THE SERATECH PROCESS

The Seratech process consumes Magnesium Silicate rock and waste CO₂.

It produces two products: Net Zero Silica and Net Zero MagCarb. 

The Net Zero Silica acts as a direct replacement for up to 40% of Portland cement in concrete.

The Net Zero MagCarb is used in zero carbon construction materials, including concrete blocks, bricks and plasterboard using waste CO2. This process solves a major problem for hard to abate industries relying on CCS to reach net zero, as very few cement plants are close to sequestration sites.

Most of the current EU cement CCS demonstration projects require expensive pipelines and/or liquid CO₂ shipping. Seratech can utilise waste CO2 and convert in valuable cement replacements in any location without CO₂ pipelines, shipping or oil well sequestration.

The Seratech process requires less energy than other low carbon cement processes and consumes its own CO₂ emissions. The patented process is unique and the products can be used without modifying customer’s plants, within the existing standards framework and at competitive market prices.

WHY SERATECH?

40% reduction of the Portland cement content in concrete, reducing emissions from 3 billion tonnes of CO₂ a year to zero.

Carbon capture and storage is efficient at low cost with the Seratech process.

Olivine is an inexpensive, naturally occurring mineral found in high abundance in the Earth's crust.

Using carbon mineralisation as the safest and most long-lived form of carbon capture and storage.

The process stores CO₂ in the form of a stable mineral, removing the need for costly liquification, transport, and geological storage.

Creating a product which has significant value in construction.

At Seratech, we have developed a way to capture carbon from multiple industrial production processes and create an end product that can eliminate concrete's CO₂ footprint. This is good news for construction and even better news for our planet. We invite you to get on board!