Energy and Natural Resources

The federal budget presented on November 4, 2025 (the “Budget”), proposes a significant change to the Critical Mineral Exploration Tax Credit (CMETC). As a reminder, the CMETC is equal to 30% of “specified mineral exploration expenses”1 incurred in Canada that a company has renounced to flow-through share investors. Critical minerals currently eligible for the CMETC The critical minerals currently eligible for the CMETC are nickel, cobalt, graphite, copper, rare earth elements, vanadium, tellurium, gallium, scandium, titanium, magnesium, zinc, platinum group metals, uranium and lithium (including lithium from brine deposits). Critical minerals added to the list The Budget proposes to expand the definition of “critical mineral” to include the following additional critical minerals: bismuth, cesium, chromium, fluorspar, germanium, indium, manganese, molybdenum, niobium, tantalum, tin and tungsten.  Impact of this measure on mining exploration expenses The measure will make the 30% CMETC apply to exploration expenses relating to these new types of critical minerals that a mining exploration company would renounce to flow-through share investors. The measure will cover exploration expenses renounced under flow-through share agreements entered into after Budget Day and on or before March 31, 2027. The Budget also confirms the renewal of the Mineral Exploration Tax Credit until March 31, 2027 (METC). Please feel free to contact our professionals for more information Canadian exploration expenses incurred by a company after April 7, 2022, as part of mineral exploration activities conducted from or above the surface of the earth targeting mainly critical minerals.

What is natural hydrogen? Natural hydrogen, also called native hydrogen, does exist. It refers to hydrogen found naturally in the environment, often as a gas trapped underground. Unlike industrially produced hydrogen, which results from chemical processes, natural hydrogen is extracted directly from nature. This naturally occurring resource is generating growing interest as a potential source of clean, renewable energy. However, exploration and large-scale production are still in the early stages. Discovery of natural hydrogen The first major discovery of natural hydrogen occurred in 1987 in Bourakébougou, Mali, by the company Hydroma Inc. In this village, a well revealed naturally occurring hydrogen in the subsurface. This discovery sparked global interest in hydrogen’s potential as an energy source. The region continues to be studied to better understand and develop this promising resource. Regulation and exploration in Quebec n Quebec, natural hydrogen exploration is not currently covered by the Mining Act, which governs the exploration and exploitation of mineral substances. Because natural hydrogen represents an emerging resource, it will eventually need to be addressed through new regulations or incorporated into an existing legal framework. For now, since hydrogen is mainly studied in the context of renewable energy, it may fall under environmental or energy-related regulations. Legal framework in France In France, the legal status of natural hydrogen differs significantly. Natural hydrogen is classified as a mineral resource, meaning that its exploration and extraction are governed by the provisions of the French Mining Code. Initiatives in Quebec Although natural hydrogen exploration in Quebec is not yet covered by the Mining Act, several companies have obtained exclusive exploration rights (formerly known as “claims”) and are actively conducting fieldwork. Through their efforts, they are helping to advance the legal and regulatory framework surrounding this new energy resource. The Government of Quebec is currently examining potential legislative amendments to the Mining Act to include natural hydrogen, or the adoption of a new, dedicated law to regulate it

In a strategic move to bolster domestic production of critical minerals, President Donald Trump has invoked the Defense Production Act (DPA). He signed an executive order aiming to reduce U.S. dependence on foreign sources, particularly China, which dominates the global rare earth minerals market. This market dominance poses economic and security risks for countries reliant on these materials for advanced technologies, such as the U.S. and Canada. The executive order leverages the DPA to provide financing, loans, and investment support for domestic processing of rare earth elements (REEs) and critical rare earth elements (CREEs). REEs are profoundly valuable and are essential in the manufacture of electronics (e.g., microchips, semiconductors, and essentially any product with a computer chip).  This initiative seeks to enhance national security by ensuring a stable supply of materials essential for technologies ranging from batteries to defense systems. Standard NdFeB magnets, without terbium (Tb) or dysprosium (Dy), cannot be used in high-temperature applications such as in electric vehicles (EV) critical components.  The production of high-value pre-magnetic REE alloys, requires the purchase of separated Tb and Dy oxides from China. Recent concerns about future supplies of REEs have now narrowed chiefly to the heavy rare earth elements (HREEs). Essentially, all of the world's HREEs are currently sourced from the south China ion-adsorption clay deposits.  The ability of those deposits to maintain and increase production is uncertain, particularly in light of environmental degradation associated with some mining and extraction operations in the region. As the U.S. intensifies efforts to secure its mineral supply chains, Canada, rich in mineral resources, has an opportunity to strengthen its position as a key supplier. However, Canada must also navigate its own strategic interests, ensuring that domestic extraction and processing capabilities remain competitive. REE mineral deposits typically contain appreciable levels of radioactive elements such as thorium (Th) and uranium (U), making the extraction of REE values environmentally challenging.  Novel processes for the extraction and separation of REE values in high yield and purity, with an environmentally cleaner design and overcoming the technical and economic limitations of the existing commercial processes, are of commercial interest. Additionally, diversifying export markets beyond the U.S. could shield Canada from potential shifts in American policy while strengthening its role as a global player in the critical minerals industry. As the Trump administration’s directive underscores the strategic importance of CREEs and the necessity to develop resilient supply chains, we can expect more news in the upcoming months from the U.S. regarding its efforts to lessen its dependence on other countries in the mining industry. Stay tuned!

