranium and enrichment market conditions. Utilities have increasingly sought medium- and long-term fuel supply agreements to diversify supply sources. In the future, additional reactor deployments are expected to increase uranium demand. In its September 2025 report, the WNA projected that global uranium requirements could increase by approximately one-third to about 86,000 metric tonnes by 2030 and to approximately 150,000 metric tonnes by 2040. The report further indicates that, absent increased investment, additional exploration, new mine development, and efficient permitting, projected demand may exceed anticipated primary supply over time.
Recognition of the critical role nuclear energy plays in providing baseload power for decarbonization has been complemented more recently as energy security has become a universal priority. Energy security includes not only the heightened concern over Russian supply, but other areas of geopolitical unrest. Throughout 2024, both U.S. and non-U.S. utilities increasingly sought non-Russian supplies when negotiating uranium term sales agreements. This change of supply priority reflects the concern over existing and possible additional sanctions as well as the prospect that Russia of its own volition will refuse to export committed nuclear fuels to the U.S. In either circumstance, the utilities remain at significant risk as the West has limited capacity to backfill such supply disruption, regardless of cause.
In the U.S., the ban on Russian imports of nuclear fuels, signed into law earlier in the year, became effective in August 2024. While allowing certain waivers until January 1, 2028, the prohibitions on imports continue through 2040. The ban will help to secure the U.S. nuclear fuel supply chain and advance domestic uranium recovery operations.
The effects of geopolitical tensions beyond Russia will continue to have a role in the nuclear fuel cycle industries. The true scope and possible long-standing impact of China in the nuclear market remains undefined.
The nuclear markets have been favorably affected in many ways through greater acceptance of nuclear energy. Recently, technology and other industries operating data centers (in what is now simply being referred to as “big data”) have realized the opportunities which exist to maintain carbon free baseload electricity while supporting the immense electric demand generated by these centers. The Electric Power Research Institute’s May 28, 2024, white paper titled Powering Intelligence, suggests that data centers are expected to consume as much as 9.1% of U.S. electricity generation by 2030 compared with an estimated 4% today. It is further estimated that, globally, data centers will drive electricity demand in many regions. Projections suggest that 2026 electricity consumption for data centers alone will be the equivalent of the electricity consumption of Japan.
Several significant power purchase agreements have been announced in recent months, including the largest-ever purchase agreement by Constellation Energy to power data centers owned by Microsoft for 835 megawatts of electricity. This agreement will result in the restart of the Three Mile Island Unit 1 nuclear reactor in Pennsylvania. While contributing 835 megawatts of carbon-free electricity to the grid, this historic project will create 3,400 jobs and offset approximately 61 million metric tons of CO2 emissions over 20 years. Still others in big data, including Google and Amazon, have announced plans to utilize nuclear energy to satisfy these rapidly growing electrical needs.
The U.S. Department of Energy (DOE) has been progressing its requests for proposals under both its high-assay, low-enriched uranium (HALEU) and low-enriched uranium (LEU) programs for which domestic uranium supply is preferred. In October 2024, the DOE announced it awarded contracts to Centrus Energy Corp., Orano SA, General Matter Inc. and Louisiana Energy Services (a URENCO company) to provide enrichment services to develop HALEU to fuel small modular nuclear reactors. The contracts for enrichment are worth up to $2.7 billion over the next ten years. These programs also reflect efforts by the U.S. to advance energy security; Russia has been the only potential commercial source of HALEU.
The Trump administration has prioritized several initiatives including Executive Orders to increase domestic energy and critical minerals production and strengthen American leadership in Artificial Intelligence (“AI”). AI infrastructure has energy needs that are multiples of traditional data centers. In addition, the Trump administration has noted that it may implement tariffs on certain countries to strengthen border security and address trade deficits which may be beneficial for U.S. uranium producers that intend to supply U.S. utilities. Recently, U.S. Department of Energy Secretary Wright issued a secretarial order titled “Unleashing the Golden Era of American Energy Dominance.” The order states, in part, “[t]he long-awaited American nuclear renaissance must launch during President Trump’s administration. As global energy demand continues to grow, America must lead the commercialization of affordable and abundant nuclear energy.” Also, in February 2025, the Trump administration, through an Executive Order, established the National Energy Dominance Council which has numerous goals including “bringing Small Modular Reactors online.”
Internationally, support for nuclear power continues to grow with strong support in Spain, Belgium and Switzerland to keep their reactors on-line. There is also a movement within Germany to restart shuttered reactors given the high cost of renewable energy. Many other countries which historically have not been home to nuclear power are considering or moving toward legalizing nuclear power with the goal of building conventional or small modular reactors.
The volatility in the spot market continued throughout 2024. Following earlier increases in uranium market pricing in 2022 and 2023, pricing throughout 2024 retracted. After passing the $100 per pound U3O8 milestone in early 2024, the spot price gradually declined throughout the year to end in the low $70s. In early 2025, spot pricing further retracted to the mid-$60s.
Conversely, after beginning 2024 at $68 per pound, term market prices gradually increased throughout the year to end at $80.50 per pound U3O8. Term prices thus far in 2025 have remained steady.
Since commencement of operations at Lost Creek in 2013 through December 31, 2024,2025, we have captured morenearly than 3.03.5 million pounds ofU3O8, U3O8.which includes 370,893 pounds U3O8 captured in 2025.
As operations continued to ramp up at Lost Creek in 2025, we brought four additional header houses online in MU2. The average production solution head grade in 2025 Q4 was 46.4 mg/L. We captured approximately 78,177 pounds U3O8 in 2025 Q4, and a total of 370,893 pounds U3O8 in 2025. Production was slowed in December because of a loss of power at the site, following a regional storm with winds estimated at over 100 mph. The storm damaged approximately 30 power poles on the main line which provides power to Lost Creek. In coordination with the power company, the power interruption was addressed as quickly as possible and Lost Creek was back online in a matter of days.
Notwithstanding the power outage in December, we drummed 121,818 pounds U3O8 in 2025 Q4 and a total of 410,440 pounds U3O8 in 2025. Pounds drummed increased from 249,209 pounds in 2024 to 410,440 pounds U3O8 in 2025. Pounds U3O8 shipped in 2025 totaled 420,144, of which 138,337 pounds U3O8 were shipped in 2025 Q4.
Ramp up continued at Lost Creek in 2024 with six header houses coming online. Most recently, Header House (HH) 2-12 came online in late January 2025 and HH 2-13 was brought online in late March 2025. The average production solution head grade in Q4 2024 was 66.2 mg/L. We captured approximately 81,771 pounds U3O8 in Q4 2024, and a total of 265,746 pounds U3O8 in 2024. We drummed 74,006 pounds U3O8 in Q4 2024 and a total of 249,209 pounds U3O8 in 2024. Pounds captured increased from 103,487 pounds in 2023 to 265,746 pounds in 2024.
In 2024,2025, wellfield delineation and development continued in MU2, in what is referred to asMU1 Phase 22, withinand MU1MUs and,4 mostand recently, in MU5.5. All remaining planned productionheader areashouses ofin MU2 are expected to come online during 2025 with HHs 2-12 and 2-13came online in Q1 and HHs 2-14 and 2-15 expected to begin operation in Q2 2025. HH 2-14 is onsite and set on its foundation, with construction underway (basement piping, pipeline, electrical connections, etc.). During the2026 latter half of 2025,H1, we anticipate bringing several header houses online in MU1 Phase 2 as we advancecontinue to progress toward full plant capacity production. The first of those header houses (1-14was andbrought 1-15) are awaiting delivery to Lost Creek, and 1-16 is being assembledonline in ourFebruary Casper construction facility.2026.
