Humanity has emitted hundreds of gigatons of CO₂
We put it back in the soil making it more fertile
Humanity has emitted hundreds of gigatons of CO₂
We put it back in the soil making it more fertile
WE ARE SOLVING TWO GLOBAL PROBLEMs
Biochar
One of Five Carbon Capturing Technologies identified by the IPCC to reduce global warming, Biochar is a key component in our approach, being
a long-term carbon sink that can sequester carbon in the soil, improving soil fertility and health, and promoting sustainable agriculture.
Biochar meets 8 of the 15 UN Sustainable Development Goals
The Solution for Preserving Earth's Most Valuable ReSOURCES
Soil
Biochar has been proven to improve soil structure, aggregate stability and porosity, as well as nutrient cycling and decrease in erosion. It can improve soil nutrient status, nutrient use efficiency and decrease soil acidity.
These properties improve crop yield and health with decreased use of harmful fertilisers.
WATER
By increasing soil retention of nutrients, biochar also improves groundwater quality and quantity, decreasing the amount of pollutants reaching natural water reservoirs.
Scalability through Circular Carbon Management Initiative
We aim to create a Local Circular Carbon Management Model, which develops methodologies and processes that scale carbon sequestration. We will achieve this through creation of economically viable value chains based on carbonaceous raw materials from different types of biomass. These materials are converted into biochar using pyrolysis processes.
We can capture carbon that plants have absorbed through photosynthesis, extract it and stabilise through pyrolysis,. The resulting biochar is a stable, long-term carbon sink, resistant to decomposition and guaranteed to keep CO2 out of the atmosphere for hundreds of years.