Quebec has set ambitious energy transition and industrial decarbonization targets. The shift to greener practices has to be taken in a context where our energy consumption could rapidly grow under the combined effect of a number of factors, such as the reindustrialization of our economy, population growth, transport electrification and the potential for artificial intelligence to consume vast amounts of energy. Investing in the development of energy infrastructure is therefore critically important, as an abundance of energy is key to economic prosperity. The problem is that public finances are already stretched to the limit with the need to renovate our aging infrastructure, among other things. Encouraging private equity investment is thus vital, and tax incentives can be very effective in this respect. The American example In 2022, the United States passed its Inflation Reduction Act (IRA), with the goal of stimulating investment in the renewable energy sector, in particular. More specifically, the IRA altered or created a number of tax credits to encourage private investment.1 Over the past two years, US businesses have announced a total of almost US$276 billion in new investments in clean energy generation and the capturing or elimination of carbon dioxide and other forms of industrial decarbonization, an increase of 34% on the two years previous.2 The IRA is effective in that it takes the respective situations of various energy sector stakeholders into account in a creative, flexible and pragmatic way, especially where taxation is involved. Energy project promoters often have to wait many years for their projects to generate income and profits, even though the banks and other investment funds they solicit financing from can be presumed to be operating profitable businesses. The tax losses that occur in the years during which such projects are designed and built are therefore of little interest to developers, but of immediate interest to investors. And so, a tax equity market has emerged, in which businesses subject to taxes can invest in the shares of entities set up to develop such projects so as to benefit from tax credits and faster depreciation. Typically, the entity that cashes in the investment and develops the project distributes 99% of income, losses and tax credits to investors until a predetermined return is achieved. Once that return is achieved, the investor’s share of the benefits decreases, and the developer has the option of buying out the investor’s residual share. The IRA has transformed how federal clean energy tax credits are monetized, and it is now possible to buy and sell such credits without having to make a long-term investment. For businesses, this new way of doing things is an additional and attractive way to participate in the growing tax credit market.3 In 2023, the volume of the tax equity market for American projects was around US$20 to 21 billion, up about US$18 billion from the previous year.4 It appears that the trend will continue. It is estimated that the value of the current market, which is particularly attractive to banks, is set to double to US$50 billion a year by 2025.5 The equivalent of flow-through shares The Quebec and Canadian tax deductions mechanism that most closely resembles the US tax equity market is probably flow-through shares. Through these, businesses in the mining and renewable energy sectors can transfer their mining exploration expenses and other expenses—specifically designated as eligible—to investors, who can then deduct them from their own taxable incomes.6 These businesses can thus issue shares at a higher price than they would receive for common shares to finance their exploration and development operations. Investors are willing to pay a higher price in return for the tax deductions afforded by the eligible expenses incurred by the issuing businesses, which can amount to a maximum of 120% of the equity invested in the shares.7 Investors can also claim a 15% or 30% federal tax credit. However, because tax incentives cannot be transferred, our mechanism is more rigid than the American one, and it can only be applied to mineral exploration and development expenses and certain specific expenditures related to renewable energy and energy conservation projects, such as electricity generation using renewable sources like wind, solar energy and geothermal energy.8 With ambition and innovation comes the need to take action Quebec could draw inspiration from the IRA to increase the attractiveness of flow-through shares and broaden their scope of application, thereby creating a new tool to finance the energy transition. The renewable energy sector is similar to the mining sector in many respects, not least in terms of the considerable amount of capital required to build the infrastructure needed to operate a mine or energy generation facility. The flow-through share mechanism, which is well-established and popular with investors,9 could be just as successful in our energy transition context. Making such incentives easier to transfer would also drive the emergence of a market similar to the US tax equity market. A number of Québec flagship companies, such as Hydro-Québec,10 Innergex11 and Boralex,12 are also very ambitious when it comes to developing large-scale energy projects. They face major financing challenges, as do those in the industrial decarbonization and infrastructure renewal sectors. Innovation is necessary to meet these challenges and make the transition to a more sustainable, but just as prosperous, world, and to do so in good time.13 Link Rhodium Group and MIT’s Center for Energy and Environmental Policy Research (CEEPR), Clean Investment Monitor, link Brandon Hill, How to take advantage of tax credit transferability though the Inflation Reduction Act, Thomson Reuters Institute, April 16, 2024, link Allison Good, Renewables project finance to keep pace in 2024, but tax equity rule looms, S&P Global, January 12, 2024, link Lesley Hunter and Mason Vliet, The Risk Profile of Renewable Energy Tax Equity Investments, American Council on Renewable Energy, December 2023, link Link, page in French only Link Link Prospectors & Developers Association of Canada, Flow-through shares & the mineral exploration tax credit explained, link Link Link Link The authors would like to acknowledge the participation and the work done by Sophie Poirier in this publication