Grants and Contributions

An AI-driven platform that provides instantaneous stormwater design specification options to accelerate developers, engineers, and city planners through system design, cost comparisons, and compliance requirements. The tool uses an AI powered interface, trained by PurePave's Engineering team to simplify project planning and permit applications while offering design / cost comparisons between traditional systems and PurePave's sustainable stormwater solutions. By addressing knowledge gaps and delivering precise and instant project designs, the platform not only expedites project timelines for users but also generates quality leads for service providers, ultimately driving the adoption of cost-saving, flood-mitigating PurePave solutions.

This project is to create a micro-encapsulated (powder) version of Infusd’s proprietary algal oil emulsion product which contains a high DHA omega-3 oil from algae.

Using NextJS and React to develop a full e-commerce website, updating design features, creation of a membership portal, fully translated website, forms and fully customized Content Management System (CMS).

The National Research Council (NRC), Environment and Climate Change Canada (ECCC), Health Canada (HC) and Public Services and Procurement Canada (PSPC) are actively seeking innovative, cost-effective, safe, and scalable solutions that lead to the destruction of per- and polyfluoroalkyl substances (PFAS) compounds across various contaminated solid or aqueous media such as water, soil, biosolids as well as spent filtration media such as granular activated carbon and resins.

The National Research Council (NRC), Environment and Climate Change Canada (ECCC), Health Canada (HC) and Public Services and Procurement Canada (PSPC) are actively seeking innovative, cost-effective, safe, and scalable solutions that lead to the destruction of per- and polyfluoroalkyl substances (PFAS) compounds across various contaminated solid or aqueous media such as water, soil, biosolids as well as spent filtration media such as granular activated carbon and resins.

The project will onboard a youth to develop and execute comprehensive marketing and communications strategies for Wildfire Robotics. This role will lead a strategic website overhaul focused on educational content and customer-specific materials for wildfire agencies, asset protection clients, prescribed burn operators, and insurers. The position encompasses creating compelling video content during field testing, establishing a strategic social media presence, developing specialized marketing materials, and creating comprehensive user documentation.

This is a research and development project to test hypotheses and experiment with new mechanisms to design a repeatable and scalable business process and to develop IP in business methods.

This project is aimed to develop high energy positive electrodes for Salient Energy’s zinc-ion batteries with a new, patented active material.

The objective of this project is to hire a recent graduate.

Achieving fault-tolerance through brute-force error correction schemes is expected to require a superconducting quantum processor with millions of physical qubits. While recent experiments have successfully demonstrated the feasibility of error-correction in principle, the hardware overhead seems prohibitive for a commercially relevant machine. In this project, the firm will introduce an alternative pathway to achieve fault-tolerance with superconducting qubits that has the potential to significantly reduce the error-correction overhead.