Crawford Clears Federal Permitting & Grid Connection Engineering, Reinforcing 2026 Construction Timeline

• The Impact Assessment Agency of Canada (IAAC) has formally completed its review of Crawford's Impact Statement and initiated the Impact Assessment phase, satisfying the requirements of the federal Impact Assessment Act.
• Canada Nickel signed two agreements with Hydro One Network Inc. under the Ontario Energy Board's approved connection process to begin detailed engineering and procurement for Crawford's grid connection at Porcupine Station.
• The transmission line connecting Crawford to Porcupine Station is planned to be built by the Taykwa Tagamou Nation under a previously announced partnership arrangement.
• Detailed engineering, led by Ausenco Engineering Canada, is now underway, with management prioritizing an update to the long-lead item procurement calendar, last reviewed approximately 16 months ago.
• Management is targeting a construction decision by year-end 2026, with the federal permitting decision expected by summer 2026 and seasonal construction constraints requiring a start by January or a deferral of approximately 9 months.

Federal Permitting Advances to Impact Assessment Phase

The Impact Assessment Agency of Canada (IAAC) published a formal notice on the Canadian Impact Assessment Registry confirming the end of the Impact Statement phase and the commencement of the Impact Assessment phase for the Crawford Nickel Project under the federal Impact Assessment Act. The notice followed Canada Nickel's submission of responses to IAAC's comments in December 2025.

IAAC will now prepare a draft Impact Assessment Report and conditions based on the project record. The draft will include preliminary conclusions on potential adverse effects within federal jurisdiction and whether those effects are likely to be significant. It will be made available for public comment before submission to the Minister of Environment and Climate Change and Nature for a final decision under the Act. Canada Nickel is targeting receipt of the federal permit by summer 2026.

Crawford carries a dual regulatory designation: it was referred to the federal Major Projects Office and one of the first projects named to Ontario's new One Project, One Process (1P1P) designation, which assigns a dedicated government team to coordinate provincial approvals. The two processes are advancing in parallel. 

Grid Connection Engineering & Equipment Procurement Begins

Four days after the federal permitting advancement, Canada Nickel announced the signing of two agreements with Hydro One Network Inc. under the Ontario Energy Board's approved connection process. The agreements authorize Hydro One to begin detailed engineering and design work for the line terminal and station entrance at Porcupine Station, and for the substation connecting to Crawford, located 42 kilometres north of Timmins, Ontario.

The scope covers facilitation, design, and procurement required to connect Crawford to the grid, including engineering for the station entrance at Porcupine and procurement of long-lead equipment, specifically a 230kV circuit breaker.

Taykwa Tagamou Nation will build the transmission line connecting Crawford to Porcupine Station under a previously announced partnership arrangement. A final construction agreement with Hydro One must be executed before physical grid construction at Porcupine Station can begin. The agreements signed in March convert the power connection from a development planning item into a contracted engineering workstream. Procurement authorization for the circuit breaker starts a lead-time clock that runs independently of other project milestones.

Detailed Engineering & Procurement Sequencing

The Hydro One agreements sit within a broader engineering mobilization now underway. Canada Nickel has appointed Ausenco Engineering Canada to lead Crawford's detailed engineering.

The immediate priority is updating Crawford's long-lead item procurement calendar, which maps which equipment must be ordered and when to support the targeted construction start window. Procurement lead times for major mining and processing equipment can extend well beyond a year, and the calendar had not been reviewed for approximately 16 months. That review determines whether contracted delivery timelines align with the construction start that management requires.

Chief Executive Officer and Director of Canada Nickel, Mark Selby, frames the immediate engineering priority in operational terms:

"The first thing is to look at the long-lead item calendar and understand what we need to order when, because the last time we did that was about 16 months ago."

The Hydro One procurement authorization is one of the first items in that calendar to move from a planning entry to a contracted scope. Locking in the 230kV circuit breaker order now reduces one variable in a schedule where multiple workstreams must converge before a construction decision can be made.

Crawford Project Economics & Cost Position

Front End Engineering and Design (FEED), completed in March 2025, produced an after-tax net present value at an 8% discount rate (NPV8%) of US$2.8 billion and an after-tax internal rate of return (IRR) of 17.6% to 17.9%, improvements on the bankable feasibility study results. The mine plan was re-sequenced to accelerate delivery of higher-value ore from the East Zone and reduce pre-stripping by 30%. The total increase in initial capital cost was held to 5%, bringing the figure to US$2.0 billion.

Crawford's life-of-mine net C1 cash cost of US$0.39 per pound and all-in sustaining cost (AISC) of US$1.54 per pound place it in the first quartile of global nickel operations on the cost curve. The project reaches peak production of 48,000 tonnes of nickel per annum over a 27-year peak period, with byproducts including cobalt, platinum-group metals (PGMs), iron, and chrome providing material credits against operating costs. Total mine life is approximately 41 years.

