Seratech's patent-pending process takes CO₂ that has been captured from the atmosphere and permanently sequesters it within magnesium silicate rocks - such as olivine - and requires less energy than other approaches.

It can play a key role in enabling the development of direct air capture (DAC) of CO₂ by providing an affordable and scalable use for the CO₂ by mineralising it in concrete. This reduces dependence on underground storage.

We produce Seratech Cement.

Seratech Cement acts as a direct replacement for Portland cement in concrete products, including blocks. Reducing dependency on Portland cement addresses a major problem for hard to abate industries.

Concrete blocks made with Seratech Cement meet all requirements for the performance-based standards in the UK and Europe whilst offering a CO₂ reduction of over 95% versus a typical Portland cement block.

Seratech Cement is 20% cheaper than Portland cement and sold directly to block manufacturers as a drop-in replacement for Portland cement within their existing production facilities.

Eliminating the need for Portland cement in concrete, and up to 3 billion tonnes of CO₂ per year.

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

Olivine is an inexpensive, globally abundant mineral found 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.