Novel Internal Dry Reforming Solid Oxide Fuel Cell Technology for CO2 Utilization
In a unique approach, the University of Alberta (U of A) developed a fuel cell that can combine natural gas, CO2 and air to produce carbon monoxide (CO), water and electricity. Where traditional conversion methods consume energy, this reaction creates it. It also creates water and CO, an important and profitable commercial chemical. Using the…
Captured-CO2 Catalyst for the Production of Ethylene Oxide
RTI International has developed a process to use the oxygen in CO2 to convert the CO2 into useful chemical feedstock. With an environmentally responsible and economically sound process that consumes large amounts of CO2, the primary products created are sought after in the chemical industry to make everyday products like ski boots and fishing rods.…
A Coupled CO2 and Waste-water Treatment Process to Create High Value Gas/Oil Field Chemicals
The University of British Columbia (UBC) has developed a technology that has the potential to have a large impact on global CO2 emissions while addressing the issue of dwindling global water reserves. The novel technology uses CO2 to desalinate industrial wastewater, creating a smaller carbon footprint and an economical alternative to conventional desalination technology. The…
Soda Ash and Bicarbonate from a Low Energy Natural Gas Sweetening Process
Using an energy-efficient natural gas purification process, New Sky’s project will convert CO2 and hydrogen sulphide (H2S) contaminants from sour gas into valuable commodity chemicals, including soda ash, bicarbonate, and sulphur. The process uses a non-toxic, water-soluble base to capture CO2 and H2S, leaving pure natural gas for use as a low-carbon fuel. Instead of…
Skyonic SkyCycle™ Pilot Demonstration
At its core, Skyonic’s SkyCycle™ carbon capture technology uses waste-heat from the source — a CO2 emitting plant — to mineralize CO2 emissions from that same plant. SkyCycle™ uses a synthetic base to capture the mildly acidic CO2, and mineralizes it as a solid carbonate. The primary, profitable product from the proposed Canadian SkyCycle™ Plant…
Use of Carbon Dioxide in Making Carbonate-Bond Precast Concrete Products
Carbonation in the cement of concrete products is readily available. McGill’s process builds on that process and uses CO2 to produce an artificial aggregate to be used in the concrete. Because of the unique properties of carbonated concrete, the end product is stronger and more durable than traditional concrete products. This process can be deployed…
An innovative and highly efficient microalgae-based carbon sequestration system to reduce CO2 emission and produce valuable byproducts including biofuels in all climates
The University of Maryland’s (U of M) technology integrates multiple breakthrough technologies that efficiently mitigate CO2 and other GHGs on an industrial scale. The technology uses a biological process that can work anywhere in the world, in any climate. At the same time, the technology provides the ability to generate additional revenue streams to fund…
Conversion of industrial CO2 emissions into biofuels and chemicals
In an effort to capture and utilize CO2 emitted from raw industrial flue gas, OakBio has developed a biomanufacturing platform that converts CO2 into chemicals at commercial scale. OakBio’s approach uses a novel microbial system to convert industrially emitted CO2 into bioplastics, animal feed and other chemicals. For the ERA Grand Challenge, Oakbio is partnering…
Development of a prototype for digestate water treatment and fertilizer value-add opportunity for on-farm feedlot anaerobic digestors (AD)
Rimrock Renewables Limited Partnership along with Rimrock Cattle Company Ltd. (Rimrock) are investing in a first of a kind, innovative system within the Agriculture and Agri-Food sector that is designed to produce value-ad fertilizer, peat, cattle bedding, and water recycle product for Alberta-based Greenhouses, Mushroom Farmers, Organic Farmers, Conventional Farmers, and Cattle Producers who are…
Empower Calgary Scale Up Facility
Northstar Clean Technologies Inc.has developed a proprietary technology, the “Bitumen Extraction and Separation Technology”, known as BEST, that recycles waste asphalt shingles into their basic components of aggregate, fibre and liquid asphalt. The BEST technology separates all the components of asphalt shingles, providing a 100% waste diversion from landfills. Empower Calgary is expected to process…
