For-profit organizations · Hanwell, New Brunswick
Forsta Varme Technologies Ltd.
- Total value
- $393K
- Agreements
- 4
- Programs
- 2
- First and latest
- 2023–2025
Federal grants and contributions, agreements starting Jan 2006 to Oct 2026, each counted once at its latest amended value. Source: Treasury Board proactive disclosure, published October 11, 2026. Agreements under programs that mostly fund individuals are not listed under any name.
See this recipient’s records on the government’s search
Applying for the same funding? NRC IRAP Financial Assistance (apply through the funder’s page; no deadline stated); NRC IRAP Youth Employment Program (apply through the funder’s page; no deadline stated). Deadlines, who can apply and who else got it.
By program
| Program | Department | Agreements | Total |
|---|---|---|---|
| Industrial Research Assistance Program – Contributions to Firms | National Research Council Canada | 2 | $333K |
| Industrial Research Assistance Program – Youth Employment Program | National Research Council Canada | 2 | $60K |
Agreements
Newest first.
| Start | Program | What for | Value |
|---|---|---|---|
| Sep 2025 | Industrial Research Assistance Program – Youth Employment ProgramNational Research Council Canada | Development of Mechanical System and Enclosure For Commercial Thermal Property Measurement Apparatus.Contribution | $30,000 |
| May 2025 | Industrial Research Assistance Program – Contributions to FirmsNational Research Council Canada | Development of Apparatus, Dataset, and Machine Learning Approach to Thermal Heterogeneity Quantification, Material Design and Thermal Simulation Alignment.Contribution | $116,723 |
| Jun 2024 | Industrial Research Assistance Program – Youth Employment ProgramNational Research Council Canada | Translation of Electronic System from a Novel Thermal Characterization R&D Prototype to a Purpose-built Product.Contribution | $30,000 |
| Oct 2023 | Industrial Research Assistance Program – Contributions to FirmsNational Research Council Canada | Novel Measurement of Thermal Properties Using Adapted Transient and Steady-state ApproachesContribution | $216,241 |