Mont Royal Resources Files NI 43-101 PEA for Ashram REE Project, Pegging After-Tax NPV at C$2.03 Billion

Introduction

Mont Royal Resources filed its NI 43-101 Technical Report Preliminary Economic Assessment for the Ashram Rare Earths and Fluorspar Project on June 20, 2026, formalising study results first disclosed on June 8. The headline number is arresting: an after-tax net present value of C$2.03 billion at an 8% real discount rate, paired with a 22.0% internal rate of return and a payback period of 3.9 years from the start of production. For a project that has spent more than a decade in the resource-definition and study phase, the PEA represents the most rigorous financial framing the deposit has received under current market conditions.

The filing marks a significant transition for a company that completed its merger with predecessor Commerce Resources Corp only in October 2025. Since that transaction closed, Mont Royal has executed an A$10 million capital raise, secured conditional government funding for access road studies, and appointed a rare earth industry veteran to its advisory board. The PEA, prepared by lead integrator Altris Engineering alongside BBA Inc., PLR Resources Inc., DRA Americas Inc., ASDR Canada Inc., and Norda Stelo Inc., now sits on SEDAR+ and the company's website as a public document subject to NI 43-101 disclosure standards.

The timing is not incidental. Building on my analysis of the West's heavy rare earth supply crisis in June 2026, the broader context for projects like Ashram has rarely been more urgent. China controls over 90% of finished rare earth products, export restrictions have made physical availability a more pressing concern than price in some market segments, and the pipeline of advanced non-Chinese REE projects capable of producing meaningful NdPr volumes before 2030 remains thin. Ashram, with its 21% NdPr distribution and proposed integrated processing strategy, sits near the top of that short list.

Economics and Cost Structure: What the Numbers Mean

The PEA models life-of-mine revenue of C$24.638 billion and life-of-mine EBITDA of C$15.460 billion, representing a 62.7% margin at a real basket price assumption of C$44.40 per kilogram of saleable REO. Undiscounted post-tax cash flow comes in at C$8.365 billion over the 30-year production period. The initial capital cost estimate is C$1.231 billion, inclusive of a 30% contingency, and the project is expected to benefit from approximately C$342 million in refundable Clean Technology Manufacturing Investment Tax Credits incorporated directly into post-tax cash flows.

Cost competitiveness is one of the study's stronger selling points. C1 cash costs are estimated at C$17.99 per kilogram of saleable REO, with all-in sustaining costs of C$18.58 per kilogram. Those figures position Ashram favourably within the global cohort of non-Chinese rare earth developers, most of whom face structurally higher costs due to less favourable mineralogy, higher strip ratios, or energy cost disadvantages. Hydro-Québec's industrial electricity rates, among the lowest in North America and derived from the province's extensive hydroelectric capacity, contribute directly to that cost position in ways competitors in other jurisdictions cannot replicate.

Pricing assumptions were drawn from Adamas Intelligence's Rare Earth Pricing Quarterly Outlook, with yearly forecasts applied through 2040 and 2040 estimates carried forward for the remainder of the mine life. Lanthanum and cerium were excluded as payable elements, a conservative choice that reflects persistent oversupply in the light REE segment. The ex-China pricing strategy, targeting CIF European and North American markets rather than competing against Chinese domestic prices, is central to the economics. As Managing Director Nicholas Holthouse noted in a Crux Investor interview: "The forecast that we have takes advantage of that CIF European deck. That is certainly where we are intending to send our molecules and here we are an ex-China operation."

It is worth noting the PEA's own disclosure: the study is accurate to plus or minus 50%, and it does not support the estimation of ore reserves. The distance between C$2.03 billion in modelled NPV and zero confirmed offtake agreements is the gap that the Pre-Feasibility Study and subsequent stakeholder engagement must begin to close. The C$1.231 billion initial capital requirement is also a substantial financing challenge for a company whose shares last traded around C$0.225 on the TSXV.