Commissioning new production areas, including the recovery of U3O8 in MU2, and the restart of plant operations, not unexpectedly, have come with unique start-up issues. As the plant has been recommissioned, we have encountered equipment and process issues which we continue to optimize. Complete optimization of the plant will facilitate increasing our flow rates from the wellfield into the plant. Additionally, the planned construction of a water treatment facility at Lost Creek during 2026 is anticipated to allow for sustained increased flow rates.
At year end, we were generally fully staffed at Lost Creek. Retention and training remain a primary focus to complete stabilization and optimization of our operations at the site. As our growing core staff have more time on the job, including specifically our operations staff in the wellfield and plant, we anticipate continued steady improvement in production activities.
We completed the additional deep disposal well at Lost Creek in 2024 H1 and, following receipt of all regulatory approvals, began operations of the well in early Q4 2024. The deep well is operating as anticipated to complement the other wastewater disposal systems at Lost Creek.
The restart at Lost Creek has encountered challenges. Commissioning new production areas and recommissioning plant operations, not unexpectedly, come with unique start-up issues. The recovery of U3O8 in MU2 and the restart of plant operations have been no exception. As the plant was being recommissioned, we encountered equipment issues that temporarily stalled plant throughput.
During 2024, we continued to encounter staffing issues, including lower than preferred retention rates, which affected our ability to thoroughly train our teams. Lost Creek’s staff of approximately 75 onsite and six staff members in Casper, is largely complete, and, more recently, we are experiencing stronger retention, which facilitates more thorough training. As our growing core staff have more time on the job, we are seeing steady improvement in production activities.
Our drill contractors nowcurrently have 2115 drill rigs at Lost Creek, with the most recent addition mobilized in February 2025. We anticipate that this numberwhich is anticipated to be sufficient for Lost Creek drill programs in 2025,2026. includingDrilling and wellfield construction and development are on schedule for our plannedproduction exploration program.plans.
In 2025, we mobilized rigs from Lost Creek to Shirley Basin and to support our Great Divide Basin exploration program. The two drill rigs working at our North Hadsell Project in early 2026 will return to the Lost Creek Property when the North Hadsell work is complete to continue exploration at the LC South Project and support Lost Creek as necessary.
We continue to benefit from our advance ordering and recycling of equipment at Lost Creek while supply chain issues continue. All construction materials are ordered for planned operations months in advance. Parts and materials are always in various stages of delivery depending on availability. We will continue to supplement purchases with recycled materials as necessary.
The first two mine units at Lost Creek have all permits necessary for commercial level operations. We have received Wyoming Uranium Recovery Program (“URP”) approval of the amendment to the Lost Creek source material license to include recovery from the LC East Project (HJ and KM horizons) immediately adjacent to the Lost Creek Project and additional HJ horizons at the Lost Creek Project. This license amendment approved access to six planned mine units in addition to the already licensed three mine units at Lost Creek. The approval also increased the license limit for annual plant production to 2.2 million pounds U3O8 which includes wellfield production of up to 1.2 million pounds U3O8 and confirmed toll processing up to one million pounds U3O8.
WeDuring anticipate2025, the Wyoming Department of Environmental Quality (“WDEQ”), Land Quality Division (“LQD) will approveapproved the LC East and KM horizon amendmentamendment, during H1 2025. The amendmentwhich adds HJ and KM geological horizons within the area that is immediately adjacent to the existing permit and provides for an additional mine unit in the HJ geological horizon for the existing permitted area. This final approval followed Water Quality Division (“WQD”) continues to work withand EPA toward the issuance of the required aquifer exemption for the expanded area. We anticipate that all approvals will be received on a timely basis for our current production plans.
Our request for extension of our Lost Creek source material license was submitted in 2021. The license renewal is in timely review and continues to proceed through the technical review with URP.
20242025 Purchases and Sales of U3O8 and Sales Projections for 20252026 As projected, during 2024,2025, we sold 570,000440,000 pounds U3O8 of which 395,000165,000 pounds U3O8 were sold in Q42025 2024.Q4. We received sales proceeds of $33.1$27.2 million for the 570,000440,000 pounds U3O8 sold.sold to our customers.
To establishmaintain a strong product inventory, we purchased 300,000100,000 pounds U3O8 in 2025 Q4 2024 at an average cost of $80.61.$82.25. Additionally,As previously disclosed, we securedused anour 2024 inventory loan facility underto which we borrowedborrow 250,000 pounds U3O8 in December 2024. TheseThis transactionsfacility facilitatedwas aextended timelyin delivery2025 Q4 for one year, and we entered into ouran salesadditional commitmentsinventory loan facility in Q4October 2024.2025, Weunder anticipatewhich thatwe havingmay theseborrow up to 150,000 pounds in inventory will allow us to cover any further delays in production ramp up and to make deliveries when there is simply a shortfall due to the timing of scheduled delivery dates in a given delivery year.U3O8.
Our sales in 2026 are currently projected to be 1,300,000 pounds U3O8 into our existing sales agreements in addition to the planned return of 250,000 pounds U3O8 to the lender under our inventory loan facility.
We have reached agreement to defer the anticipated 2025 delivery of 300,000 pounds U3O8 into 2026 H1, after which our sales in 2025 are projected to be 440,000 pounds U3O8 into our sales agreements.
We currently have multi-year sales agreements with eight global nuclear energy companies. We completed two additional agreements in 2025 that provide for combined delivery commitments of 200,000 pounds U3O8 in 2028 and 2029 and 100,000 pounds U3O8 in 2030.
Several of our sales agreements are a combination of escalated fixed price and market-related pricing, subject to a floor and ceiling, while others are escalated fixed pricing. Also, several of the agreements include provisions by which the purchaser may flex the delivery amount (up or down) as much as 10% in a delivery year and others provide options to add sales quantities in additional delivery years.
Beginning in 2022, we have secured seven multi-year sales agreements with global nuclear purchasers. Of these, we completed three new agreements in 2024, including a sales agreement signed in February 2024 for annual delivery of between 100,000 and 350,000 pounds U3O8 over a five-year period beginning in 2026. The agreement includes the opportunity for the purchaser to add up to three additional annual deliveries of 300,000 pounds U3O8 beginning in 2031. The pricing for the sales under this agreement is a combination of an escalated fixed price, which is well above the anticipated all-in costs of production, and market related pricing that is subject to an escalated floor and ceiling. The purchaser has the option of a small flex to the annual delivery.
In April 2024, we executed an additional sales agreement which calls for annual delivery commitments of up to 100,000 pounds U3O8 in 2026 through 2029, a portion of which is based upon production milestones. Pricing is a combination of escalated fixed price, well above anticipated all-in costs of production, and a market-related pricing component that is subject to an escalated floor and ceiling. We have provided notice to the buyer of satisfaction of the milestones related to the 2026 and 2027 deliveries.
In November 2024, we completed an additional sales agreement which calls for deliveries of 100,000 pounds U3O8 in each of 2029, 2032 and 2033, and a delivery of 150,000 pounds U3O8 in 2030. Pricing is a combination of market related pricing subject to floor and ceiling parameters escalated annually, and a base escalated fixed price. Pricing is well above our anticipated all-in costs of production.
