Canada Tables Bill C-39 to Reshape Federal Project Reviews

What happened

Canada introduced Bill C-39, the Building Canada Strong Act, on September 21. It completed first reading and remained proposed legislation at the evidence cutoff. A separate cabinet directive sets administrative expectations for federal reviews. Its one year target starts after a comprehensive application and the required studies are received; projects already under review are considered individually. The directive excludes specified independent regulators and treaty bodies, so its scope must be distinguished from the bill’s proposed changes. [1] [3]

C-39 also proposes a different clock for proponents: 365 days after publication of the assessment commencement notice to supply the specified information, with extensions available on request. The Justice Canada consolidation consulted provides three years. Separately, proposed section 65(10) requires a public explanation and revised timetable when a decision statement is not issued within 365 days of the agency’s completeness determination. That provision does not grant approval by expiry. [2] [4]

The proposed Regions of National Interest mechanism is distinct. After regional assessment and designation, eligible projects meeting the specified criteria would benefit from deemed favourable determinations for defined authorizations. The text still requires an authorization document and conditions; the deeming provision alone is insufficient to issue it. These are proposed provisions, not permissions already available to a named mine. [2]

The government’s backgrounder recognizes that some proponents may lack financing to prepare every permit application together and describes flexibility to defer a permit. The directive assigns the Crown Consultation Hub a role in coordinating participant funding and provides for a public dashboard. These provisions make resources and readiness relevant to evaluating the announced timeline. [3] [5]

GM reading and questions

Preparation and financing. Who can fund the engineering, environmental studies, infrastructure design and permit applications needed to enter the review period? How would that preparation differ between an operating company with cash generation and a developer dependent on successive capital raisings? Our question is whether the proposed sequence changes when money must be committed and which projects can arrive with complete information. Earlier preparation could make parallel decisions possible, while requiring a greater initial commitment before the outcome is known. The effects need project evidence rather than an assumption about which firms would benefit.

Coordination and participation. What resources will agencies and Indigenous participants have to review information and influence design within the coordinated process? When will participant funding become available, and how will federal reviews connect with provincial decisions? For a Region of National Interest, how will boundaries, eligible activities, cumulative effects and shared infrastructure be assessed, and which questions will still require project specific examination? The relevant issue for mining is how authority, information and participation fit together across a territory, including where a corridor or power system serves several operations.

Observable outcomes. What part of the complete development schedule changes? A GM assessment would follow time spent preparing and completing the file as well as the subsequent review, remaining permits, financing conditions and construction decision. Are decisions arriving with workable requirements, and are those requirements being fulfilled? A shorter administrative phase could improve scheduling without settling every condition for investment. Distinguishing a decision issued, an authorization granted, finance closed and a mine built would show where coordination changes the project’s ability to proceed.

Next proof point: Changes to the bill, commencement measures, review plans and participant funding, followed by project records linking preparation, decisions, financing and construction.

What happened

Larvotto Resources announced the first antimony and gold concentrates from Hillgrove in New South Wales on September 21, following commissioning of flotation and filter presses. The new milestone follows the production restart announced on August 31. Larvotto describes a cleaning circuit producing a 60% antimony concentrate; stable operating rates and repeatable deliveries remain the next tests. [6]

The commercial arrangements cited are earlier contracts: Wogen’s antimony agreement was completed in December 2024, and the gold concentrate agreement with Glencore was announced in June 2026. The company presents first concentrates as the transition toward delivery under those contracts. It does not establish sustained shipments at forecast annual production. [6]

Signal reading

Our mining question is where the concentrate goes next and what must happen before its contained metal becomes usable industrial supply. A buyer’s name or headquarters does not identify the final processing route. Which facilities will transform the material, what specifications will they accept and how dependable will their connection to the mine be? The strategic assessment should distinguish the location of extraction from the location and control of the subsequent stages. Diversification can be examined at each of those stages rather than inferred for the whole chain from the mine alone.

First product provides a basis for testing the commercial relationship in operating conditions. Recoveries, payable content, logistics and acceptance determine how a tonne of concentrate translates into revenue and usable supply. The practical next step is to connect measured plant performance with delivered batches, rather than treating a planned annual rate as material already available to customers.

Next proof point: Sustained throughput, recoveries and concentrate specifications, customer acceptance, repeatable shipments and information identifying the downstream conversion route.

What happened

Capstone and Luca announced an agreement on September 21 for Luca to acquire Cozamin in Zacatecas, Mexico, for up to US$385 million. Consideration comprises US$275 million cash and US$15 million in shares at closing, US$35 million deferred for a year, payable in cash or shares at Luca’s option, and up to US$60 million contingent on copper prices. Closing is expected in the fourth quarter, subject to approvals including Mexican competition clearance. Capstone says there is no financing condition. [7]

Luca announced binding financing agreements totalling US$300 million: US$110 million and US$40 million in subscription receipt placements, a US$125 million acquisition loan and a US$25 million additional silver stream. Trafigura’s backstop of up to US$75 million supports the placement; it is not another additive tranche. Commitments and funds released at closing remain distinct. [8]

Loan repayments begin six months after closing. The planned hedge covers 25% of forecast Cozamin copper sales for 36 months from 2027. The additional stream delivers 15% of refined silver until 500,000 ounces have been delivered, alongside the existing stream. These terms attach obligations to future production. [8]

Signal reading

The GM question is how control over an operating asset and claims on its future cash generation are reorganized together. How much operating flexibility remains after scheduled debt service, metal deliveries and necessary reinvestment? What resources can be retained for exploration and sustaining work under different price scenarios? The acquisition price alone does not answer those questions. The financing structure makes it possible to examine who supplies capital, who receives future metal or cash, and which operating assumptions support those commitments.

