Grants and Contributions

This contribution supports York Factory First Nation in the stewardship and preservation of the cemetery at York Factory National Historic Site, where many of the Nation's ancestors are buried. The project is carried out in collaboration with Fox Lake Cree Nation.

This contribution supports the Fox Lake Cree Nation in the stewardship and preservation of the cemetery at York Factory National Historic Site, where many of the Nation's ancestors are buried. The project is carried out in collaboration with York Factory First Nation.

The program Advancing Accessibility Standards Research (The Program) funds the project. The Program funds research projects. The projects try to find, take away and stop obstacles to accessibility.

The program Advancing Accessibility Standards Research (The Program) funds the project. The Program funds research projects. The projects try to find, take away and stop obstacles to accessibility.

Similar to Impact of Race Culture Assessments, Black LGBTQ Justice Affirming Assessment Reports incorporate sexual orientation, gender identity, and other intersectional considerations into reports that supports Black LGBTQ individuals’ interactions with the criminal justice system. The project proposes to offer training and certification in Black LGBTQ Justice Affirming Assessment Reports, accredited through the Law Society of Ontario. The project curriculum will include four modules covering theory, historical considerations, practical applications, and other relevant content. The project will deliver a total of three training sessions in Vancouver, Halifax, and Montreal.

The objective of the EAF is to support community based projects across Canada that improve accessibility, remove barriers, and enable Canadians with disabilities to participate in and contribute to their community.

Le Techie is developing Morus AI, an AI-powered mortgage lead capture agent for mortgage brokers and agents. This 6-month R&D project focuses on building a multi-channel AI agent automation platform that reduces client onboarding from two weeks to under two hours. Key technical objectives include integrating an SMS agent module, developing a reusable CRM API framework, and conducting cybersecurity validation.

This project focuses on the indoor and outdoor evaluation of agronomic traits in pulses and specialty crops. The primary objective is to establish and manage indoor and outdoor disease nurseries and assess germplasm responses to detrimental diseases.

This project will start with a comprehensive performance assessment of the Firm’s cellulose and protein products to help define key market opportunities. Internal R&D capabilities will then be leveraged through strategic external collaborations to address any data gaps and work toward demonstrating a strong value proposition in the selected markets. The primary goal of this project is to engage prospective customers in trials through collaborative R&D initiatives.

The goal of the project work with Sungreen H2 is focused on the operational integration (“handshake”) of Ayrton’s H-Cell system with SungreenH2’s electrolyser system. Ayrton’s e-LOHC system is designed to take in hydrogen direct from an electolyser into our H-Cell unit to be chemically bound to our LOHC carrier oil. When integrated with an electyolyser the hydrogen does not require drying or to be pressurized within the electrolyser. By optimizing this integration, we believe we can improve the electrical efficiency of the electrolyser by up to 20%.