Research infrastructure & equipment
Start with CFI, ORF-RI, NSERC equipment programs, institutional capital and foundation support.
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Funding Landscape
Research & Life Sciences Funding Matrix
A practical companion to BFS funding-readiness guidance, comparing the major ways research, laboratory, biotech and life-sciences projects may be funded, from infrastructure grants and equipment programs to tax incentives, institutional capital and private financing.
2026 WHITE PAPERFunding-Ready Research Infrastructure
Read the White Paper
Start with the readiness framework, then use this page for current opportunities, deadlines and links.
How to Use This Matrix
Match the funding route to the project, then define the infrastructure early.
This page compares the major funding routes that may be relevant to research institutions, research hospitals, universities, colleges, biotech companies and life sciences organizations. It is not intended to be an exhaustive database of every grant or financing product.
Where a project involves new equipment, laboratory renovations, utilities, HVAC, emergency power, exhaust, gases, cooling, monitoring or commissioning, early engineering definition can help establish a more credible project scope and capital basis.
Funding Landscape Matrix
Compare the major funding routes for research, laboratories and life sciences.
This matrix brings grants, contributions, tax incentives, institutional capital and financing options into one view. It focuses on routes that may be relevant to equipment, laboratory infrastructure, facility upgrades, commercialization or R&D projects.
Direct BFS fit Infrastructure or equipment definition is often material to the project.
Project-dependent Engineering may support the project, but the program is not primarily infrastructure funding.
Indirect BFS may support implementation; financial or tax eligibility should be confirmed separately.
| Funding type | Program / route | Best suited for | What it may support | Current status / timing | BFS technical fit |
|---|---|---|---|---|---|
| Research infrastructure | ORF-RI Small Infrastructure FundOntario + CFI co-funding | Ontario universities, colleges, research hospitals and eligible research institutes | Research equipment and eligible infrastructure needs; paired with corresponding CFI funding | DeadlineNov 6, 2026Next listed round: Mar 5, 2027 | DirectUtility requirements, facility gaps, enabling work, scope and cost basis |
| Research infrastructure | ORF-RI College FundOntario research infrastructure | Eligible Ontario colleges | Applied-research infrastructure and equipment aligned with the College Fund competition | DeadlineOct 30, 2026 | DirectSite readiness, utility mapping, renovation scope and commissioning needs |
| Research infrastructure | CFI John R. Evans Leaders Fund (JELF)Federal research infrastructure | Eligible Canadian institutions supporting research leaders | Research infrastructure and equipment submitted through the institution | Institution-managedVerify current cycleInternal institutional deadlines may be earlier | DirectEquipment and facility due diligence, technical scope and cost support |
| Major infrastructure | CFI Innovation FundLarge collaborative research infrastructure | Eligible institutions and multi-institution research initiatives | Large-scale research facilities, renovations, major equipment and infrastructure | Watch2028 competitionCFI previously indicated a call in winter 2026–27; verify official launch | DirectFeasibility, infrastructure definition, conceptual scope and capital planning |
| Research equipment | NSERC Research Tools and Instruments (RTI)University research equipment | Eligible university researchers in natural sciences and engineering | Research tools and instruments; grants up to $150,000 for eligible equipment | OpenOct 26, 2026Institutional deadline may be earlier | DirectEquipment utility requirements and pre-installation site readiness |
| Applied research equipment | NSERC Applied Research Tools and Instruments (ARTI)College research equipment | Eligible Canadian colleges, polytechnics and CEGEPs | Applied-research equipment; awards from $10,000 to $200,000 | OpenNov 18, 2026 | DirectEquipment siting, utilities, enabling work and operational-readiness planning |
| Research project grants | CIHR / NSERC / other agency project grantsOperating and research-project funding | Academic researchers and eligible research teams | Research activities and, where program rules allow, selected equipment or project costs; generally not major facility capital | Program-specificVaries by competition | Project-dependentUseful when the funded research requires new equipment or facility modifications |
| Biotech commercialization | Ontario Genomics BioCreate C8Genomics / engineering biology commercialization | Eligible Ontario pre-seed and seed biotech companies | Commercialization and R&D projects; infrastructure may be relevant where required for delivery | ClosingIntake Oct 5, 2026Full application: Oct 16, 2026 for the current process | Project-dependentLab, equipment and utility definition for the implementation plan |
| Life sciences scale-up | Ontario Life Sciences Scale-Up FundProvincial scale-up support | Eligible Ontario life-sciences SMEs | Scale-up and commercialization, including eligible equipment and project-related facility work | Watch next intake2026 intake closed Aug 4Ontario announced renewed funding over three years | DirectFacility readiness, equipment infrastructure, expansion scope and capital basis |
| Regional business expansion | FedDev Ontario — Funding for BusinessesSouthern Ontario growth and productivity | Eligible growing and established for-profit businesses in southern Ontario | Technology adoption, equipment upgrades, process improvements and related facility enhancements | Accepting applicationsProject-basedRepayable contributions; program rules apply | DirectEquipment, process and facility upgrade definition, scope and implementation planning |
| Innovation / R&D | NRC IRAPInnovation advisory and project funding | Eligible incorporated Canadian SMEs with up to 500 employees | Technology R&D and commercialization activities; not primarily building-capital funding | Ongoing engagementNo single annual deadline | Project-dependentFacility and equipment definition where the innovation project requires specialized infrastructure |
