The Carbon
Footprint of Cement
Conventional cement production is responsible for 84% of CO₂ emissions, primarily due to calcination and heating processes.
The Circrete Difference
Circrete’s innovative approach transforms the process:
- 0% CO₂ from Calcination
- 50% Less CO₂ in Heating
Circrete reduces CO₂ emissions by up to 70% compared to conventional cement while delivering better performance.
Why Choose Circrete
Circrete Advantages
PRODUCT SPECIFICATION
FEATURES
VALUE
Raw Material Source
Locally sourced waste marine clay (abundant and low-value)
Cement Type (EN 197-1)
CEM III/A-Q (6–20% cement replacement)
CEM III/B-Q (21–35% cement replacement)
Product Compatibility
Compatible with all constituents of concrete mix materials
Carbon Emission in Production
Up to 70% reduction as compared to normal cement
Permissible Concrete Strength
Up to Grade 60
Chloride Ion Penetrability (ASTM C 1202)
28-day: Moderate (vs High for normal concrete)
90-day: Low (vs Moderate/High for normal concrete)
Durability & Service Life
More than 300% improvement
Carbon Reduction in Life-Cycle of Asset
Up to 60% reduction in life-cycle embodied carbon
Certified to EN 197-1:2000 Standards
Circrete meets the stringent EN 197-1:2000 standards, ensuring safety, quality, and reliability in every batch.
Contact Us
Interested in working together?
Let's discuss how Circrete can help you achieve your sustainable construction goals