Transforming diverse biomass discards into sustainable carbon solutions.
Circular Technology
Our products and solutions are created using state-of-the-art machinery and circular processes, significantly minimizing emissions.
THE CYCLE BEGINS
The plant (e.g., rice), which absorbs CO₂ through photosynthesis.
During the process, that CO₂ is stored in the husk (biomass), a natural byproduct.
Most of that biomass is considered waste by rice mills.
TRANSFORMATION (PYROLYSIS)
This process converts biomass into a stable form of carbon that can remain in the soil for hundreds or even thousands of years, preventing the carbon from returning to the atmosphere as CO₂.
If the husk is left to decompose naturally or is burned, the CO₂ is released into the atmosphere.
CARBON SINK
Capturing and
Storing CO₂ effectively
By allocating biochar to its different uses, we ensure the removal of CO₂ and the generation of carbon credits.
BIOCHAR APPLICATIONS
Agribusiness: Enhances agricultural soils and is used in agroecological practices.
Filtration: Used in water and air purification processes (activated carbon).
Construction: Serves as an additive in sustainable building materials.
CARBON CREDITS
Biochar is used to generate Carbon Credits due to its CO₂ Capture Capability. When incorporated into soil, for example, biochar immobilizes carbon in stable inorganic forms, preventing its return to the atmosphere.
We certify CO₂ capture and sell the certificate to organizations that need to offset their emissions.
