Economic CO2 Removal with Carbon-Negative Hydrogen
Microwave Pyrolysis Process for Clean and Distributed Hydrogen Production
Certarus Hydrogen into Natural Gas Blending Solution
With the assistance of the Government of Alberta and ERA, Certarus will build and operate a groundbreaking hydrogen blending hub to assist industrial energy users reduce their emissions and foster the development of Alberta’s hydrogen economy. This project will serve as a pivotal accelerator for expanding the hydrogen economy in Alberta. By incorporating hydrogen blending…
New Edmonton Blue Hydrogen Hub
Edmonton Blue Hydrogen Hub for developing the hydrogen economy with low carbon intensity product.
Development and Field Testing of a Tri-Generation Pyrolysis (TGP) System for Low-cost, Clean Hydrogen Production
The project will develop and demonstrate a novel pulse methane pyrolysis (PMP) system for low-cost, clean, industrial H2 production. The project will also demonstrate a direct carbon fuel cell (DCFC), which converts solid by-product carbon from the PMP process to electrical power and enhances the economics of hydrogen production. The resulting tri-generation pyrolysis (TGP) platform…
Fort Saskatchewan Hydrogen Blending
In a first of its kind project for Alberta, ATCO will blend hydrogen into a subsection of its Fort Saskatchewan natural gas distribution system at a concentration of five percent, by volume. Because combustion of hydrogen emits only water, blending hydrogen into natural gas reduces the greenhouse gas (GHG) intensity of the natural gas stream.…
Novel Ceramic Membrane-Based Technology for CO2 Capture and Sequestration and Hydrogen Production
Operating in more than 100 countries with over 300,000 employees, General Electric is a global infrastructure, finance and media company with strong roots in Canada’s industrial sector. In collaboration with the University of Alberta and Alberta Innovates, GE developed a ceramic membrane-based technology for the capture of sequestration-quality carbon in syngas streams. ERA supported a…
