Reduction of carbon footprint
- Low Co2 cement
Clinker factor reduction in cement can be achieved thanks to activation technologies. - Low Co2 concrete
- Increase the use of alternate binders both in cement and concrete:
- SCM (fly ash, slag, filler, calcined clay…), in concrete or in blended cement.
- Innovative binders. Ex: geopolymers.
- Fostering the production of low CO2 concrete in partnering with innovative start-up and major players/stakeholders of the construction industry.
- Increase the use of alternate binders both in cement and concrete:
- Energy savings
- Cement plant: energy savings during the grinding process.
- In precast: optimizing heating timer during curing process.
- In concrete: use of local sourcing to decrease logistics fuel consumption.
Designed to limit the environmental footprint of cement production, by enabling the substitution of clinker by more environmentally friendly and cost-effective materials.
Enables extensive use of SCM whether in concrete or in cement, without compromising on materials performance.
Allows for local aggregates sourcing with a limited CO2 transportation impact.
An innovative service for real-time and remote concrete maturity monitoring, that contributes to reduce energy consumption and thus CO2 emissions.