Grants and Contributions

Acquisition of equipment: The project aims to improve the productivity and production capacity of a company specializing in the manufacturing of mechanically welded parts.

Achieve cybersecurity compliance certifications to secure defense contracts

Acquire advanced equipment to improve productivity

Purchase equipment to enhance efficiency, growth, and mitigate tariff impact

The project will upgrade the Lotus Avenue wastewater system to increase capacity and support new residential development. The project will enable up to 645 housing units, including affordable and accessible housing, while improving infrastructure reliability and supporting sustainable urban growth.

Disbursement of the federal contribution provided for in Milestone 1 of the initial Terms for disbursements - Signing of the Agreement.

This project involves the construction of a new two‑storey building to expand museum exhibition and public program space and to ensure year‑round access to the museum and community events. The facility will provide accessible, climate‑controlled public spaces, including exhibition areas and flexible rooms for educational and cultural activities. The project will improve accessibility and inclusivity, supporting broader community engagement and improved access to museum programming for residents, visitors, students, and seniors.

This project involves the construction of a new curling facility to replace an aging and unsuitable building and to support the continued delivery of recreational programming. The new facility will provide modern, accessible spaces designed to accommodate year‑round community use and growing participation in the sport. The project will enhance access to inclusive recreational opportunities and support active living for residents across the community.

This project explores how the polar vortex—the large, swirling wind pattern in the Arctic—affects winter clouds and their interactions with tiny airborne particles called aerosols. Focusing on the area around Inuvik in the Northwest Territories, we will combine computer simulations with data collected from aircraft, satellites, and computer simulations of weather and concomitant weather records. The goal is to better understand how interactions, coupling and changes in the polar vortex influence cloud formation, storm patterns, and the movement of aerosols in the Arctic. And vice versa. Since these clouds play a crucial role in trapping heat during the long polar night, learning more about them will help improve climate predictions for the Arctic and beyond. The project will also test how different amounts of aerosols affect clouds, providing new insights into how Arctic weather and climate may change in the future.

This project aims to provide a youth with work experience and skill development opportunities in the agriculture sector.