KARBONITE®
Built from minerals.
Designed for the future.
Karbonite® is a next-generation mineral-based
construction material platform engineered for reduced
clinker dependency, lower process energy requirements
and future carbon incorporation pathways.
Karbonite® is a next-generation mineral-based construction material platform engineered for reduced clinker dependency, lower process energy requirements and future carbon incorporation pathways.
OUR MATERIAL APPROACH
DESIGNED FOR THE FUTURE
OF CONSTRUCTION
Karbonite® is being developed as a next-generation supplementary
cementitious material (SCM) designed to support lower-impact
construction applications through advanced mineral systems and
scalable industrial integration.
The material is focused on reducing reliance on conventional cement pathways while supporting long-term construction performance and
future materials innovation.
Karbonite® is being developed as a next-generation supplementary cementitious material (SCM) designed to support lower-impact construction applications through advanced mineral systems and scalable industrial integration.
The material is focused on reducing reliance on conventional cement pathways while supporting long-term construction performance and future materials innovation.
Karbonite®i is being developed as a next-generation supplementary
cementitious material (SCM) designed to support lower-impact
construction applications through advanced mineral systems and
scalable industrial integration.
The material is focused on reducing reliance on conventional cement
pathways while supporting long-term construction performance and
future materials innovation.
REDUCED CEMENT DEPENDENCY
Developed to reduce reliance on conventional clinker-intensive
cement systems.
REDUCED CEMENT DEPENDENCY
Developed to reduce reliance on conventional clinker-intensive cement systems.
LOWER PROCESS ENERGY
Engineered around lower thermal activation pathways and improved material efficiency.
INDUSTRIAL MATERIAL INTEGRATION
Designed to support circular
material systems through industrial
by-products and alternative feedstocks.
INDUSTRIAL MATERIAL INTEGRATION
Designed to support circular material systems through industrial by-products and alternative feedstocks.
FUTURE CARBON PATHWAYS
Being advanced with long-term carbon incorporation potential
through materials engineering and mineral carbonation.
FUTURE CARBON PATHWAYS
Being advanced with long-term carbon incorporation potential through materials engineering and mineral carbonation.
A NEXT-GENERATION SUPPLEMENTARY CEMENTITIOUS MATERIAL
Built around advanced mineral systems, industrial process
development and scalable deployment thinking.
MEASURED MATERIAL IMPACT
ENGINEERED FOR
LOWER IMPACT
Karbonite® is being developed to support lower-impact
construction through reduced clinker dependency, lower
thermal energy requirements and future carbon
incorporation pathways.
Current laboratory validation is based on 50/50
Karbonite® and conventional cement formulations.
Karbonite® is being developed to support lower-impact construction through reduced clinker dependency, lower thermal energy requirements and future carbon incorporation pathways.
Current laboratory validation is based on 50/50 Karbonite® and conventional cement formulations.
50% CLINKER REDUCTION
Current laboratory validation based on 50/50 Karbonite®
formulations.
50% CLINKER REDUCTION
Current laboratory validation based on 50/50 Karbonite® formulations.
24% LOWER THERMAL ENERGY
Compared to conventional cement production pathways.
33% LESS CO₂ EMITTED
Reduced process emissions through lower clinker
dependency and process optimization.
62.5kg CO₂ REMOVAL POTENTIAL
Future carbon incorporation pathways through mineral
carbonation potential.
62.5kg CO₂ REMOVAL POTENTIAL
Future carbon incorporation pathways through mineral carbonation potential.
INDUSTRIAL BY-PRODUCT
INTEGRATION
Engineered to support circular material systems through
industrial by-products and alternative feedstocks.
REDUCED CLINKER
FUTURE CARBON
INCORPORATION POTENTIAL
APPLICATION PATHWAYS
APPLICATION PATHWAYS
DESIGNED FOR
REAL-WORLD CONSTRUCTION
DESIGNED FOR REAL-WORLD CONSTRUCTION
Karbonite® is being developed for integration into scalable
construction applications where lower-impact material systems and
industrial compatibility are critical.
Current development pathways are focused on practical deployment
scenarios capable of supporting future industrial adoption.
Karbonite® is being developed for integration into scalable construction applications where lower-impact material systems and industrial compatibility are critical.
Current development pathways are focused on practical deployment scenarios capable of supporting future industrial adoption.
PRECAST BLOCKS
Material systems designed
for scalable precast
manufacturing applications.
PAVERS &
HARD LANDSCAPING
Focused on durable lower-
impact applications across
urban and infrastructure
environments.
STRUCTURAL
MATERIAL SYSTEMS
Future pathways exploring
broader structural
construction integration.
INDUSTRIAL
MANUFACTURING
Designed around
compatibility with scalable
production and industrial
deployment systems.
FUTURE MATERIAL
INNOVATION
Continuous R&D focused on
future formulations and
expanded application
pathways.
