CEMENTING SUPPLY CHAIN RESILIENCE

UNLOCKING
THE FUTURE
OF CEMENT

The global cement supply chain is under significant pressure to secure new sources of supplementary cementitious materials (SCMs) as traditional supplies dwindle.

Carbon Upcycling unlocks the next-generation of SCMs from alternative materials, providing scalable, local solutions that enhance supply chain stability, strengthen margins, and reduce emissions.

YOUR OPERATIONS SECURED WITH LOCAL, CLEAN CEMENT MATERIALS

Our technology is engineered to solve the supply challenges facing today’s cement industry. It converts locally sourced industrial byproducts into clean, high-quality cementitious materials, enabling manufacturers to strengthen their supply chains and differentiate their blends with unique performance and environmental benefits.

FEEDSTOCK MATERIAL

We source local, low-grade materials to combine with CO₂

PROPRIETARY TECHNOLOGY

We enhance feedstock surface area using flue gas in our mechanically assisted chemical exfoliation process

CEMENT MATERIALS

The result is a CO₂-enhanced supplementary cementitious material

MANUFACTURED SMARTER, BUILT STRONGER

Technology designed for seamless integration to localize SCM production and reduce long-term risk

LOCALIZES SUPPLY CHAINS

Enhances the use of locally sourced steel slag, clay, and legacy coal ash to reduce clinker content by up to 50%.

IMPROVES MARGINS & COST PREDICTABILITY

Tapping into local underutilized feedstocks enables the predictable production of cementitious materials.

ENHANCES MATERIAL PERFORMANCE

Our low-carbon cementitious materials unlock unique performance and environmental characteristics, enriching the final product.

UP TO 60% CARBON EMISSIONS REDUCTION

Advance climate objectives while generating environmental attributes for the voluntary carbon market, compliance markets, or book-and-claim systems.

OUR PROJECTS

Ash Grove Mississauga Cement Plant

Carbon Upcycling will deploy its flagship commercial-scale CUT CO₂ System at the Ash Grove Mississauga Cement Plant in Ontario, Canada. The system will enable the production of high-quality cementitious material derived from locally sourced steel slag, while sequestering CO₂ emissions captured from the plant’s kiln flue gas stack.