CEMS to optimize SO2 conversion and lower stack temperature from gas plants
Innovations in Total Reduced Sulphur Measurement Technologies Funded through Round 2: Industrial Energy Efficiency in 2012, Global Analyzer Systems developed a Continuous Emission Monitoring System (CEMS) to measure total reduced sulphur (TRS) compounds in real-time, enabling the optimization of sulphur recovery unit (SRU) incinerators at sour gas plants. Natural gas heats homes, supplies power, and…
Lashburn Steam Generator Plant VeloxoTherm Carbon Capture
Project Overview Approved for funding through ERA’s Round 4: Carbon Capture + Energy Technology in 2012, Svante demonstrated its next-generation solid-sorbent CO2 capture technology as a potential competitor to commercially available amine technology. By completion in 2021, the project demonstrated the technology at a Husky oil and gas facility in western Canada, enabling Svante to…
Electrodialysis and CA catalyzed carbonate for air capture for EOR
Carbon Engineering Ltd. (CE), was founded to design and commercialize technology to cost effectively capture carbon dioxide directly from the atmosphere at industrial scale. Direct air capture of CO2 enables large facilities to manage emissions from any source or location so that industrial economies of scale can be applied to the large fraction of emissions…
Immobilized CA in fluidized bed with amine for low severity CCS
CO2 Solutions Inc. is an innovator in the field of enzyme-enabled carbon capture and has been actively working to develop and commercialize a technology for stationary sources of carbon pollution. The technology will lower the cost barrier to Carbon Capture, Sequestration and Utilization (CCSU), and would position CCSU as a viable CO2 mitigation tool, as…
Integrated LNG and carbon capture concept
Sustainable Energy Solutions (SES) was founded in 2008 in response to a growing need for solutions to sustainability problems within the energy industry. SES is primarily focused on the development and commercialization of Cryogenic Carbon Capture technology, developed in 2008. Sustainable Energy Solution’s CCCES process stores energy efficiently and changes load rapidly over a significant…
Cyclic Solvent Process
Alternative Bitumen Extraction Technology Funded through Round 4: Carbon Capture plus Energy Technology in 2012, Imperial Oil Resources Ltd. conducted a pilot demonstration of the non-thermal, in-situ bitumen recovery process, called Cyclic Solvent Process (CSP). The project was completed in 2018 and assessed the commercial viability of CSP and cost-effective deployment of the technology. CSP…
MEG Low intensity Bitumen Upgrading – Field Pilot
Upgrading Bitumen with an Energy Efficient Process MEG Energy Corp. (MEG) developed an innovative process called HI-Q® to efficiently convert bitumen into crude oil suitable for transport by pipeline. Funded through Round 4: Carbon Capture plus Energy Technology in 2012, the primary goal of this project was to bridge the gap between the laboratory and…
Solvent Based Gravity Drainage for SAGD Applications
Extracting Bitumen with a More Sustainable Process Nsolv is a water-free, in-situ bitumen extraction technology that is a potential solution for sustainable and continued oil sands development. Funded through Round 4: Carbon Capture plus Energy Technology, this Nsolv pilot project aimed to advance the technology to reach commercial readiness. Nsolv is an in-situ extraction process…
Controller systems to utilize up to 50% NG with diesel in vehicles
Technology added to improve Emissions from heavy-duty diesel engines In this project, Hi-Tec Fuel and Auto Ltd. demonstrated their dual fuel technology, a conversion technology system that is added to an existing heavy-duty vehicle diesel engine. The demonstration, funded through Round 5: Small and Medium Enterprises (SMEs) in 2012, confirmed this technology’s effectiveness and helped…
Air injection into Ft.Mac landfill to encourage CH4 to CO2 conversion
SALT Canada Inc. was created to environmentally and economically improve the process of landfilling municipal solid waste by rapidly eliminating methane production potential, protecting groundwater against contamination and providing a platform for landfill material recovery and reuse while providing lowest life-cycle costs. This project aimed to drastically transform the Fort McMurray aerobic landfill from an…