PRECAST BLOCKS
Material systems designed for scalable precast manufacturing applications.
PAVERS &
HARD LANDSCAPING
Focused on durable lower-impact applications across urban and infrastructure environments.
STRUCTURAL
MATERIAL SYSTEMS
Future pathways exploring broader structural construction integration.
INDUSTRIAL
MANUFACTURING
Designed around compatibility with scalable production and industrial deployment systems.
FUTURE MATERIAL
INNOVATION
Continuous R&D focused on future formulations and expanded application pathways.
BUILT FOR SCALABLE, LOWER-IMPACT
CONSTRUCTION SOLUTIONS
BUILT FOR SCALABLE, LOWER-IMPACT CONSTRUCTION SOLUTIONS
Karbonite® is engineered to support the next generation of construction
through practical, industrial and future-focused material pathways.
Karbonite® is engineered to support the next generation of construction through practical, industrial and future-focused material pathways.
Karbonite® is engineered to support the next generation of construction through practical, industrial and future-focused material pathways.
INDUSTRIAL DEPLOYMENT
FROM PILOT
TO PRODUCTION
KarbonX is advancing toward pilot-scale industrial deployment designed to
bridge laboratory validation and real-world manufacturing integration.
The planned pilot facility in Rustavi, Georgia is intended to support process
optimization, material validation and early-stage commercial production
pathways within a strategically positioned industrial region.
The planned pilot facility in Rustavi, Georgia is intended to support process optimization, material validation and early-stage commercial production pathways within a strategically positioned industrial region.
RUSTAVI, GEORGIA
Strategically positioned for industrial manufacturing, logistics
access and future regional deployment opportunities.
PILOT-SCALE MANUFACTURING
Establishing pilot-scale
manufacturing to bridge
research and real-world
production.
PILOT-SCALE MANUFACTURING
Establishing pilot-scale manufacturing to bridge research and real-world production.
PROCESS OPTIMIZATION
Advancing industrial
processing and operational
efficiency.
PROCESS OPTIMIZATION
Advancing industrial processing and operational efficiency.
MATERIAL VALIDATION
Supporting continuous
testing under scalable
manufacturing conditions.
MATERIAL VALIDATION
Supporting continuous testing under scalable manufacturing conditions.
COMMERCIAL READINESS
Building pathways toward
future construction market
integration.
COMMERCIAL READINESS
Building pathways toward future construction market integration.
FUTURE SCALE-UP
Designed to support future
production expansion and
regional deployment
opportunities.
FUTURE SCALE-UP
Designed to support future production expansion and regional deployment opportunities.
PILOT-SCALE MANUFACTURING
Establishing pilot-scale manufacturing to bridge research and real-world production.
PROCESS OPTIMIZATION
Advancing industrial processing and operational efficiency.
MATERIAL VALIDATION
Supporting continuous testing under scalable manufacturing conditions.
COMMERCIAL READINESS
Building pathways toward future construction market integration.
FUTURE SCALE-UP
Designed to support future production expansion and regional deployment opportunities.
THE ROAD AHEAD
ADVANCING TOWARD NEXT-GENERATION
MATERIAL SYSTEMS.
Building within the TUM Venture Labs ChemSPACE ecosystem, KarbonX is continuing
to advance Karbonite® through ongoing materials research, formulation development
and industrial process optimization focused on increasing material performance and
reducing dependence on conventional clinker systems over time.
Future development pathways include exploration of higher Karbonite® ratios,
alternative feedstocks and long-term clinker-free material systems.
Building within the TUM Venture Labs ChemSPACE ecosystem, KarbonX is continuing to advance Karbonite® through ongoing materials research, formulation development and industrial process optimization focused on increasing material performance and reducing dependence on conventional clinker systems over time.
Future development pathways include exploration of higher Karbonite® ratios, alternative feedstocks and long-term clinker-free material systems.
CURRENT
VALIDATION
50/50 Karbonite® and conventional
cement formulations.
MATERIAL
OPTIMIZATION
Continuous formulation refinement
and process development.
ADVANCED
SCM SYSTEMS
Exploration of higher Karbonite®
ratios and expanded material
pathways.
INDUSTRIAL
SCALING
Pilot-scale deployment and
manufacturing pathway development.
FUTURE
MATERIAL SYSTEMS
Long-term ambition toward clinker-
free construction material systems.
LET’S BUILD WHAT COMES NEXT
BUILDING
WHAT COMES NEXT .
Karbonite® represents a new class of mineral-based construction
materials engineered for lower impact and industrial scalability.
We are building the foundation for a more sustainable future—
together with partners who share our vision.
Karbonite® represents a new class of mineral-based construction materials engineered for lower impact and industrial calability.
We are building the foundation for a more sustainable future—together with partners who share our vision.