Materials for an Affordable, Lower-Carbon Future
UNLOCKING THE NEXT GENERATION OF SUPPLEMENTARY CEMENTITIOUS MATERIALS
The global cement industry is at a crossroads. Manufacturers are facing unprecedented demand amid critical material shortages. As trade barriers and supply chain disruptions increase exposure to supply constraints, Carbon Upcycling’s CUT CO₂ System provides a sustainable, drop-in solution that strengthens domestic cement production.
Our process can enhance a diverse portfolio of alternative materials to create high-quality SCMs tailored to your region.
Our materials are a drop-in solution, capable of superior blending rates.
50%
CLINKER REPLACEMENT
+40%
EARLY STRENGTH
-60%
CARBON EMISSIONS
*All numbers are represented as maximums compared to traditional ordinary portland cement blends
TURNKEY OPERATIONS
CUT CO₂ SYSTEM
SECURING SUPPLY CHAINS
Transforms locally available, low-value industrial byproducts into high-quality SCMs
COST-COMPETITIVE
Materials are produced at cost-parity with or below regional cement prices in North America.
DROP-IN INTEGRATION
The all-electric system integrates with existing operations, performs at ambient temperatures, and aligns with 24/7 industrial operations.
OUR PROJECTS
Ash Grove Mississauga Cement Plant
END-TO-END PROJECT DEPLOYMENT SERVICES
Material Identification
- Identify potential materials in your portfolio and the surrounding area.
Basic Analysis
- Material composition analysis and activation suitability report
Small-scale material testing
- Mortar testing
- SAI, ASR, water demand
- Carbon uptake
- TGA
- Comprehensive material report
- Treated material sent back for your own testing
Medium & Large Scale Trials
- Material activation in a simulated industrial-scale system
- Process optimization
Commercial Arrangement
- Project development onsite or at the feedstock source
Project Execution
- Project evaluation and feasibility studies
- Detailed design and engineering
- Construction
- Site operation