We have seven off take sales agreements with various global nuclear purchasers which provide for deliveries between 20252026 and 2033 as follows:
During 2025, we continued to advance wellfield drilling and development at our Shirley Basin project in Carbon County, Wyoming, and, in August 2025, initiated construction of the Shirley Basin plant facility. By 2025 Q4, the foundation was installed, and construction of the metal building commenced. While we have now significantly advanced construction on the plant building, installed all IX columns, and set many tanks, we anticipate that construction activities inside the plant will continue in 2026 to complete the production phase of the facility and, subsequently, the installation of phase two operations which includes wastewater disposal. Commissioning of all site operations, followed by ramp up is expected to continue throughout 2026.
Drilling and installation of wells is complete in HH 1-1 while construction continues; the building is set and piping has been run to all wells. The wellfield data package for Mine Unit 1 is under review by the WDEQ. HH 1-1 is ready to be brought online when all approvals are received by regulators. HH 1-2 development is nearly complete and construction initiated. Well installation continues at various stages for HHs 1-3 through 1-5. We anticipate that production and recovery from the wellfield will advance as we commission operations in the wellfield and plant throughout 2026.
Drilling and wellfield development is progressing well, following mobilization of rigs to the site in 2025 Q2. Recently, we have increased our Shirley Basin drill rig count to eight. Through February 2026, we have pilot drilled 469 injection and production wells in the first mine unit. Delineation and exploration drilling were completed historically, allowing for focused construction and development of MU1 at Shirley Basin.
Based on our contract book and the state of the market generally, early in 2024, we announced a “go” decision to begin buildout of our Shirley Basin in situ recovery facility in Carbon County, Wyoming. Thereafter, we initiated several work programs for the year which complemented our initial purchasing plan for long lead-time equipment which began in 2023.
Installation of 125 monitor wells at Shirley Basin was completed in 2024 including the 98 wells required for the first mine unit at Shirley Basin (SBMU1). Hydrologic testing for the SBMU1 newly installed monitor wells yielded excellent results that are consistent with historic test results. Twenty-five other monitor wells were installed to enhance operational readiness, including seven injection and production pattern test wells. Installation of downhole pumps in the monitor wells will begin in H1 2025 allowing baseline sampling to be completed. Installation of SB MU1 production wells will begin in Q2 2025 utilizing approximately six drill rigs. Construction of SBMU1 wellfield infrastructure (e.g., pipelines, powerlines and field access roads) is expected to begin in Q2 2025. Fabrication of header houses in our Casper construction shop will commence mid-year as well.
SubsequentFollowing toaquifer year-end,testing in 2024-2025, we initiated production and injection testing of representative wells in Mine Unit 1 to facilitate better engineering of pumping and pipeline systems. The related analyses are ongoing.now Testsplanning tofor date indicate thathigher flow ratesfrom arethe high.wellfield, Wealthough expectit is anticipated that flow rates will vary throughout the projectproject. butThe thehigher productionflow rates in the individual test pattern wells are within the range of 7070-80 togpm, 80which gpm. These rates areis consistent with the high historichistorical inflow of water into the underground workings at Shirley Basin in the early 1960s that drove innovation toward in situ mining at the projectproject. andBefore resultedagain inchanging thecourse on recovery ofoperations, 1.5 million pounds ofU3O8 U3O8were recovered historically through ISR,in-situ before other mining methods were initiated.technology.
The modular main office complex was delivered and installed in August 2025, and all electrical, IT and plumbing work was efficiently completed for occupancy. Our professional and management staff are now working from the ~10,000 sq. ft. office complex. We have completed significant additional Shirley Basin construction and development during the 2024-2025 program to prepare for operations: the first two evaporation ponds are installed with piping being completed; the existing road was upgraded to an all-weather surface; all monitor wells for the first mine unit are installed; power between the historical substation and the site for the satellite plant is installed; communications and security systems are installed; and the septic system for the satellite plant enclosure is installed. Additionally, we completed the refurbishment of the existing warehouse, construction bay and maintenance bay, including installation and furnishing of modular offices for these buildings. A new drilling support building was constructed and is being completed in 2026 Q1.
With few exceptions, we have been fully staffed at Shirley Basin since October 2025, and training of all staff is ongoing. Our phased recruitment plan was implemented throughout 2025 to allow time for task and safety training as well as cross training. We have been able to train Shirley Basin operations staff at Lost Creek to facilitate a stronger early understanding of our wellfield and plant operations.
All major pre-operational permits and licenses to advance the project have been received. Authorization to commence recovery operations is awaiting final regulatory verification of construction and approval of baseline water quality. The URP began its pre-operational inspection in late February 2026. We expect the URP to conduct additional site visits to conclude the pre-operational inspection. After these inspections and reviews are completed, we expect approval for recovery from the wellfield and collection of uranium onto resin in the plant.
The existing south access road to the site has been upgraded to an all-season road. Power supply to the satellite plant construction area has been completed and the line is energized. The septic system is installed. Construction of fifteen IX columns remains on target with delivery expected in Q3 2025. Our purchasing program for equipment and long-lead time items such as ion exchange resin continues, with an emphasis on continually reviewing and acting on purchases of long lead-time items such as electronic components. The local power company is upgrading and refurbishing the existing electrical substation with the goal of completing the upgrade in Q4 2025 prior to commencement of production operations. A backup trailer-mounted substation is available if the work is not timely completed.
Initial plans to construct new offices and shops were revised in favor of installing modular offices and utilizing existing buildings for shops. Renovations of existing site buildings which will be used for construction, maintenance and drill casing facilities are substantially complete. The office building layout has been approved the modular office space will be approximately 2,400 square feet. The building is anticipated to be delivered in Q3 2025. Additional modular office and facility buildings have been purchased and are on site at Shirley Basin.
Engineering related to the satellite plant, including the wastewater treatment system, is nearing completion and the selection process of construction contractors is well underway. We continue to expect construction at Shirley Basin to be complete in late 2025 with a pre-operation inspection by the State of Wyoming following soon after.
Drilling and wellfield development is scheduled to begin in Q2 2025, with an anticipated six drill rigs onsite for the 2025 program. Delineation and exploration drilling were completed historically, and initial detailed wellfield, pipeline and header house layouts have been finalized. Procurement of equipment and materials required for trunkline piping from the wellfield to the plant site has begun and staff are installing the necessary monitor well sampling equipment to support that next phase of work.
What changed in the latest 10-Q
Risk Factors
New heading ““Operational challenges at Lost Creek and the commencement and ramp up of operations at Shirley Basin may affect our ability to achieve production plans and deliver into contractual commitments.”
