Engineering performance minerals from CO₂ and industrial waste
Vateris is scaling a proprietary technology platform delivering high-performance mineral materials
Ground-breaking process technology to convert CO₂ into performance materials
Industrial emitters and material producers need solutions that enhance performance while reducing carbon and cost – without disrupting existing operations. Our technology integrates directly into current plants, converting CO₂ into engineered performance minerals at industrial scale.
How the technology works
Source feedstocks
Capture industrial CO₂ and utilise natural or waste gypsum.
Condition & prepare
Treat and optimise inputs for consistent reaction performance.
Engineer the mineral
Convert CO₂ into reactive vaterite – 'GypCarb'
Formulate products
Co-produce premium SOP, delivering best-in-class mineral products for concrete and agricultural use.
The CO₂-to-minerals process in action
Engineered for long-lasting impact, reliability and industrial scale
Flexible CO₂ inputs: works with both flue gas and purified CO₂
Scalable feedstocks: leverages abundant calcium-rich inputs
Permanent mineral storage: locks CO₂ into stable solid minerals
Built to scale globally: modular, co-located units
One technology. Three value pathways
Carbon Capture & Utilisation
On-site mineralisation of flue gas CO₂ into performance materials.
GypCarb
Engineered vaterite additive enhancing concrete performance, extending cement capacity, and improving economics.
Premium SOP
High-purity sulphate of potash produced through a low-carbon process, supporting industrial agriculture.
Results in practice
Our technology is validated through a growing body of field trials with leading producers – generating repeatable performance results and expanding toward deployment.
Our roadmap to industrial deployment worldwide
6 tonnes/year
First industrial pilot demonstrating consistent performance under real operating conditions
300 tonnes/year
Producing up to 2.5 tonnes of product per day for early partners in the concrete and agricultural industries.
30K+ tonnes/year
Full industrial rollout. Modular plants delivering best-in-class performance minerals worldwide.
6 tonnes/year
First industrial pilot demonstrating consistent performance under real operating conditions
300 tonnes/year
Producing up to 2.5 tonnes of product per day for early partners in the concrete and agricultural industries.
30K+ tonnes/year
Full industrial rollout. Modular plants delivering best-in-class performance minerals worldwide.
Partner with us
We are scaling deployment with leading producers globally. Partner with us to co-deploy the first commercial plants and define the future of high-performance, low-carbon industry.