Grants and Contributions

GNP has developed the “EXPANDER-175” – a patented, 175 kW, modular, Organic Rankine Cycle (ORC) power generation system that recovers waste heat from natural gas field compressors. It is specifically designed for oilfield applications and has been sized to use the reject heat from the most common compressor engines.

This project will involve the design, build and commissioning of a test facility to enable the demonstration of unit performance, in particular:
1) confirm that the new 'dry' seal system works as desired, and
2) confirm how much power the EXPANDER system can generate.

To develop a strategic business case that assesses the approach, viability and opportunity size for an indoor air quality solution (IAQ) that communicates air safety to non-technical stakeholders.

Furthermore, an in-house program (potentially excel-based) will be developed for quick-performance evaluation of miscible (CO2) EOR in these reservoirs.

EUREKA Celtic Next - C2018/2-3 5G-SAFE-PLUS - 5G Enabled Road Safety Services with Sitowise Oy, Finland and other partners and countries.

The 5G-SAFE-PLUS project aims to prevent traffic accidents and avoid casualties by delivering 5G-enabled time-critical road safety services to vehicles in participating countries: Finland, Canada, Romania, and Sweden, etc. This project will support enhanced 5G-networking capabilities and service enablers.

Reinventing Luxury Vinyl Flooring (LVF) – The first environmentally-friendly, Canadian-made flooring manufacturer.

This project focuses on in-house manufacturing for our natural deodorant product lineup.

This initial system will enable us onboard Mining supply chain participants, map them out on a heat map. Also they will be able to perform preliminary actions like listing their products and tracking product shipment and delivery.

The project will leverage the previous test work results achieved by KPM to perform all the required lab testing and techno-economic process analyses to reach an advanced and optimized proprietary process technology. The project includes closing the processing loop by integrating the addition of Fe, Ni and Silica by-production, diversifying the Mg compounds production, increasing the recoveries, and improving the CAPEX/OPEX and the energy and environmental key performance indicators (KPI’s). The final process technology outcomes, which are expected to be delivered from the proposed testing and studies will serve as a base for the feasibility study of a Semi Commercial Demonstration Plant.

Resolve a Utility Energy data security flow challenge when working with clients with strong policies on data privacy. Have private and personal data flow into our solutions and to end users, accommodate new data security regulations, and implement new strategies for data encryption. The project will determine new methods / procedures that will allow a Utility to inject personal and private data into the App and Cloud infrastructure data flows without Screaming Power having access to personal data in plaintext form on our Canadian servers.

With more energy consumption of heat in the industrial sector than there is electricity consumed globally, the problem that SolarSteam is addressing is the high-cost and high-emissions associated with process heat. This Calgary-based renewable-technology company is developing novel concentrating solar systems designed for northern climate heat-intensive industry markets looking to improve performance and be more carbon and cost-effective.

In this project, SolarSteam will complete the design of their prototype solar concentrator module..