By: Chris McCoy
Canada’s federal government has made its position clear. Budget 2025 commits $280 billion over five years in capital investment, with clean energy explicitly named as a national priority. Through the Climate Competitiveness Strategy and the Clean Economy Investment Tax Credits, the government is backing nuclear, solar, wind, and clean hydrogen as the foundation of Canada’s next economy, with the stated ambition of becoming an energy superpower in both clean and conventional energies.
That commitment does more than move capital. It moves early-stage clean tech companies through a development pipeline and toward a set of regulatory requirements that most have never encountered before.
A substantial funding ecosystem
Federal clean tech funding in Canada is not a single program. The Clean Economy Investment Tax Credits provide refundable credits of up to 30 per cent on eligible investments. The Canada Growth Fund, a $15 billion federal investment fund, backs clean technology companies and low-carbon supply chains. The Canada Infrastructure Bank has been directed to deploy over $20 billion into the clean growth sector. NRC IRAP funds clean tech SMEs from proof of concept through to commercialization.
Each of these programs is designed to advance companies along the development pipeline, from early research through demonstration toward commercial deployment. That progression is underway, with companies that completed pilots now building first commercial facilities. This is the point the government’s strategy is designed to reach, and the point where the regulatory environment changes substantially.
What changes at the demonstration-to-deployment transition
When a clean tech company is conducting research or operating a small pilot, its relationship with regulators is relatively limited. It may require a research permit or facility safety compliance. It is not building anything that requires a major environmental or land-use approval.
That changes at commercial scale. A company moving from demonstration to a first commercial carbon capture installation, a utility-scale energy storage system, or a full-scale biofuel facility is constructing physical infrastructure. That infrastructure occupies land, discharges to air or water, and may cross jurisdictional boundaries. It may trigger federal review under the Impact Assessment Act and will almost certainly require provincial approvals from the AER in Alberta, the BC Oil and Gas Commission, the Ontario Energy Board, or other bodies depending on project type and location.
What catches these companies off guard is not the existence of these requirements. It is the assumption that regulatory preparation can wait until the commercial project is ready to advance, by which point the clock on a multi-year approval process has not yet started.
A regulatory process most clean tech startups have never navigated
For companies that have spent their existence in a lab or at a pilot site, the scale and complexity of a major project approval process is genuinely unfamiliar. These processes require environmental baseline data, engineering designs, stakeholder consultation records, and impact assessments. They proceed at the pace of regulatory body capacity and record complexity, not a company’s development schedule.
The federal government’s own May 2026 discussion paper on major project reforms acknowledges that it has “often taken more than five years for a project to receive the federal decisions necessary to begin construction,” in part because impact assessments and permit reviews have historically run sequentially rather than concurrently. The 2025 Speech from the Throne committed to compressing that to two years, and proposed legislative changes are under consultation. Reform is underway, but projects entering the approval process now will navigate the existing system.
The consequence is a foreseeable problem. The grant-funded demonstration project itself is not typically subject to major regulatory requirements. But the years spent advancing through that program are also years not spent building the environmental baseline, engaging stakeholders, or developing the regulatory record that the subsequent commercial project will require. By the time a company turns its attention to the approval process, it is starting from the beginning on a timeline that has historically run beyond five years.
What effective planning looks like
Companies that wait until their commercial project is designed before engaging with the approval process are starting too late. Those that navigate this transition most effectively treat regulatory preparation as part of the demonstration phase, not a step that follows it.
In practice, this means three things.
First, mapping the approval requirements for the intended commercial project, including jurisdiction, applicable federal and provincial regulators, and likely triggers under the Impact Assessment Act, before the project design is finalized. The regulatory pathway for a carbon capture facility in Alberta differs substantially from one in British Columbia, and differs again where federal land or transboundary effects are involved. Understanding this early shapes project design decisions that are difficult to reverse later.
Second, collecting environmental baseline data during the demonstration phase. Regulators require it, funders are increasingly expecting it, and baseline data collected years before a project enters the approval process is demonstrably stronger than data collected under the pressure of an active proceeding.
Third, recognizing that federal funding applications increasingly ask proponents to describe their environmental approach, anticipated regulatory requirements, and community engagement plans. The positions a company takes in those applications, about project scope, environmental risk, and stakeholder relationships, establish a record that carries forward into the commercial stage. Consistency between that record and the subsequent regulatory filing matters.
Canada is committing significant public capital to building a clean economy. The companies that will move from demonstration to deployment are not just the ones with the best technology. They are the ones that understand what the path to deployment actually involves and begin preparing for it before the moment arrives.
