An efficient, circular solution that facilitates inexpensive carbon capture and generates sustainable electricity
Front-End Clients
Calcination and magnesite reserves
Back-End Clients
CCS burial and power grid displacement
MgCO3 Reserves
Calcination
CO2 Pure
CCS Burial
MgO
MgCO3
Refractory Producers
Calcination
Electricity
Power Grid
Calcination
Flue Gas
We capture CO2 from refractory producers using magnesite ore as a sorbent, thus generating sustainable electricity, in four broad steps.
1
2
3
4
Designing and implementing an Mg-looping carbon capture system
Capturing carbon dioxide from refractory and other industrial flue gases for burial
Generating electricity from waste carbonation heat and selling the excess to the grid
Processing purge stream materials into entrants for refractory production
Nov 2022-Jan 2023 - Discussing Carbon Capture Process with Professors at Oxford, Rice, and Nanyang Technological University
Apr 2023 - Finalists at McGill Dobson Cup & Competition
June 2023 - Semi-Finalists at McGill Weston Family Foundation
July 2023 - National Research Council (NRC) Fabrication Contract
July 2023 - Quebec Provincial Incorporation
Nov 2023 - Patents Filed in Canada and the United States
Feb 2024 - Validated Fundemental Chemical Feasibility with McGill Professors
Mar 2024 - Validated Conceptual Feasibility and Interest with Major Refractory Market Leader
Our progress and mission is facilitated by our small yet expanding team, as well as our support system
Jean-Gregoire Seitz
Co-Founder
McGill University - Desautels
(+1) 443-346-3886
Jacques-Andre Seitz
Co-Founder
McGill University - Chemistry
(+1) 667-380-1028
Jean-Bernard Seitz
Co-Founder
University of Pennsylvania - Wharton '99
(+1) 667-380-1028
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