2,100 tCO2 Sequestered
55,160 tCO2 Abated
70,000 t of Fly Ash Upcycled
Project Deployment
2022 - 2025
Funding
$4.4M CAD Circular Economy grant from Emissions Reduction Alberta (ERA)
Partners
BURNCO Rock Products, Lafarge Canada
Location
Alberta, CA
Annual Impact
2,100 tCO2 Sequestered
55,160 tCO2 Abated
70,000 t of Fly Ash Upcycled
Project Deployment
2022 - 2025
Funding
$4.4M CAD Circular Economy grant from Emissions Reduction Alberta (ERA)
Partners
BURNCO Rock Products, Lafarge Canada
Location
Alberta, CA
Project Overview
Carbon Upcycling in partnership with BURNCO Rock Products, a 4th generation family-owned aggregate construction materials company, and Lafarge Canada, a global cement producer and construction materials company, are deploying Carbon Upcycling technology in Alberta.
Our technology will produce a high-performance cementitious material from landfilled coal fly ash and permanently sequester CO2 emissions from a natural gas power plant. The low-carbon material will be used to reduce the embodied carbon of cement and concrete.
The first phase of the project with BURNCO will deploy a pilot-scale demonstration unit to prove the technology and validate the performance of the upcycled ash.
The second phase of the project will deploy an industrial-scale facility in partnership with Lafarge.
This project received CA$4.4 million in grant funding from Emissions Reduction Alberta (ERA).
Location
Alberta, CA
Project Deployment
2022 - 2025
Annual Impact
2,100 tCO2 Sequestered
55,160 tCO2 Abated
70,000 t of Fly Ash Upcycled
Partners
BURNCO Rock Products, Lafarge Canada
Funding
$4.4M CAD Circular Economy grant from Emissions Reduction Alberta (ERA)
Project Overview
Carbon Upcycling in partnership with BURNCO Rock Products, a 4th generation family-owned aggregate construction materials company, and Lafarge Canada, a global cement producer and construction materials company, are deploying Carbon Upcycling technology in Alberta.
Our technology will produce a high-performance cementitious material from landfilled coal fly ash and permanently sequester CO2 emissions from a natural gas power plant. The low-carbon material will be used to reduce the embodied carbon of cement and concrete.
The first phase of the project with BURNCO will deploy a pilot-scale demonstration unit to prove the technology and validate the performance of the upcycled ash.
The second phase of the project will deploy an industrial-scale facility in partnership with Lafarge.
This project received CA$4.4 million in grant funding from Emissions Reduction Alberta (ERA).