Largest changes
““Operational challenges at Lost Creek and the commencement and ramp up of operations at Shirley Basin may affect our ability to achieve production plans and deliver into contractual commitments.”see in full comparison
“Challenges have continued in our production operations at Lost Creek as we work to achieve sustained higher production rates. The extended time the site was maintained on reduced production operations, the required operational refinements and maintenance as operations were restored, and other commissioning issues have caused delays in achieving higher production rates. For example, fine particles from the host formation have inhibited our ability to increase flow rates into the plant, and we installed a sand filtration system while we complete a planned wastewater treatment facility. …”see in full comparison
“In April 2026, we commenced initial operations at Shirley Basin, and in late June 2026, received final regulatory authorization for full operations at Shirley Basin. Shirley Basin is designed as a satellite facility, with U₃O₈ captured on resin transported to Lost Creek for processing, drying, and drumming. In connection with the commencement and ramp up of operations at Shirley Basin, including shipments of U3O8 to Lost Creek, we may encounter operational, logistical, and commissioning challenges, including those associated with the satellite processing model. …”see in full comparison
“As of the date of this Quarterly Report on Form 10-Q, there have been no material changes in our risk factors from those disclosed in Item 1A of our Annual Report, except the risk factor entitled “Operational and related challenges may continue as we return to steady-state operations at Lost Creek and complete the build out and commissioning of production operations at Shirley Basin. …”see in full comparison
“Continuing challenges in operations at Lost Creek, operational challenges at Shirley Basin, or challenges relating to ongoing or planned construction at Lost Creek or Shirley Basin, could affect our ability to achieve our production plans and therefore affect timely delivery of contractual commitments to our customers, thereby negatively affecting our business, financial condition, results of operations, and cash flows.””see in full comparison
see in full comparisonAs of the date of this Quarterly Report on Form 10-Q, there have been no material changes in our risk factors from those disclosed in Item 1A of the Company’s Annual Report on Form 10-K for the year ended December 31, 2025.Additional risks and uncertainties that the Company does not presently know about or that it currently deems immaterial may also impair our business operations.
Full comparison: every changed paragraph (6)
As of the date of this Quarterly Report on Form 10-Q, there have been no material changes in our risk factors from those disclosed in Item 1A of our Annual Report, except the risk factor entitled “Operational and related challenges may continue as we return to steady-state operations at Lost Creek and complete the build out and commissioning of production operations at Shirley Basin. Delays may affect our timely delivery into contractual commitments.” is replaced in its entirety with the following to reflect the expected commencement of full operations at Shirley Basin and other risks associated with our mining operations:
“Operational challenges at Lost Creek and the commencement and ramp up of operations at Shirley Basin may affect our ability to achieve production plans and deliver into contractual commitments.
Challenges have continued in our production operations at Lost Creek as we work to achieve sustained higher production rates. The extended time the site was maintained on reduced production operations, the required operational refinements and maintenance as operations were restored, and other commissioning issues have caused delays in achieving higher production rates. For example, fine particles from the host formation have inhibited our ability to increase flow rates into the plant, and we installed a sand filtration system while we complete a planned wastewater treatment facility. These and other operational challenges may continue at Lost Creek. The planned construction of the wastewater treatment facility at Lost Creek may also encounter challenges and delays.
In April 2026, we commenced initial operations at Shirley Basin, and in late June 2026, received final regulatory authorization for full operations at Shirley Basin. Shirley Basin is designed as a satellite facility, with U₃O₈ captured on resin transported to Lost Creek for processing, drying, and drumming. In connection with the commencement and ramp up of operations at Shirley Basin, including shipments of U3O8 to Lost Creek, we may encounter operational, logistical, and commissioning challenges, including those associated with the satellite processing model. Initial production costs at Shirley Basin are expected to be higher than at Lost Creek until production rates increase. Certain plant construction activities at Shirley Basin are expected to continue concurrently with operations through 2026, which may create additional challenges. The planned installation of wastewater treatment equipment at Shirley Basin in 2027 may also encounter challenges and delays.
Continuing challenges in operations at Lost Creek, operational challenges at Shirley Basin, or challenges relating to ongoing or planned construction at Lost Creek or Shirley Basin, could affect our ability to achieve our production plans and therefore affect timely delivery of contractual commitments to our customers, thereby negatively affecting our business, financial condition, results of operations, and cash flows.”
As of the date of this Quarterly Report on Form 10-Q, there have been no material changes in our risk factors from those disclosed in Item 1A of the Company’s Annual Report on Form 10-K for the year ended December 31, 2025. Additional risks and uncertainties that the Company does not presently know about or that it currently deems immaterial may also impair our business operations.
Management's Discussion & Analysis (MD&A)
New heading “Exploration Programs”
New heading “Sales Contracts”
Removed heading “Mineral Rights and Properties”
Removed heading “Corporate Management Update”
Removed heading “2025 Convertible Notes Financing”
Removed heading “2024 Underwritten Public Offering”
Removed heading “2023 Underwritten Public Offering”
Removed heading “Proposed Transactions”
Largest changes
“We have revised our 2026 capital expenditure estimate for Shirley Basin to approximately $30.5 million and elected to defer $5.3 million related to the wastewater treatment facility to 2027. The combined 2026 and 2027 capital expenditure estimate of $35.8 million is up from the previously projected estimate of $25.5 million (which included $10.1 million in weather-delayed carryover from 2025). During the six months ended June 30, 2026, we spent $21.9 million. …”see in full comparison
“In 2026 Q2, we captured 105,016 pounds, and in the six months ended June 30, 2026, we captured 215,330 pounds or about 58% of the total captured in 2025. Pounds captured in 2026 Q2 included 10,633 pounds from Shirley Basin as operations were initiated during the quarter. Flow rates at Lost Creek were intentionally lowered in late 2025 to allow the plant to make processing modifications and perform additional equipment repairs. The work related to plant systems was mostly completed in 2025 Q4, which allowed us to maintain better average flow rates in the first six months of 2026. …”see in full comparison
“Construction activities at Shirley Basin progressed during 2026 Q1 across all structural, mechanical, electrical, and site infrastructure workstreams. Major infrastructure is substantially complete, including primary roads; substation and secondary overhead power; support buildings (including the refurbishment of the existing warehouse, construction bay, maintenance bay, and a new drilling support building); the first two evaporation ponds; the modular main office complex; and the foundation, metal building, and roof of the plant. …”see in full comparison
“The U.S. government has continued to take actions in 2026 to support the domestic nuclear fuel cycle and reduce reliance on foreign sources of nuclear fuel. The DOE’s fiscal year 2026 budget includes approximately $3.1 billion for the Office of Nuclear Energy to support advanced reactor development and deployment. In January 2026, the DOE announced approximately $2.7 billion in contract awards to support the development of domestic low-enriched uranium (LEU) and high-assay, low-enriched uranium (HALEU) enrichment capacity. …”see in full comparison
Full comparison: every changed paragraph (167)
The following discussion and analysis by management is designed to provide information that we believe is necessary for an understanding of our financial condition, changes in financial condition, and results of our operations and should be read in conjunction with the audited financial statements and MD&A contained in our Annual Report on Form 10-K for the year ended December 31, 2025.Report.
Incorporated on March 22, 2004, Ur-Energy is an exploration stage issuer, as that term is defined by the U.S. Securities and Exchange Commission (“SEC”). We are engaged in uranium recovery and processing activities, including the acquisition, exploration, development, and operation of uranium mineral properties in the U.S. We are operating our Lost Creek Project, our flagship in situ recovery (“ISR”) mining facility, and have commenced initial operations at our Shirley Basin Project, our second ISR uranium mine. Ur-EnergyWhen sold and further processed, our uranium production fuels nuclear power, which is a corporationcost-effective, continuedsafe, underand reliable source of electrical power that provides an estimated 55% of the Canadacarbon-free Businesselectricity Corporations Act on August 8, 2006. Our common shares are listed onin the TSX under the symbol “URE” and on the NYSE American under the symbol “URG.”U.S.
Ur-Energy is a corporation continued under the Canada Business Corporations Act on August 8, 2006. Our common shares are listed on the TSX under the symbol “URE” and on the NYSE American under the symbol “URG.” Our corporate structure and material U.S. subsidiaries remain unchanged since the filing of our Annual Report.
