Sustainable Construction Industry

InLiq Concrete (patent application) is a biomaterial-based additive designed to make concrete more environmentally friendly without compromising strength or workability. It reduces CO₂ emissions in cement production, utilizes industrial waste, and improves mechanical performance—helping the construction industry transition toward sustainable practices.

Key Features & Benefits

CO₂ reduction – lowers cement-related emissions

Utilizes industrial waste – promotes circular economy principles

Maintains compressive strength and durability – even in green concrete formulations

Seamless integration – compatible with standard concrete production processes

Competes on price – offers cost levels comparable to traditional concrete

The Construction Industry Challenge

Concrete is responsible for around 8% of global CO₂ emissions, largely due to the production of traditional cement. Cement acts as the primary binding agent in concrete, but its manufacturing process is highly carbon-intensive.

Governments worldwide are now requiring the construction industry to develop new methods and technologies to reduce CO₂ emissions. This urgent need for innovation is driving the search for sustainable solutions that maintain performance while minimizing environmental impact.

The industry also faces additional challenges as traditional cement prices are expected to rise. InLiq CONCRETE has the potential to revolutionize the entire sector by providing a truly fast-scalable, sustainable alternative to conventional concrete—delivering environmental benefits without compromising strength or workability.

How InLiq Concrete Works

Our patented formulation integrates natural biomaterials into cementitious mixes, improving water retention and particle packing. This results in better hydration, enhanced compressive strength, and improved workability.

By partially replacing traditional additives and utilizing industrial by-products, InLiq Concrete supports low-carbon construction without sacrificing quality.

Field Testing & Real-Life Validation

InLiq Concrete has been tested in laboratory and pilot-scale mixes, demonstrating improved compressive strength and workability compared to conventional green concrete. Trials confirm its ability to reduce CO₂ emissions while maintaining structural integrity.

Testing continues with different industry waste materials to optimize circular economy benefits, and official compressive strength tests are starting at the end of January in 2026 with a selected partner.

Applications

Additive for green concrete formulations

Performance-enhancing component for demanding construction materials

Solutions for infrastructure and building projects focused on CO₂ reduction

Learn More About InLiq Conrete

Interested in how InLiq Conrete can support your production? Get in touch with our team for more information.