For Capstone, management links the sale to capital redeployment toward its growth portfolio in Chile and the United States. That is the seller’s stated strategy; subsequent investment decisions will show where proceeds are deployed. For the system as a whole, ownership transfer is not additional global mine output. Its supply effect would have to be traced through later changes to investment, mine life or production. [7]

Next proof point: Regulatory approvals and closing, release of financing proceeds, the new operating and investment plan, and cash flow reporting against debt and metal delivery obligations.

What happened

Vulcan announced on September 21 that commercial manufacture of VULSORB, its lithium extraction adsorbent, had started in Germany with a manufacturing partner. The material captures lithium from brine and is being produced for the first fill of Lionheart’s extraction columns. Lionheart commissioning remains targeted for the second half of 2028. This is manufacture of a process input, not the start of commercial lithium production at Lionheart. [9]

Vulcan says its technology includes both the adsorbent formulation and the manufacturing method, and envisages deployment across its projects and selected third party licensing. Claims about competitive advantage and supply independence are the company’s assessment; the announcement does not independently establish every part of the future operating chain. [9]

Signal reading

Who controls the knowledge, manufacturing capacity and replenishment supply needed to keep a lithium extraction plant operating? That is the GM question behind this announcement. The ability to fabricate the initial charge matters, but so do consistency between batches, durability in service and the contractual terms governing replacement material. Ownership of the formulation and permission to use a manufacturing method can shape a project’s choices independently of ownership of the brine resource.

The licensing dimension creates a second question: can this capability be reproduced at other projects under workable technical and commercial terms? The relevant evidence would connect manufacturing quality with actual operating performance and the obligations of the technology supplier. A material available at commercial scale is one component of that assessment; performance across an integrated plant has to be demonstrated separately.

Next proof point: Batch consistency and supply capacity, durability and replacement requirements, integration results, and any licensing agreements defining deployment at additional projects.

What happened

Cora Gold’s September 21 regulatory update reports progress on Sanankoro’s front end engineering design, or FEED, and preparatory activities in Mali. Plant modelling and geotechnical work at the processing and power areas have advanced; camp improvements and land compensation for the tailings area are complete. FEED completion remains targeted for the fourth quarter, while final tailings geotechnical work is still to begin. [10]

The exploitation permit remains pending. Cora is also working to reshape the permit area so all mining infrastructure falls within one exploitation perimeter. Supplier input supports equipment decisions after receipt of the mining permit. The earlier exploration permit renewal is not that exploitation authorization. [10]

Signal reading

How closely do the technical layout and the area being authorized correspond before construction commitments are made? The question matters because a process plant, power supply, access and tailings facility must work as a physical system while fitting the scope of the permissions required for them. Which design choices still depend on testing or ground conditions, and which equipment decisions depend on the authorization? Following those dependencies makes the project’s preparation more visible than a single statement that engineering is progressing.

Our reading also asks which preparatory costs retain their value if the layout or schedule changes. That question concerns the sequencing of capital and technical certainty; it does not imply unauthorized work. The announcement distinguishes preparation from the main construction phase and identifies the permit still awaited. A development assessment should preserve that distinction while testing whether engineering, territorial scope and contractual commitments are converging.

Next proof point: Exploitation permit and defined boundaries, final tailings investigations, completed FEED, and equipment and construction commitments consistent with the authorized design.

What happened

Sandvik’s September 21 release describes a 2,000 square metre service and training centre in San Juan, Argentina, inaugurated on September 16. It combines technical support, diagnostics, simulators and training for mining equipment, including automation and digital technologies. The publication date is the new evidence in this edition; the opening took place five days earlier. [11]

Sandvik also reports a framework agreement with the National University of San Juan for training, research and knowledge exchange. Planned activities include demonstrations, student engagement and access to selected technical information and software. The release does not quantify completed training, new employment or productivity gains. [11]

Signal reading

What technical knowledge will remain locally and become usable across an operating career? The GM perspective connects investment in equipment with the capacity to operate, diagnose and maintain it. A training location is an input to that process. The questions are which competencies participants obtain, whether those competencies meet actual operating needs, and how learning transfers to new tasks and technologies. Research and educational cooperation should be examined through the activities delivered, rather than the signing of a framework alone.

The service function deserves the same attention. How will nearby technical support affect the ability to identify faults, plan maintenance and adapt to more complex systems? Those are questions for subsequent service and operating records, not improvements established by the inauguration. Following programme completion, practical assessment and joint projects would provide a basis for judging whether the new facility develops durable local capability.

Next proof point: Training delivered and completed, practical competencies assessed, research activities under the university agreement and evidence of technical support provided to operations.