Ur-Energy has one wholly owned subsidiary, Ur-Energy USA Inc., incorporated under the laws of the State of Colorado. Ur-Energy USA Inc. has three wholly-owned subsidiaries: NFU Wyoming, LLC, a limited liability company formed under the laws of the State of Wyoming which acts as our land holding and exploration entity; Lost Creek ISR, LLC, a limited liability company formed under the laws of the State of Wyoming to operate our Lost Creek Project and hold our Lost Creek properties and assets; and Pathfinder Mines Corporation, incorporated under the laws of the State of Delaware, which holds, among other assets, our Shirley Basin Project in Wyoming. Our material U.S. subsidiaries remain unchanged since the filing of our Annual Report on Form 10-K, dated March 10, 2026.
We utilize ISR to recover uranium at our Lost Creek Property and Shirley Basin Project, which are both located in Wyoming,Wyoming and willare dothe soonly attwo othermineral projectsproperties wherethat possible.we currently deem to be individually material. The ISR technique is employed in uranium extraction because it allows for an effective recovery of roll front uranium mineralization at a low cost.
At Lost Creek, we extract and process uranium oxide (“U3O8”) at the Lost Creek processing facility, which includes all circuits for the production, drying, and drumming (packaging) of U3O8.drumming. After processing, drying, and drumming, U3O8 is shipped from Lost Creek to a third-party conversion facility to be weighed, assayed, and stored until sold. When sold and further processed, our uranium production fuels nuclear power, which is a cost-effective, safe, and reliable source of electrical power that provides an estimated 55% of the carbon-free electricity in the U.S.
As described in our Annual Report, Shirley Basin is designed as a satellite facility, with U3O8 extracted and captured there transported to Lost Creek for processing. We commenced initial operations to extract and capture U3O8 at Shirley Basin in April 2026. We received final authorization for full ISR operations at Shirley Basin in late June 2026, and expect to begin transporting U3O8 to Lost Creek later this summer. We have the licensed capacity at Shirley Basin to construct a full processing facility to process U3O8 that we extract and capture or to toll process for other producers as may be dictated by future market conditions.
In April 2026, we commenced initial operations to extract and capture U3O8 at Shirley Basin. The Shirley Basin Project is designed as a satellite facility. The Lost Creek processing facility will be utilized to process U3O8 that is extracted and captured on resin (plastic beads that attract and bind uranium ions) in ion exchange (“IX”) columns at the Shirley Basin Project. We expect to begin transporting U3O8-loaded resin from Shirley Basin to Lost Creek in summer 2026, subject to the receipt of additional regulatory approvals.
Successful production operations depend on strong safety programs. Our safety performance and culture at Lost Creek and Shirley Basin have continued to improve, and we remain focused on safety and compliance throughout our operations.
Our combined licensed capacity at Lost Creek and Shirley Basin totals 4.2 million pounds of U3O8 per year. This includes licensed annual capacity at the Lost Creek processing facility of up to 2.2 million pounds of U3O8 slurry and/or dried U3O8, of which up to 1.2 million pounds of U3O8 may be produced from Lost Creek wellfields. It also includes two million pounds of U3O8 slurry and/or dried U3O8 of licensed annual capacity (including toll processing) at Shirley Basin for a full processing facility. As described above, the Shirley Basin facility is designed as a satellite plant, and we plan to process U3O8 extracted and captured at Shirley Basin at the Lost Creek facility, but our ability to construct a full processing facility at Shirley Basin and toll process for other producers in the future provides operating flexibility as may be dictated by future market conditions. The maximum annual wellfield production rate under the mining permit for Shirley Basin is not planned to exceed 1.4 million pounds of dried U3O8 per year.
Our combined licensed capacity at Lost Creek and Shirley Basin totals 4.2 million pounds of U₃O₈ per year. We currently have multi-year sales agreements with eight10 global nuclear energy and trading companies with projected delivery commitments of approximately 5.75 million pounds of U3O8 from 2026 through 2033, including 1.3pounds millionthat poundswe delivered in the first half of 2026.
Demand growth, energy securityenergy-security considerations, and governmentfederal policiespolicy continueinitiatives continued to support the nuclear industry inand domestic uranium production during the Unitedsecond Statesquarter of 2026. Sector developments during the period included progress on federal regulatory reforms affecting uranium recovery, nuclear materials, and globally.reactor Developmentslicensing; duringinitiatives 2026to Q1strengthen included continued policy support forthe domestic nuclear fuel cycle capabilities, increasing electricity demand associated with data centers; and artificialfederal intelligencefunding (“AI”),allocations for reactor deployment, nuclear safety, and ongoingworkforce regulatory reforms intended to facilitate nuclear deployment.development.
On June 23, 2026, the U.S. Energy Information Administration (“EIA”) released its 2025 Domestic Uranium Production Report. According to the report, U.S. uranium concentrate production increased to approximately 2.1 million pounds U₃O₈ in 2025 from approximately 0.7 million pounds in 2024. Exploration and development drilling reached its highest level since 2013, employment increased by approximately 41%, and industry expenditures reached their highest level since 2014. For context, 2025 domestic production was equivalent to only approximately 3.8% of the 55.9 million pounds of U₃O₈ equivalent purchased by owners and operators of U.S. civilian nuclear power reactors in 2024, the latest year for which EIA uranium-marketing data are available. This comparison involves production and purchases from different reporting years and does not reflect inventory movements or the origin of uranium delivered during either year.
Federal nuclear regulatory policy continued to be shaped by the Accelerating Deployment of Versatile, Advanced Nuclear for Clean Energy Act of 2024 (the “ADVANCE Act”) and four nuclear-related Executive Orders (“EOs”) issued on May 23, 2025. Among these, Executive Order 14300 directs the U.S. Nuclear Regulatory Commission (“NRC”) to revise its regulations and processes and states a policy objective of increasing U.S. nuclear generating capacity from approximately 100 gigawatts in 2024 to approximately 400 gigawatts by 2050. Subsequent to the end of the second quarter, the NRC advanced several potentially consequential rulemakings driven by EO 14300 that could broadly affect the nuclear fuel cycle.
On July 2, 2026, the NRC transmitted its proposed rule, “In-situ Recovery Monitoring and Decommissioning Timeliness,” to the White House Office of Information and Regulatory Affairs (“OIRA”) for interagency review. This proposed rulemaking is intended to codify risk-informed groundwater protection standards for in-situ recovery (“ISR”) facilities and risk-inform decommissioning timeliness regulations to allow site-specific extensions. Additionally, on July 7, 2026, the NRC published a proposed rule to comprehensively overhaul its National Environmental Policy Act (“NEPA”) regulations. This proposal aims to dramatically streamline environmental reviews and to establish new categorical exclusions for projects within the NRC’s jurisdictional authority. This was followed on July 15, 2026, by a proposed rule to reform the NRC’s foundational radiation-protection framework under 10 CFR Part 20. This rulemaking represents the first major modernization of the agency’s baseline dose-limit and monitoring standards in decades, seeking to align U.S. regulations with updated international radiological protection standards and risk-informed methodologies.
Wyoming is an NRC Agreement State and generally administers source- and byproduct-material licenses for Wyoming uranium recovery facilities through its Uranium Recovery Program (“URP”). Because the Company’s operating facilities are located in Wyoming, NRC rules that are administrative or designated as not required for Agreement State compatibility may have limited direct effect on the Company. Other NRC requirements may require corresponding state action or influence Wyoming’s regulatory approach. The pending ISR monitoring and decommissioning rule is the upcoming rulemaking most directly relevant to the Company’s operations, but its financial and operational effects cannot be determined until the NRC publishes the text of the proposed rule and the State of Wyoming determines what corresponding changes to the URP are required.