| Large strategic investment | Strategic Response Fund (SRF)Large-scale federal investment | Large transformative Canadian projects, including biomanufacturing and life sciences | Major R&D, manufacturing, innovation and capital projects that build industrial capacity | Strategic intakeEligibility-drivenReview current priorities and project requirements | DirectMajor facility expansion, equipment infrastructure, technical scope and delivery planning |
| Tax incentive | SR&ED Tax IncentivesFederal R&D tax support | Eligible businesses conducting qualifying R&D in Canada | Eligible R&D expenditures; current rules can include qualifying capital and lease expenditures incurred after Dec 15, 2024 | Tax filing cycleOngoingTax eligibility should be confirmed with a qualified tax advisor | IndirectBFS may support the engineering implementation; BFS does not provide tax advice |
| Institutional capital | University / hospital / research-institute capital programsInternal capital and departmental funding | Public institutions, hospitals and research organizations | Equipment replacement, renovation, deferred maintenance, infrastructure renewal and strategic projects | Organization-specificAnnual or rolling | DirectBusiness-case technical basis, risk prioritization, feasibility and capital scope |
| Foundation / philanthropy | Hospital foundations, donors and philanthropic campaignsMission-driven capital support | Hospitals, institutes, universities and charitable research organizations | Major equipment, research platforms, specialized rooms, renovations and named capital initiatives | Organization-specificCampaign / donor timing | DirectInstalled-cost definition and credible infrastructure scope behind the fundraising ask |
| Industry / strategic partner | Industry co-funding and research partnershipsCorporate or strategic contributions | Research institutions, startups, biotech companies and collaborative projects | Shared research equipment, pilot capability, applied research, commercialization and demonstration infrastructure | NegotiatedProject-specific | DirectDefine shared infrastructure needs, responsibilities and implementation requirements |
| Equipment financing | Vendor leasing, rental, rent-to-own and equipment financingNon-grant capital route | Labs, institutions and companies acquiring equipment without full upfront purchase | Scientific equipment acquisition, temporary capacity and equipment refresh cycles | OngoingVendor-specific | DirectPre-installation infrastructure readiness before leased or rented equipment arrives |
| Private capital / debt | Investor capital, bank financing, venture debt and corporate capitalNon-dilutive or private financing | Biotech, pharma, diagnostics and other commercial life-sciences organizations | Facility expansion, equipment, working capital, commercialization and growth projects | OngoingOrganization-specific | DirectTechnical due diligence, facility feasibility and capital-planning support |
Matrix note: “May support” does not mean a cost is automatically eligible. Program rules, applicant eligibility, internal institutional deadlines, stacking limits and eligible-cost definitions must be confirmed with the funder or appropriate financial / research office. The matrix is intended as a planning tool, not financial or grant-writing advice.
Which Route Fits?
Start with who you are and what you are trying to fund.
Applied-research capability
Look at ORF College Fund, NSERC ARTI, institutional capital and partner contributions.
Commercialization & scale-up
Consider Ontario Genomics, LSSUF, FedDev Ontario, NRC IRAP, SR&ED and private financing.
Major capital & manufacturing
Consider strategic federal programs, corporate capital, debt financing and tax incentives.
From Opportunity to Infrastructure-Ready Project
Funding applications become stronger when the technical scope is defined early.
BFS does not write grant applications or guarantee funding. We support the engineering side of the project: determining what the space and building systems must provide, identifying infrastructure gaps and turning those findings into a practical scope, cost basis and implementation plan.
01 Equipment or research need
02 Facility feasibility
03 Utility & infrastructure gaps
04 Technical scope & cost basis
05 Application support documentation
06 Post-award engineering & delivery
Common Questions
Research infrastructure funding and engineering readiness.
What engineering information may be useful for a CFI or ORF-RI infrastructure application?
Depending on the project and funder requirements, useful technical inputs can include equipment utility requirements, existing-condition information, facility capacity and gap assessments, conceptual layouts, enabling-work scope, preliminary costs, schedule assumptions and technical risk considerations. The institution's research office and funder guidance determine the actual application requirements.
Can laboratory renovation costs be part of research infrastructure funding?
Some infrastructure programs explicitly support renovations or facility work associated with research infrastructure. Eligibility is program-specific, so the proposed work should be mapped to the funder's current eligible-cost rules before it is included in a budget.
Can BFS help with Ontario biotech facility funding applications?
BFS can support the engineering and facility-readiness portion of a biotech, laboratory or equipment project, including utility mapping, feasibility, infrastructure gaps, conceptual scope, preliminary cost basis and implementation planning. BFS does not provide financial advice or guarantee funding approval.
When should engineering start relative to a funding deadline?
Ideally before the budget and project scope are fixed. Early engineering review can identify hidden enabling work such as electrical upgrades, emergency power, cooling, exhaust, specialty gases, structural requirements, monitoring or commissioning that may affect the true project cost.
Funding & Capital Readiness
Have a funding opportunity and need the technical project basis?
Share the proposed equipment, research program, space or capital need and BFS can help determine the appropriate engineering-readiness work.
Information note: This page is a curated planning resource, not an official funding source. Program availability, eligibility, deadlines and eligible costs can change without notice. Always rely on the official funder page and your institution's research office or program contact for application decisions. BioFacility Solutions is not affiliated with the funding organizations listed here.