Grants and Contributions

Not a Project (Mandated or Core Funding)

Not a Project (Mandated or Core Funding)

This grant supports the hosting and participation of the recipient at the Indigenous Stewardship Circle meeting in March 2025 as well as the co-development of associated policies and approaches.

This grant supports participation at the winter Indigenous Stewardship Circle meetings, the ICC sub-circle meeting, and the co-development of associated policies and approaches.

This grant supports the participation of the recipient at the March 2025 Indigenous Stewardship Circle meeting, and the co-development of associated policies and approaches.

Bonsai Micro is a mmWave IP provider, specializing in high-efficiency Power Amplifiers. The Company has expertise in RF/mmWave design, Machine Learning, DSP, and Mixed-Signal circuits. Based in Vancouver, BC, it is led by a team of industry veterans.

eCAMION envisions Grid 3.0:the Intergrid, an advanced power network of interconnected Distributed Energy Resources (DERs) controlled through a virtual network using LTE+/5G technology. This intelligent grid will enable automation, advanced network management, diagnosis, and proactive maintenance for electric vehicle (EV) charging infrastructure. Leveraging artificial intelligence (AI), Grid 3.0 will function as a self-healing infrastructure, efficiently distributing energy within the power network to offset peak power demand.

To develop this innovative grid, eCAMION focuses on three key areas: ultra-efficient modular converters for high power density, optimized thermal management for electronics (Power Converter and Lithium-ion cells), and the utilization of 5G/LTE+ networks and AI for seamless control and decision-making. Grid 3.0 aims to address challenges hindering the mass adoption of EVs, such as inadequate charging infrastructure and grid resiliency. By transforming the EV charging landscape, eCAMION's Grid 3.0 will pave the way for a more sustainable and decarbonized future in transportation.

Fibracast membranes are designed to have an impact on Water, Energy and Air Pollutants.

Lithium-Ion Batteries (LiB) dominate the electric vehicle (EV) market and require high purity graphite to function. As demand for EVs increases, a supply gap in graphite is projected to be 3 million tonnes by 2029. With SDTC’s support, Green Graphite Technologies (GGT) will commercialize the most cost effective and environmentally friendly sustainable process to transform mined natural flake graphite into high purity LiB-grade graphite. This industrial scale demo plant will be used to engineer standard modular technology packages for rapid commercial roll-out.
As a technology provider, GGT will license its patent pending GraphPureTM technology to all NFG miners. With 10 modules expected to be in operation within 5 years of commercialization the impact on CO2e reduction is 2.1M tpa. GGT’s multidisciplinary team of industry experts are confident that GraphPureTM can be demonstrated at an industrial scale in less than 5 years for the benefit of multiple Canadian graphite miners.

Transportation is responsible for 25% of Canada’s total greenhouse gas (GHG) emissions with passenger cars and light trucks responsible for nearly half of that total, primarily in the form of carbon dioxide (C02). Traffic congestion is part of the problem. A 2009 University of California study showed that reducing congestion – keeping traffic flowing at moderate speeds and smoothing traffic so that there are fewer accelerations and decelerations – can reduce C02 emissions from vehicle traffic by approximately 30%.

This project will produce a modern traffic signal infrastructure using digital technologies capable of optimizing traffic signal timing to reduce congestion and the GHG emissions it causes. It will also create a global standard for quantifying the resulting GHG emission reductions, enabling cities and towns to measure the contribution improving traffic makes to reaching Canada’s GHG reduction targets.