Broader developments in the nuclear industry during the quarter included NRC renewal of the Diablo Canyon and St. Lucie reactor operating licenses and the commencement of construction of Kairos Power’s Hermes 2 demonstration reactor. In infrastructure developments, ConverDyn disclosed that it was evaluating a second U.S. uranium-conversion facility that could approximately duplicate the capacity of its existing plant, which remains subject to completion of engineering studies and a formal decision to proceed. Urenco USA announced plans to increase the annual uranium-enrichment capacity of its New Mexico facility by nearly 50%, with initial production from the new capacity projected for 2032.
The ultimate effect of these fuel-cycle and regulatory developments on U.S. uranium producers remains subject to substantial uncertainty and will depend on factors including the timing and scale of utility reactor deployment, fuel-procurement practices, domestic-origin procurement mandates, and the implementation timelines of federal program funding. Nevertheless, these comprehensive federal initiatives and infrastructure expansions collectively underscore a robust, long-term commitment to nuclear energy that is widely expected to structurally strengthen the prospective demand outlook for domestic uranium production.
Electricity demand growth remains a significant factor supporting interest in nuclear energy as a source of reliable, baseload, low-carbon power. The International Energy Agency reports that nuclear generation reached a record level in 2025 and projects that its growth rate will more than double from 2026 through 2030 compared with 2021 to 2025. The most recent projections of the International Atomic Energy Agency are that global nuclear capacity could more than double by 2050, and the World Nuclear Association has called for nuclear power generation to triple by 2050.
Changes in recent years in U.S. government policies, including energy security initiatives, domestic fuel cycle incentives, and reactor deployment programs, are providing greater support to the nuclear industry. In May 2025, President Trump signed four Executive Orders (“EOs”) aimed at accelerating U.S. nuclear technology development and deployment, reforming related regulations, strengthening the fuel cycle industrial base, and supporting nuclear contributions to national security. EO 14300, which mandates a comprehensive revision of U.S. Nuclear Regulatory Commission (“NRC”) regulations and processes, has a policy objective to facilitate the expansion of U.S. nuclear energy capacity from approximately 100 GW in 2024 to approximately 400 GW by 2050. In response, the U.S. government announced a strategic initiative with Westinghouse Electric Company and its owners in October 2025 to help facilitate financing and permitting for a potential multi-reactor build program in the U.S. with an estimated value up to $80 billion.
In addition to the broader nuclear industry, the U.S. government has taken actions in recent years that support increased reliance on uranium from U.S. sources. The Prohibiting Russian Uranium Imports Act, enacted in May 2024, restricts imports of Russian uranium products through 2040, subject to limited waivers. The U.S. Geological Survey added uranium to the U.S. Critical Minerals List in 2025, and executive actions, including EO 14241, direct federal agencies to facilitate domestic mineral production.
The U.S. government has continued to take actions in 2026 to support the domestic nuclear fuel cycle and reduce reliance on foreign sources of nuclear fuel. The DOE’s fiscal year 2026 budget includes approximately $3.1 billion for the Office of Nuclear Energy to support advanced reactor development and deployment. In January 2026, the DOE announced approximately $2.7 billion in contract awards to support the development of domestic low-enriched uranium (LEU) and high-assay, low-enriched uranium (HALEU) enrichment capacity. In parallel, the NRC has continued implementation of the reforms directed by EO 14300, including to establish defined licensing timelines, streamline regulatory review, and adopt more risk-informed and performance-based licensing approaches.
In the broader nuclear market, the military conflict involving Iran that began in late February 2026 and associated shipping disruptions through the Strait of Hormuz introduced uncertainty into global oil and liquefied natural gas markets and highlighted the importance of reliable energy supply. Since the onset of the conflict, several countries in Africa reaffirmed plans to pursue new nuclear generation projects; South Korea moved to increase nuclear generation, including raising utilization rates at existing plants and accelerating maintenance schedules to increase output; Taiwan began evaluating the potential restart of previously shut-down reactors; and Japan entered into new international nuclear cooperation and fuel-related agreements. Japan also restarted the world’s largest nuclear plant, Kashiwazaki-Kariwa, in January 2026, prior to the conflict.
During 2026 Q1, spot U3O8 prices remained relatively volatile, increasing from approximately $81.55 per pound at December 31, 2025, to approximately $101.25 per pound on January 29, 2026, and ending the quarter at $84.25 per pound on March 31, 2026. Over a longer period, uranium prices have increased from historical lows in prior years but have continued to fluctuate in response to market developments.
Overall, recent developments continue to support the outlook for nuclear energy and uranium markets. Increasing electricity demand, government support for domestic nuclear fuel cycle capabilities, ongoing regulatory reform efforts, and energy security considerations continue to highlight the importance of domestic uranium as a source of fuel for reliable, carbon-free electricity.
Mineral Rights and Properties
Our current land portfolio in Wyoming includes 12 projects. Ten of these projects are in the Great Divide Basin (“GDB”), Wyoming, including our flagship Lost Creek Project. We control nearly 1,800 unpatented mining claims and three State of Wyoming mineral leases for a total of approximately 35,400 acres at our Lost Creek Property, including the Lost Creek permit area (the “Lost Creek Project” or “Lost Creek”) and certain adjoining projects, which we refer to as the LC East, LC West, LC North, LC South, and EN project areas (collectively, with the Lost Creek Project, the “Lost Creek Property”). Five of the projects at the Lost Creek Property contain reported mineral resources: Lost Creek, LC East, LC West, LC North, and LC South.
We control approximately 3,536 acres of property interests in the general area of our Shirley Basin Project in central southeast Wyoming. Within that area, the permitted area of 2,605 acres includes 1,770 acres of locatable mineral lands that we control, including nine patents, 29 unpatented mining claims, and two tracts of fee minerals.
Our Wyoming properties, including our Shirley Basin Project, total approximately 48,000 acres. We have other non-material exploration stage projects in Wyoming located in the GDB, and our Lucky Mc Project is in the Gas Hills Uranium District, Wyoming. The Lost Creek Property and the Shirley Basin Project are the only two mineral properties that we deem to be individually material.
Lost Creek Property
During 2026 Q2 at Lost Creek, we drummed 140,873 pounds of U3O8 and shipped 149,747 pounds of U3O8 to the conversion facility, including assay adjustments.
We sold 55,000 pounds of U3O8 at an average price of $70.98 per pound during 2026 Q1, generating revenue of $3.9 million. During the quarter, we dried and packaged 95,599 pounds of U3O8 and shipped 103,956 pounds of U3O8 to the conversion facility. At March 31, 2026, our finished inventory at the third-party conversion facility totaled 417,231 pounds of U3O8.
During 2026the Q1,quarter, we operated a total of 1516 header houses (“HHs”) at Lost Creek, including 1312 HHs in our second mine unit (“MU2”) and twofour brought online during 2026 Q1HHs in the second phase of our first mine unit (“MU1 Phase 2”). AnFour additionalof HHthese HHs were brought online in MU1 Phase 2 wasduring recirculating2026 fluidH1, atincluding quarter-end and is expected to be brought onlinetwo in the comingfirst days.quarter and two in the second quarter. During 2026 Q2, production flow averaged approximately 2,519 gpm and production grade averaged approximately 38 mg/L.
