Low-carbon cement based on new types of clinker has been created. Alternative binding materials rely on different raw material/mixes are developed.
Low-carbon cement based on new types of clinker has been created. Alternative binding materials rely on different raw material/mixes are being tested & developed to reduce CO2 emissions. A developed high-techconcrete specially formulated for different types of 3D printing technologies.
The material can be mixed, pumped,extruded through a nozzle of any shape with different 3D printers.
The product sets quickly &permits the laying of successive concrete layers during printing process

Resources needed

The company works closely with all of partners along our value chain. In order to deal with inevitable, so-called process emissions, ground-breaking technologies are needed.

Evidence of success

Concrete has the potential to become the most sustainable building material in the world.

Difficulties encountered

NO

Potential for learning or transfer

The company's Sustainability Commitments drive continuous improvement as we contribute to building a more sustainable world up to 2030 and beyond.
-CO2-neutral concrete by 2050 at the latest.
- Lowering CO2 content
Driving economic strength and innovation;
- Achieving excellence in occupational health and safety;
- Reducing our environmental footprint;
- Enabling the circular economy;
- Being a good neighbor;
- Ensuring compliance and creating transparency.
Project
Main institution
Company
Location
Североизточен, Bulgaria (България)
Start Date
January 2020
End Date
Ongoing

Contact

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