The Deposit: Scale, Mineralogy, and Strategic Value

The Ashram deposit sits within the Eldor Carbonatite Complex in Nunavik, northern Québec, approximately 130 kilometres south of Kuujjuaq. It covers 11,475 hectares across 244 contiguous Exclusive Exploration Rights. The updated mineral resource estimate totals 204.3 million tonnes at approximately 1.90% total rare earth oxides, split between 73.2 million tonnes indicated at 1.89% TREO with 6.6% calcium fluoride and 131.1 million tonnes inferred at 1.91% TREO with 4.0% calcium fluoride. Those figures are underpinned by 213 drill holes, six surface channels, and nearly 33,000 samples collected between 2008 and 2022.

The mineralogy is the deposit's most commercially important characteristic. Rare earth mineralisation is dominated by monazite, with subordinate bastnäsite, parisite, and xenotime. This relatively simple and commercially proven mineral assemblage underpins the metallurgical recoveries modelled in the PEA and compares favourably to other major carbonatite-hosted systems including Mountain Pass in the United States, Niobec in Québec, and Palabora in South Africa. The discovery hole from 2010, EC10-027, intersected 215 metres at 1.72% TREO, and subsequent drilling revealed a 392.8-metre continuous intersection grading 2.12% REO.

The deposit's NdPr distribution is the metric that most directly connects Ashram to current market priorities. Indicated resources carry a 21.2% NdPr distribution and inferred resources 21.4%, both exceeding the distributions reported by several operating producers. Critically, this enrichment begins at surface, meaning high-value magnet metals can be targeted early in an open-pit sequence without requiring preferential blending or selective mining. The PEA also highlights 100 tonnes per annum of dysprosium and terbium oxide and 230 tonnes per annum of yttrium oxide as part of the annual production profile, modest volumes relative to NdPr but strategically meaningful given the supply dynamics I examined in my June 2026 analysis of Myanmar disruptions and heavy REE availability.

Fluorspar adds a dimension the current PEA does not yet capture in its economics. Metallurgical testwork achieved 98% calcium fluoride acid-spar concentrate in 2020, surpassing the 97% commercial threshold. Fluorspar has been formally designated a critical mineral by Canada, the United States, and the European Union, and detailed circuit design and economics are slated for inclusion in the forthcoming Pre-Feasibility Study. The omission from the current PEA was a timing decision rather than a technical one, and its eventual inclusion represents tangible upside to the modelled project economics.

A further point worth registering is resource scale relative to mine plan. The theoretical mine life at 4,900 tonnes per day throughput is 169 years. The PEA adopts a 30-year life because that captures the majority of the project's present value, but it uses only 25% of the current global resource. The base case is, in effect, a boutique operation running on a small fraction of an enormous endowment, and 93% of the resource scheduled in the mine plan sits in the indicated category rather than the lower-confidence inferred category.

Processing Strategy: Two Stages, Two Locations, and a Capital Transformation

The most consequential engineering decision in the PEA is the separation of the processing flowsheet into two geographically distinct stages. Stage one is an on-site flotation concentrator at Ashram, designed to treat approximately 1.8 million tonnes of ore per year through conventional open-pit, truck-and-shovel mining on 10-metre benches. The concentrator achieves an average REO recovery of 63% through flotation, producing a 35% TREO concentrate. That concentrate is then loaded into 20-foot containers and transported approximately 570 kilometres south, either by road or via the St. Lawrence River, to a hydrometallurgical plant at the Port of Saguenay.

Stage two at Saguenay upgrades the flotation concentrate into a Mixed Rare Earth Carbonate product using a proven process route incorporating acid bake, water leach, solvent extraction, oxalate precipitation, and metathesis. The hydromet plant is designed to process approximately 69,500 tonnes per annum of flotation concentrate and produce approximately 33,800 tonnes per annum of MREC. The final MREC product is expected to contain very low thorium levels and is not anticipated to trigger radioactive transport regulations, though the concentrated thorium intermediate produced during hydromet processing will require managed disposal as a separate stable product at approximately 35% thorium oxide.