Wellfield development and surface construction at Lost Creek duringin 2026 Q1Q2 werecontinued focusedto focus on MU1 Phase 2 and remainremains on schedule for our 2026 operating plans. MU1 Phase 2 is planned to include 10 HHs, several of which we plan to bring online during 2026 Q2.HHs. During the quarter, we advancedcontinued to advance installation of the remaining376 production and injection wells currently planned for the remaining six HHs in MU1 Phase 2,2. allAt June 30, 2026, approximately 99.5% of whichthese havewells had been drilled and cased. Including HHs already in operation, our Casper shop has completed construction of seven of the 10 HHs planned for MU1 Phase 2cased and madeapproximately progress72% had been completed, and we had 17 drill rigs on componentssite forperforming theopen remaininghole three.drilling, casing, and completion work.
We also continued with wellfield delineation and development in our fourth mine unit (“MU4”) and our fifth mine unit (“MU5”) and began pattern planning for MU5. DuringAs previously disclosed, during 2026 Q1, we received approval of an amended aquifer exemption for Lost Creek that covered MU5 and substantially expanded the scope of the exemption. At March 31, 2026, we had 15 drill rigs operating at Lost Creek, which we expect will be sufficient for our 2026 drill programs.
We continued to advance several initiatives at Lost Creek during 2026 Q2 to increase production rates. These efforts included the installation of a sand filtration system while we construct a planned wastewater treatment facility. During 2026 Q2, the sand filtration system was fully installed but testing and other commissioning work extended into July 2026. To accommodate modifications to piping at the plant for the system, the Lost Creek plant suffered nearly two days of downtime and four days of reduced flow in June 2026 that affected quarterly production.
During 2026 Q1, production flow averaged approximately 2,700 gpm and production grade averaged approximately 47 mg/L. We continue to optimize plant operations to increase flow rates from the wellfield, including addressing fine particles from the host formation that have reduced flow rates. To better address these fine particles over the long-term, we are developing a water treatment facility at Lost Creek, which we expect will enable sustained higher flow rates. As an interim measure, we progressed work during 2026 Q1 on the installation of a sand filtration system, which is expected to be operational in 2026 Q2.
ToWe made progress on other initiatives to increase production at Lost Creek,Creek weduring alsoQ2 plan2026, to continue the shift from MU2 to MU1 Phase 2,including bringing additional HHs online in MU1 Phase 2 throughoutas 2026,described above, and bycontinued betterwork optimizingto injectionoptimize fluidlixiviant chemistry.chemistry in the formation to increase average grades. We have also engaged a contractorcontinued to supportadvance implementationthe development of an enhanced maintenance program,program and we planimprovements to improve ourthe reverse osmosis systems.system Wein continuethe toplant, and increased our focus on daily drumming to increase the volume of product packaged and shippedshipped. fromWe also progressed the plant.development of the planned wastewater treatment facility at Lost Creek during 2026 Q2, including engineering design work and the procurement of the building shell and internal equipment components.
The pounds of U3O8 drummed during 2026 Q2 was the highest amount drummed during a calendar quarter since we made the decision in 2022 to ramp-up Lost Creek operations. Nevertheless, startup of the sand filtration system was delayed until July 2026, and production at Lost Creek during 2026 Q2 continued to be negatively affected by fine particles from the host formation that have reduced flow rates.
Since year-end 2025, with few exceptions, we have been fully staffed at Lost Creek. Retention and training remain priorities as we continue to optimize operations. Many employees at Lost Creek were hired as part of the ramp-up of operations and are relatively new to the industry. As personnel gain additional experience, we expect continued improvement in production performance.
As previously disclosed, we brought HH 1-1 online and commenced initial operations to extract and capture U3O8 at Shirley Basin in April 2026. In late June 2026, we received final authorization (the “Authorization”) from the Wyoming Department of Environmental Quality, Uranium Recovery Program (“URP”) to begin full production operations at Shirley Basin, including the transportation of U3O8 captured in the Shirley Basin satellite plant to Lost Creek for drying, packaging, and delivery to the conversion facility for sale to customers.
With only limited operations, we captured 10,634 pounds of U3O8 at Shirley Basin during 2026 Q2, all from HH 1-1 in Shirley Basin’s first mine unit (“MU1”).
We have fourteen ion exchange (“IX”) columns at Shirley Basin, which include ten for production, two for restoration, and two for cleaning the waste stream before disposal. Although construction of major infrastructure at Shirley Basin was substantially complete at the end of 2026 Q1 as previously disclosed, construction activities continued during 2026 Q2 after commencement of initial operations, focused on structural steel, piping systems, electrical installation, and interior building work. During the quarter, we completed construction in the plant of the pipeline connections to the first four IX production columns and the infrastructure to transfer U3O8 from the Shirley Basin plant into trailers for trucking to Lost Creek for processing. We also completed the necessary modifications to the Lost Creek plant to accept and process these shipments.
In the wellfield, drilling and installation of wells and HHs continued during the quarter in MU1. Wellfield construction activity was focused on completing the installation of components and systems for HH 1-2 and progressing the installation of various components for HH 1-3 through HH 1-8. During the quarter, we continued to advance the drilling and installation of the 607 production and injection wells currently planned for HH 1-1 through HH 1-8. At June 30, 2026, approximately 97% of these wells were drilled, 93% were cased, and 84% were completed. We also made improvements to well completions in HH 1-1 and HH 1-2 to improve flow rates. At June 30, 2026, we had nine drill rigs on site performing drilling, casing, and completion work at Shirley Basin.
During 2026 Q1, we continued to advance wellfield development and plant construction at our Shirley Basin Project. The plant is being constructed as a satellite facility, with U3O8 extracted from the wellfield and captured on resin in the plant to be transported to Lost Creek for processing, drying, and drumming. The project is planned to include three relatively shallow mine units.
Drilling and installation of wells for HH 1-1 in the first mine unit (“MU1”) at Shirley Basin were completed prior to year-end 2025. During 2026 Q1, we completed the connection of HH 1-1 to the plant and progressed surface construction and installation of HH 1-2. The main pipeline has been completed for the first four HHs.
Well installation in MU1 progressed well during the quarter and continues at various stages for HH 1-3 through HH 1-8. Historical delineation and exploration drilling at Shirley Basin has allowed for focused wellfield development. At March 31, 2026, 540 injection and production wells in MU1 had been pilot drilled, 312 of those wells had been cased, and eight drill rigs were operating at Shirley Basin. Our Casper shop has completed construction of five HHs planned for MU1 and made progress on components for two additional HHs.
Construction activities at Shirley Basin progressed during 2026 Q1 across all structural, mechanical, electrical, and site infrastructure workstreams. Major infrastructure is substantially complete, including primary roads; substation and secondary overhead power; support buildings (including the refurbishment of the existing warehouse, construction bay, maintenance bay, and a new drilling support building); the first two evaporation ponds; the modular main office complex; and the foundation, metal building, and roof of the plant. In addition, all IX columns and most tanks in the plant have been installed and work has progressed on exterior utilities, fencing, and grading. While engineering refinements, procurement activities, and seasonal weather conditions have affected the pace of certain workstreams, construction progress accelerated and execution improved during the quarter. Ongoing construction activities are focused on structural steel, piping systems, electrical installation, and interior building work.
Since year-end 2025, the Wyoming Department of Environmental Quality completed its pre-operational inspections for the facility, and in April 2026, we brought HH 1-1 online and commenced initial operations to extract and capture U3O8.
Subject to an additional regulatory operational inspection and approval, we expect to complete the installation and commissioning of the production circuits and other development needed to commence the transportation of resin loaded with U3O8 from Shirley Basin to Lost Creek in summer 2026. After processing, drying, and drumming at Lost Creek, U3O8 produced at Shirley Basin will be transported to the third-party conversion facility and added to our inventory for delivery to customers.
