Biolith® Biocement

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Description

Biolith® Biocement – Microbially Grown Zero-Carbon Concrete Alternative

The Material:

Developed by Biomason, Biolith® represents a monumental leap in regenerative construction. Traditional Portland cement is responsible for approximately 8% of global CO2 emissions due to the massive heat required in firing kilns. Biomason disrupts this highly polluting industry by utilizing natural microorganisms to “grow” biocement at ambient temperatures. Through a process called microbially induced calcite precipitation (MICP)—similar to how coral reefs naturally form in the ocean—Biomason creates highly durable calcium carbonate binders. Mixed with standard aggregates, Biolith® tiles and bricks offer the same structural integrity, compressive strength, and aesthetic appeal as conventional concrete or ceramic tiles, but with a drastically reduced carbon footprint. It is the ultimate drop-in replacement for zero-carbon architecture.

Technical Features:

  • Ambient Temperature Growth: Grown without the need for high-heat firing kilns, eliminating massive amounts of CO2 emissions.

  • Exceptional Compressive Strength: Matches or exceeds the structural and mechanical performance of standard traditional concrete.

  • Microbial Biomineralization: Utilizes natural, non-pathogenic bacteria to bind aggregates with calcium carbonate.

  • Low Embodied Carbon: Radically minimizes the carbon footprint of building projects, aiding in LEED and other green building certifications.

  • Versatile Applications: Perfect for interior and exterior flooring, wall claddings, and decorative architectural facades.

Analysis & Certificates

Verified Sustainability
Grown, Not Fired. Zero Greenwashing.
The construction industry frequently relies on "carbon offset" schemes to greenwash the devastating emissions of traditional Portland cement. Biomason eliminates the problem at the source. By replacing energy-intensive kilns with natural microbial biomineralization, Biomason’s Biocement® technology proves that high-performance structural materials can be grown regeneratively at ambient temperatures, fundamentally decoupling construction from carbon emissions.

Technical Features

End-of-Life
Recyclable
Scratch Resistance
High / Scratch Proof
Hygiene & Antimicrobial
Moderate / Bacteriostatic
Surface Texture
Smooth / Flat
International Shipping & Export
Universally Approved / Easy Export
Supplied Format
Solid Panels / Blocks
Vapor Permeability
Moderate Permeability
Transparency
Opaque / Solid
Acoustic Absorption
Poor / Reflects Sound
Weather / Moisture Resistance
High / Fully Waterproof
Thermal Insulation
Glossiness & Luster
Matte / Non-reflective
Weight / Density
Heavy / High Mass
Maintenance & Care
Standard Wipeable
UV / Sunlight Resistance
High / UV Proof
Hardness & Rigidity
Hard / Structurally Rigid
Fire Resistance
High / Incombustible
Base Material
Earth & Minerals

Location

Address
North Carolina, United States
North Carolina, United States

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