Carbon dioxide removal through limestone enhanced weathering

By accelerating Earth's natural weathering process, we help farmers to boost soil productivity and permanently remove atmospheric CO₂

Our mission

We optimize soils to boost yields and lower emissions

Our soil pH amendment process unlocks yield gains, while permenantly removing carbon dioxide from the atmosphere

Soil pH optimization

We optimize limestone application to soils based on a comprehensive suite of soil measurements and our proprietary soil chemistry database

Yield enhancements

We unlock soil nutrients by optimizing soil pH using high resolution in-field soil maps, reducing costs and increasing farm profitability

Greenhouse gas benefits

We enable farmers to reduce greenhouse gas emissions and nitrate losses, unlocking environmental gains that improve farm sustainability

Our approach

We deliver evidence-based soil pH optimization for carbon dioxide removal at scale

Our novel approach utilizes proprietary field data and artificial intelligence to optimize field selection, limestone application and field measurements to create a carbon removal solution that is efficient, verifiable, and beneficial for agriculture and the climate

Explore our science

Data-driven soil pH amendment

We combine spatial and geochemical data with proprietary models to optimize for soil pH, yield and carbon dioxide removal benefits during soil pH management

Optimized material application

By utilizing the latest field mapping and material application equipment, we ensure that science and technology combine to unlock additional value from soil pH amendment with limestone