The rationale for moving the hydromet plant off-site is articulated clearly by Holthouse: "Having that hydromet plant on site brings some real technical challenges. They are a complex piece of kit. They need a lot of love and support from service industries." Saguenay offers port access, rail, power, natural gas, mature service industries, and a skilled technical workforce willing to work in an established urban centre. The capital cost implications of this decision are substantial. Holthouse described the outcome directly: "We have absolutely taken an axe to the previous capex number that we were looking at. We've more than halved it in this round of work. So it's been a significant change in capex cost. We are now presenting a project which is eminently financeable."

Mont Royal has formalised this location strategy through a non-binding memorandum of understanding with the Saguenay Port Authority, establishing a framework for cooperation on logistics, processing location, and infrastructure access. The intermodal transport solution, combining road or marine options for concentrate movement, avoids the need for new northern port infrastructure that previous development concepts had contemplated. Logistics coordination involves the Tshiuetin Rail Transportation and Quebec North Shore and Labrador railway network connecting the site to Sept-Iles as part of a broader evaluated option set. A regional shared infrastructure strategy for the access road from the Ashram site is also being evaluated in collaboration with other mining projects, government agencies, and First Nations, potentially distributing costs that would otherwise fall entirely on the project.

The proposed MREC product is positioned for processing by existing and planned North American and European rare earth separation facilities, several of which are actively seeking non-Chinese feedstock. This is directly relevant to the broader supply chain architecture taking shape in Europe, where initiatives like the PERMANET program I covered in June 2026 are actively seeking suitable upstream partners to anchor a European magnet value chain.

Regulatory Context, Government Support, and the Path to Pre-Feasibility

The NI 43-101 filing satisfies the regulatory requirement to file a technical report within 45 days of initial PEA disclosure. The effective date of the Technical Report is May 29, 2026, and it is available on both SEDAR+ and the company's corporate website. The document was prepared by Altris Engineering as project integrator with specialist contributions from BBA Inc., PLR Resources, DRA Americas, ASDR Canada, and Norda Stelo. Together, these firms bring direct experience in Quebec project development, critical minerals processing, and environmental baseline work relevant to northern Québec.

Government engagement has produced tangible early results. Natural Resources Canada's Critical Minerals Infrastructure Fund extended conditional funding of up to C$2,606,977 in February 2026 to support access road studies. The project can also access Canada's C$1.5 billion Critical Minerals Innovation Fund, fast-track permitting through the "One Project, One Review" process, and infrastructure support from the Société du Plan Nord. The company expects to receive up to C$2.6 million in exploration tax rebates for fiscal year 2025, adding to its working capital. The C$342 million in Clean Technology Manufacturing Investment Tax Credits already embedded in the PEA's post-tax cash flows reflects a federal policy environment that has become materially supportive of projects meeting the Western supply chain rationale.

The Pre-Feasibility Study is targeted to commence in the second half of 2026. Alongside the PFS, Mont Royal plans to advance permitting and environmental baseline studies across both the Ashram and Saguenay development footprints, conduct metallurgical testwork to support potential inclusion of the fluorspar recovery circuit, complete BD-Zone test work for potential resource inclusion, and continue engagement on offtake, downstream partnerships, and strategic investment. The BD-Zone, a separate REE-bearing lithology with different mineralogy not captured in the current resource, represents additional upside that may enter the resource estimate as test work progresses.

The advisory appointment of Constantine Karayannopoulos, who held senior roles at NEO and its predecessors for more than two decades and led the company through its US$1.3 billion acquisition by Molycorp, signals that Mont Royal is actively positioning for the kind of institutional and strategic conversations that a C$1.23 billion capital raise will require. Karayannopoulos also co-founded Neo Lithium Corp., which was acquired in 2022 for approximately US$960 million, giving him direct experience in navigating the strategic partnership and acquisition dynamics relevant to a project at Ashram's stage. The company has invested more than A$50 million historically across exploration, resource definition, and development studies, providing a substantial technical foundation for the PFS team to build upon.