Various plant construction activities are expected to continue through 2026 following the commencement of U3O8-loaded resin shipments to Lost Creek, with the installation of water treatment equipment planned for 2027.
With few exceptions, we have been fully staffed at Shirley Basin since year-end 2025. A phased recruitment plan implemented in 2025 has allowed us to provide personnel, many of whom are new to the industry, with task, safety, and cross training in advance of operations.
Casper Construction Shop and Operations FacilitiesLab
Our Casper, Wyoming construction shop supplies header housesHHs to both our Lost Creek Project and our Shirley Basin Project.Basin. All our header housesHHs are fabricated and built in Casper, allowing for efficiency, cost savings, and greater safety due to minimized travel requirements. During 2026 Q1,Q2, our construction teamshop deliveredcompleted the fabrication of two HHs tofor Lost Creek and threeone HHsHH tofor Shirley Basin,Basin and advanced constructioncomponents for two additional HHs for Lost Creek and two additional HHs for Shirley Basin. Including HHs already in operation, at June 30, 2026, the shop had completed the fabrication of fivenine additionalof headerthe houses.10 HHs planned for MU1 Phase 2 at Lost Creek and the first six HHs planned for Shirley Basin.
Our Casper chemistry lab continuescontinued to support mine unit analysis at both Lost Creek and Shirley Basin through uranium analysis, product quality testing, and water sampling analysis. The lab staff also support ongoing research and development programs.
In 2025, weWe renewed exploration activities in the Great Divide Basin (“GDB”), Wyoming.Wyoming Workin began2025 atQ3, beginning with our Lost SoldierSolider ProjectProject. locatedLocated approximately 17 road miles northeast of Lost Creek in 2025 Q3. The program atCreek, Lost Soldier includedhas the installationpotential ofto be developed as a seriessatellite ofoperation. aquifer test wells to facilitate a better understanding of the local hydrogeology. WhileAlthough the geology of the project is largely understood with the benefit of data from approximately 4,000 historical drill holes, additional hydrogeologic data gathering and characterization willare underway to enable our professional staffus to better plan for potential permitting and development of the site. We commenced aquifer testing in April 2026 and plan to initiate baseline environmental studies in 2026 in anticipation of possible permitting to advance the project. We also anticipate preparing a technical report for Lost Soldier in 2026. Located approximately 17 road miles to the Lost Creek plant, Lost Soldier has the potential to be developed as a satellite operation.
During 2026 Q2, we completed pump testing of two of the three aquifer test well clusters that we installed prior to the quarter and began work on baseline environmental studies in anticipation of possible permitting of the project. We also began preliminary work on a technical report for the project during the quarter.
North Hadsell and LC South Projects
AsIn work2025 concludedQ4, at Lost Soldier in 2025, the drill rigs and related teamswe began exploration drilling at our North Hadsell Project, also in the GDB north of Lost Creek. Through mid-March 2026, when seasonal sage grouse restrictions began, we had drilled 33 wide-spaced framework holes, each approximately 1,000 feet deep, for a total of 33,815 feet. Seven of these initial drill holes have returned significant mineralization, indicating the presence of a stacked roll-front system containing 13 individual intercepts exceeding 0.20 GT (Grade (%eU3O8) times Thickness (ft)). These grades and thicknesses closely resemble the mineralization at Lost Creek, where the Company applies a 0.20 GT cut-off in evaluating economic mineral resources. Preliminary interpretation suggestssuggested the potential for up to eight individual roll fronts within a depth range of approximately 300 to 800 feet below surface, ideal for ISR mining, with indications of additional mineralized horizons at depth.
During 2026 Q2, we completed abandonment of all holes drilled during recent exploration activities at North Hadsell, which allows us to devote the three drill rigs that were at North Hadsell to our planned 120-drill hole exploration program at our LC South property.
URG insider buying and selling (Form 4)
Since 2026-04-11, insiders reported open-market purchases in 3 Form 4 filings (2 insiders, 3 trade dates, 182,137 shares, about $221.8K) and open-market sales in 7 filings (7 insiders, 3 trade dates, 587,005 shares, about $838.2K). Net open-market shares: -404,868 (purchases minus sales); net value about -$616.5K.Totals add up every open-market (code P and S) line in those filings, using the prices reported in the filings. Awards, option exercises, tax withholding and gifts are listed below but not counted.
| Trade date | Insider | Transaction | Shares | Price | Value |
|---|---|---|---|---|---|
| 2026-09-24 | Walle Jade |
Open-market purchase | 526 | $1.14 | $600 |
| 2026-09-24 | Walle Jade |
Open-market purchase | 96,030 | $1.14 | $109.5K |
| 2026-09-11 | Walle Jade |
Open-market purchase | 75,581 | $1.29 | $97.5K |
| 2026-08-25 | Parker Thomas H |
Option exercise | 87,858 | $1.04 | $91.4K |
| 2026-08-25 | Parker Thomas H |
Open-market sale | 87,858 | $1.48 | $130.0K |
| 2026-08-25 | Huber Gary C |
Open-market sale | 87,858 | $1.48 | $130.0K |
| 2026-08-25 | Huber Gary C |
Option exercise | 87,858 | $1.04 | $91.4K |
| 2026-08-24 | Ritchie David A. |
Open-market purchase | 10,000 | $1.42 | $14.2K |
| 2026-08-24 | Cash John |
Option exercise | 77,751 | $1.04 | $80.9K |
| 2026-08-24 | Cash John |
Open-market sale | 77,751 | $1.41 | $109.6K |
| 2026-08-24 | Chang Robby Sai Kit |
Option exercise | 87,858 | $1.04 | $91.4K |
| 2026-08-24 | Chang Robby Sai Kit |
Open-market sale | 75,588 | $1.41 | $106.6K |
| 2026-08-24 | Smith Roger L. |
Option exercise | 103,536 | $1.04 | $107.7K |
| 2026-08-24 | Smith Roger L. |
Open-market sale | 103,536 | $1.43 | $148.1K |
| 2026-08-21 | Walker Kathy E |
Option exercise | 87,858 | $1.05 | $92.3K |
| 2026-08-21 | Walker Kathy E |
Open-market sale | 72,838 | $1.38 | $100.5K |
| 2026-08-21 | Hatten Steven M. |
Option exercise | 81,576 | $1.05 | $85.7K |
| 2026-08-21 | Hatten Steven M. |
Open-market sale | 81,576 | $1.39 | $113.4K |
Well-known investors holding URG (13F)
| Investor | Quarter | Shares | Reported value | % of their 13F | Change vs prior quarter |
|---|---|---|---|---|---|
| Point72 Asset Management (Steve Cohen) | 2026-06-30 | 1,248,372 | $1.9M | — | Sold out |
| Two Sigma Investments | 2026-06-30 | 1,215,929 | $1.7M | 0.0% | Added 38% |
| Millennium Management (Israel Englander) | 2026-06-30 | 167,661 | $228.0K | 0.0% | Reduced 98% |
| Citadel Advisors (Ken Griffin) | 2026-06-30 | 71,469 | $106.5K | — | Sold out |
| D. E. Shaw & Co. | 2026-06-30 | 23,654 | $35.2K | — | Sold out |
| AQR Capital Management (Cliff Asness) | 2026-06-30 | 14,894 | $20.3K | 0.0% | Reduced 22% |