Reserve scale supports the economics. Crawford holds the world's second-largest nickel reserve, with 3.8 million tonnes of contained nickel, according to Wood Mackenzie data.

Financing Structure & Remaining Requirements

Canada Nickel is targeting a total funding package of US$2.5 billion, structured as 40% equity and 60% debt, sized to cover US$2.0 billion in capital expenditures plus cost overrun capacity and pre-cash flow financing costs.

On the equity side, US$600 million is expected from two refundable federal investment tax credits: the Carbon Capture, Utilization, and Storage (CCUS) credit and the Clean Technology Manufacturing (CTM) credit, both now legislatively enacted. Samsung SDI holds an offtake option exercisable for US$100 million, representing a 10% project-level interest. Federal and provincial sources, including Canada's Critical Minerals Infrastructure Fund, Canada Growth Fund, and Ontario's Critical Mineral Processing Fund, are expected to contribute US$100 to US$300 million. International government sources, including InfraVia Capital Partners in France, the German resource fund, Japan's Japan Organization for Metals and Energy Security (JOGMEC), and Korean entities, are in active discussion. They are identified as expected contributors in Canada Nickel's funding structure, with active government-level engagement underway. A project-level minority interest sale or joint venture arrangement could provide a further US$0 to US$200 million.

On the debt side, Export Development Canada (EDC) has issued a letter of interest for US$500 million and indicated it would serve as the mandated lead arranger for the debt facility. The balance is expected to be provided by global export credit agencies and private lenders. The remaining identified gap is approximately US$300 million in equity. Management has described government funding as confirmed in principle but subject to government-timing delays, with multiple financing relationships active across domestic and international sources.

Construction Timeline & Remaining Dependencies

Two milestones in the first week of March have moved Crawford from a project with planned infrastructure to one with contracted engineering workstreams in both federal permitting and grid connection. The next required steps are defined: the draft Impact Assessment Report and public comment process must be completed before the Minister issues a decision; the remaining equity gap must be closed; debt-side letters of interest must convert into committed facilities; and binding procurement contracts must be executed.

The federal permit is targeted for summer 2026. Provincial approvals are advancing through the 1P1P process in parallel. Ausenco is mobilized on detailed engineering. Hydro One has initiated procurement of the circuit breaker. What remains is the equity close and the formal conversion of government funding commitments into binding agreements, both of which management has characterized as a matter of timing.

The constraint that makes convergence time-sensitive is seasonal. Selby puts the construction window constraint plainly:

"Seasonality. We have to do it either by January or wait 9 months until September, October."

That means the permitting decision, financing close, and contracted engineering commitments must all land within a defined period in 2026. The milestones logged in early March confirm that the regulatory and infrastructure workstreams are on schedule. The financing gap is the open variable.

The Investment Thesis for Canada Nickel

• The Impact Assessment Agency of Canada's formal initiation of the Impact Assessment phase removes a regulatory gatekeeping step. It places Crawford on a defined path toward a summer 2026 federal permitting decision.
• Signed agreements with Hydro One Network Inc. convert the grid connection from a planning item to a contracted engineering workstream, with procurement of long-lead equipment now authorized and underway.
• Crawford's first-quartile cost position, with a life-of-mine net C1 cash cost of US$0.39 per pound and an all-in sustaining cost of US$1.54 per pound, provides margin resilience across a range of commodity price scenarios.
• The US$2.5 billion funding package has more than US$1.2 billion in identified or anchored components, including refundable investment tax credits now legislated and a transaction-ready Samsung SDI offtake option.
• The year-end 2026 target, whether framed as a construction decision or a construction start, as the company's materials use both characterizations, depends on the federal permit, a remaining financing gap of approximately US$300 million, and contracted engineering commitments converging within a seasonal window that imposes a fixed deadline.

Crawford's investment case in 2026 is defined less by the scale of the asset, which is established, and more by whether the project can convert advancing milestones into binding commitments within a fixed timeline. The two developments in the first week of March demonstrate that conversion is underway across both regulatory and infrastructure workstreams.

TL;DR

Canada Nickel cleared two material milestones within a single week in early March 2026: the Impact Assessment Agency of Canada formally initiated the Impact Assessment phase for Crawford, satisfying the requirements of the federal Impact Assessment Act, and the company signed two agreements with Hydro One Network Inc. to begin detailed grid connection engineering and equipment procurement at Porcupine Station. Together, these developments convert two previously planned workstreams into contracted engineering scope, compressing Crawford's path toward a year-end 2026 construction decision that now depends on a summer federal permitting decision, closing a remaining equity financing gap of approximately US$300 million, and meeting a seasonal construction window that requires a start by approximately January 2027.

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