From Low PCF to High CDR
COCOONCO2 delivers integrated solutions for sustainable cement and concrete: reduce product carbon footprint below 500 kg CO₂e while generating 100+ kg CO₂e/m³ carbon dioxide removal credits.
Part of COCOONCO2's comprehensive carbon management solutions
Three Evaluation Criteria
COCOONCO2 addresses all three key criteria for sustainable building materials through integrated product portfolio and patented technologies.
Low PCF
Low Carbon Cement Rating
Reduce cement carbon footprint to below 500 kg CO₂e (GCCA's Low Carbon Cement Rating, D Grade above)
🔄 Closed-Loop CCS/CCU Integration
Capture CO₂ directly from clinker calciner using advanced sorbent technologies (Huntsman, BASF). Route captured CO₂ to MAS operations for mineralization in concrete aggregates. This creates a complete closed-loop system: extreme PCF reduction at cement source + enlarged CDR in concrete application = maximum carbon impact.
CAA + GAs
CO₂ embedded chemical + advanced grinding aids
Captured CO₂ Integration
Bridge with sorbent technology providers for clinker calciner capture
GCCA Compliance
Global Low Carbon Cement Rating System aligned
High CDR
Carbon Dioxide Removal
Achieve 100+ kg CO₂e per cubic meter of concrete through permanent sequestration
CAA + MAS
CO₂ embedding + mineralized aggregates
Verifiable Credits
50-100 year building lifespan carbon sink
Green Standards
Preferred Supplier Status
Enable LEED, BREEAM, and other green certification compliance through circular economy solutions
MAS + RWS + PCC
Circular economy integration
Embodied + Operational
Dual carbon reduction enabler
< 500
kg CO₂e Cement Target
> 100
kg CO₂e/m³ CDR Potential
5
Integrated Product Lines
Four Core Technologies
COCOONCO2's competitive advantage rests on four proprietary technologies with strong patent protection and proven performance.
CO₂ Embedded Chemical Additive
Controls ettringite growth, mineralizes with portlandite, and solves water starvation in concrete. Enables 5-8% strength gain and permanent CO₂ sequestration.
Nanotechnology for Particle Grinding
Consolidates particle grinding and enhances C-S-H growth. Optimized recipes for clinker, limestone, slag, and calcined kaolin combinations.
Two-Step Stabilization & Mineralization
Advanced treatment of EAF (Electric Arc Furnace) and BOF (Basic Oxygen Furnace) slags. Transforms industrial waste into high-quality CDR aggregates.
Structural Innovation & Special Coating
Stores CO₂ in cellular structures while enhancing tensile strength of concrete and shotcrete. Enables lightweight, high-performance materials.
Five Product Lines
Integrated solutions built on four core technologies, mapped to three evaluation criteria for maximum market impact.
CAA
Carbon Abating Agent
Core CO₂ embedded chemical technology. Captures and stores CO₂ in cement, enabling 5-8% strength gain and permanent carbon sequestration.
GAs
Grinding Aids
3rd generation grinding aid for higher yield and compressive strength. Enhances cement grinding efficiency through advanced nanotechnology.
RWS
Reclaiming Water Solutions
Total recovery of reclaiming water from returned RMC lorry tanks. Reduces waste and water consumption in concrete production.
MAS
Mineralized Aggregates & Sand
Transforms recycled solid wastes mineralized in concrete, into high-quality CDR for carbon credit.
PCC
Plastic Carbon Cell
Lightweight cellular structure for embodied and operational carbon reduction. Enables permanent carbon sequestration while reducing building weight.
Integrated Ecosystem
COCOONCO2's five product lines work synergistically to deliver comprehensive solutions. CAA provides the core CO₂ embedding capability, GAs optimize production efficiency, RWS enables circular water management, MAS transforms waste into CDR, and PCC delivers lightweight performance. Together, they create a complete ecosystem for sustainable cement and concrete production.
This integrated approach differentiates COCOONCO2 from single-point solutions, enabling customers to achieve all three evaluation criteria simultaneously.
Dual Impact: Low PCF + High CDR
Achieving both reduced product carbon footprint and high carbon dioxide removal simultaneously through innovative CO₂ embedding.
Low PCF (Product Carbon Footprint)
COCOONCO2 solutions reduce clinker usage and optimize production efficiency through advanced grinding aids and recycled material integration, achieving 30-40% PCF reduction in cement and concrete products.
High CDR (Carbon Dioxide Removal)
CAA technology permanently embeds CO₂ within cement and concrete structures, creating verifiable carbon credits over 50-100 year building lifespans, with 50-100 kg CO₂/m³ removal potential.
Operational Advantages
- ✓Enhanced early strength development for faster construction
- ✓Improved durability and long-term structural performance
- ✓Reduced environmental impact across entire lifecycle
Application Domains
COCOONCO2 solutions are optimized for cement and concrete applications including RMC, precast manufacturing, and tunnel shotcrete with proven performance benefits.
RMC (Ready-Mix Concrete)
- Direct integration into production
- Reduced truck weight & fuel consumption
- Improved workability and pumpability
Precast Manufacturing
- Controlled production environment
- Optimized curing cycles
- Quality consistency and traceability
Tunnel Shotcrete
- Enhanced adhesion to rock surfaces
- Reduced rebound losses
- Superior long-term durability
Carbon Credit Pathway
Structured methodology for carbon credit generation, verification, and trading on global markets through CO₂ embedded technology.
LCA Assessment
Cradle-to-gate lifecycle analysis
Methodology
Framework alignment & validation
Verification
Third-party certification
Issuance
Carbon credit trading
Certification Platforms
- →Puro.earth
Engineered CDR focus, building material expertise
- →Verra / Gold Standard
Large-scale deployment & market credibility
Expected Outcomes
- ✓50-100 kg CO₂/m³ sequestration potential
- ✓Verifiable over building lifespan (50-100 years)
- ✓High-quality carbon credits (Tier 1 methodology)
Ready to Transform Cement & Concrete?
Join COCOONCO2 in delivering sustainable building materials with integrated solutions for low-carbon, high-credit construction.