Market Context: NdPr Prices, Western Supply Gaps, and Where Ashram Fits

The NdPr price environment has shifted meaningfully since the PEA study commenced. Over the twelve months to mid-2026, praseodymium and neodymium prices increased by approximately 30 to 45%, recovering from cyclical lows in mid-2025 and briefly reaching USD$120 per kilogram in early 2026 before moderating. The recovery reflects a combination of supply-side disruptions, Chinese export policy adjustments, and growing downstream demand from EV manufacturers and wind turbine producers. Demand for magnet rare earth elements is projected to grow at a compound annual growth rate of 8 to 12% through 2050, driven by the same electrification and defence modernisation themes that are also propelling policy support in Washington, Brussels, and Ottawa.

The pricing disconnect between Chinese and Western markets adds a structural dimension to the demand story. Europium, to take one example highlighted in the research, trades at roughly USD$22 per kilogram inside China and has exceeded USD$1,000 per kilogram in some Western market transactions, a differential of approximately 45 times. While NdPr and dysprosium-terbium spreads are less dramatic, the direction is consistent: Western buyers are increasingly willing to pay premiums for supply that does not route through Chinese processing or distribution infrastructure. Ashram's proposed MREC product, targeting CIF European and North American customers, is structurally positioned to capture that premium.

The Adamas Intelligence pricing assumptions embedded in the PEA use a real basket price of C$44.40 per kilogram of saleable REO. That figure excludes lanthanum and cerium as payable elements, a conservative discipline that avoids inflating the basket with low-value light REEs that face structural oversupply. The ex-China pricing framework also means Ashram's revenue model is insulated from the deepest cycles in Chinese domestic REE pricing, which has historically been the primary driver of volatility for projects with exposure to spot markets.

The strategic context described in my earlier coverage of the Magnets Value Chain Support Act and the Colorado hydrometallurgical demonstration plant is directly relevant here: Western governments are not simply hoping that market forces will diversify REE supply; they are actively constructing the policy and financial architecture to make non-Chinese projects economically viable. Ashram, with its Canadian jurisdiction, government funding engagement, and proposed MREC product suited to North American and European separation facilities, fits that architecture more cleanly than most projects currently in the development pipeline.

Conclusion: A Credible Study, a Long Road, and a Strategic Position Worth Watching

The NI 43-101 PEA filing for Ashram is a substantive milestone rather than a promotional one. The economics are robust by the standards of the non-Chinese REE development cohort: a C$2.03 billion after-tax NPV, 22% IRR, and 62.7% EBITDA margins reflect genuine underlying value in a deposit with exceptional mineralogy, favourable jurisdiction, and a supply-chain positioning that the current geopolitical environment actively rewards. The decision to more than halve the capital cost estimate by relocating the hydrometallurgical plant to Saguenay represents a meaningful engineering evolution, not a cosmetic adjustment.

The risks are also clearly delineated. The PEA carries a plus-or-minus 50% accuracy range, no ore reserves have been estimated, and no offtake agreements are in place. The C$1.231 billion initial capital requirement is a substantial gap between the project's current market capitalisation and the funding commitments required to proceed to construction. Management's answer to that gap, strategic partnerships, government programs, and phased feasibility advancement, is the right strategic framework, but it will require execution on a timeline that the PEA study schedule has already demonstrated can slip.

The Pre-Feasibility Study, targeted for the second half of 2026, is the critical next deliverable. Its scope will need to address fluorspar economics, BD-Zone resource potential, access road cost-sharing arrangements, environmental baseline requirements for both Ashram and Saguenay, and the early-stage offtake conversations that give financial institutions the confidence to participate in project financing. Each of those work streams carries its own timeline and execution risk.

What is not in doubt is the strategic relevance of the asset. A deposit of 204.3 million tonnes at approximately 1.90% TREO, with 21% NdPr distribution, proven flotation metallurgy, a clear logistics pathway, and a government policy environment in Canada that is actively funding critical minerals development, is not a common thing. The PEA has established the economic case. The PFS must establish the fundable case. For investors, researchers, and downstream customers watching the Western REE supply chain take shape, Ashram has moved from a promising resource story into a credible development candidate, and that is a meaningful distinction in the current environment.