GEOMATERIA
MATERIAL SCIENCE FOR A LOW-CARBON FUTURE.
Geomateria develops patented technology that transforms industrial by-products into valuable new materials.
Developed in Finland. Designed for Global Industry.
Born from years of scientific research in Finland, Geomateria brings together materials science, engineering and industrial manufacturing to create the next generation of low-carbon mineral materials.
THE CHALLENGE
One of the world's most important materials. One of its biggest climate challenges.
Cement is the foundation of modern infrastructure, yet its production depends on quarried limestone and energy-intensive clinker manufacturing, making it one of the largest industrial sources of CO₂ emissions worldwide. Geomateria offers a new approach based on circular mineral feedstocks, dramatically lower process emissions and performance designed for industrial production.
ONE TECHNOLOGY. MANY APPLICATIONS.
Designed for the mineral materials industry.
The platform can be adapted for applications where low carbon, rapid strength development and durable mineral performance create commercial value.
CEMENT
Replace conventional cement with advanced mineral binders that dramatically reduce CO₂ emissions while delivering high early strength and industrial scalability.
Potential applications
Precast concrete
Ready-mix concrete
Infrastructure
Architectural concrete
Construction products
CERAMIC ALTERNATIVES
The future of mineral products combines sustainability, durability, fire resistance and premium design, bringing science into everyday products.
Potential applications
Outdoor living products
Fire-resistant consumer products
Architectural design products
High-temp. components
Premium mineral products
ENGINEERED STONE
Create premium architectural products with the appearance and durability of stone while reducing dependence on quarried materials.
Potential applications
Facade elements
Landscape products
Outdoor furniture
Architectural surfaces
Design products
THE SODA BREAKTHROUGH
Safer chemistry. Industrial performance.
Sodium carbonate has long been regarded as one of the most promising activators for low-carbon mineral binders. The challenge was early strength. Geomateria’s patented molecular technology unlocks rapid strength development without relying on highly caustic sodium or potassium hydroxide activators
100%
Portland Cement Replacement in selected applications
90%
Lower CO₂ emissions compared with Portland cement
40 MPa
Compressive strength after two days
65 MPa
Compressive strength after seven days
LOWER CARBON. GREATER IMPACT
Far less CO₂. No compromise on performance.
Geomateria can achieve a substantially lower carbon footprint than conventional cement. The final result depends on the industrial feedstock, sodium carbonate source, energy mix, and production location.
STRENGTH THAT ACCELERATES CONSTRUCTION
40 MPa in two days. More than 65 MPa in seven.
Rapid early strength enables faster production cycles, earlier demoulding and handling, and shorter project timelines—while retaining strong continued strength development.
SAFER BY DESIGN
Practical chemistry for scalable manufacturing.
The technology uses sodium carbonate as the principal activator. This creates a more practical handling profile than conventional highly caustic alkali activation routes, while preserving the performance required for industrial applications.
The future of mineral materials does not have to begin in a quarry.
Unlike conventional cement, which relies on energy-intensive limestone extraction and clinker production, Geomateria is produced primarily from carefully selected industrial mineral by-products. By giving these resources a new purpose, we reduce waste, preserve virgin raw materials and support a more circular construction industry.
INDUSTRIAL COLLABORATION
Let’s build the next generation of mineral materials.
We are developing pilot projects with manufacturers, cities and industrial partners.