Grants and Contributions

Complete redesign of the electronics, software, and housing of the Type P scanner control module.

This project involves improving and modernizing the Galeo personal flotation device to enhance its performance and usability in demanding environments.

Syntra will conduct a pilot-scale demonstration of its proprietary Syncore. This project will process a range of complex, real-world Canadian feedstocks to validate the Syncore's superior recovery rates (>99%), environmental performance, and economic viability. The successful pilot will de-risk the technology for commercial scale-up and secure offtake agreements for our planned 1,000-tonne demonstration facility, anchoring a critical new cleantech capability in Canada.

Syntra will develop advanced process control systems for critical minerals recovery technology, optimizing extraction efficiency and reducing energy consumption. The project involves creating integrated control systems for sequence-based recovery circuits with real-time monitoring and adaptive parameter adjustment for variable feedstock. Leveraging learnings from developing collaborations, we'll build automation data to advance industry control language development. Expected outcomes include 20% reduction in energy/consumables usage, enhanced scalability to commercial operations, and improved recovery consistency across diverse feed sources.

A private, sovereign cloud data centre designed to securely process personal health information, train AI models in healthcare, and enable hybrid (dual-use) applications.

The objective of this AO is to support Canadian students to participate in national and international space conferences and training events that will offer them the opportunity to learn about and be involved in the latest developments in space science and technology, to develop their professional network, and in some cases, present their research results at the national and international level.

This project is intended to deliver Cree language classes to Drumheller Institution and Bowden Institution. Across all sites, an average of 30 offenders are expected to participate in the program, leading to cultural connection, increased knowledge and understanding of Indigenous language and identity.

This project is intended to create and expend Indigenous partnerships and build capacity for the reintegration of the Indigenous incarcerated in federal system. It will influence dads’ thinking about their relationships and help them understand he importance of social connectedness as an asset to mental health, suicide prevention, resiliency and reintegration.

The purpose of this agreement is to assist Radiation Safety Institude of Canada in reviewing Saskatchewan Research Council’s application to renew its licence for the Gunnar historic uranium mine and mill site and participating in the Commission hearing.

The Decentralized Wastewater Treatment Systems Project in Curve Lake First Nation, Ontario aims to install up to three decentralised wastewater treatment systems using Miranda’s Rotating Biological Contactor technology. This initiative addresses urgent wastewater management needs, while supporting the community's growing infrastructure, in a sustainable manner. The systems will serve key areas, including community facilities, residential zones, a new police station, greenhouses, and a new housing subdivision (enabling up to 70 new housing units). These systems will replace traditional septic fields, offering high-efficiency treatment with a smaller environmental footprint. The project will deliver immediate improvements, cost savings, and environmental benefits to the community. They will also ensure reliable wastewater treatment for current and future needs, enhancing community infrastructure and sustainability.