Pyrolysis Technology, For a Cleaner environment !

Solution for Removal CO2

Our Pyrolysis Technology

Biochar solutions for a sustainable world

Biochar

CO2 Captured and Storaged Forever

Innovative Technology

Biochar Can Reach

CarboChar Technology

The pyrolysis technology called CarboChar is the result of many years of research and development in different countries around the world.

Biochar for Agriculture

The use of Biochar in agriculture is at the origin of a major agronomic revolution. It reduces the need for water and inputs, while storing carbon.Agriculture is thus more economical, more sustainable and ecological.

Biochar for Energy

Agglomerated Biochar ( Green Charcoal ) is an effective and valuable replacement for charcoal. Indeed, the manufacture of classic wood charcoal is responsible for dramatic deforestation in Africa.

Extra Heat Valorization

CarboChar produces significant excess energy that can be valorized for drying, heating, or for electrical cogeneration. This byproduct of Biochar production is an other source of gain (climatic and financial).

Carbon Credits

The production of agricultural Biochar makes it possible to create the best quality of Carbon Credits that currently exists. Carbon is stored sustainably and efficiently in the ground for hundreds of years (Carbon Sink).The market price now reflects this particular value.

Better Soil. Better World

Pyrolysis Techno

Our pyrolysis machines

Three industrials models for pyrolysis are proposed by LifeChar

The maximum biochar production capacity of this process is 200 kg / h, for an electricity consumption of 20 kW and a fuel consumption for preheating equal to 35 liters (depending on the ambient temperature). The minimum location for an implantation of this model is 7 m in width, 15 m in length and 5 m in height.

This model has a maximum biochar production capacity equal to 120 kg / h, for an electricity consumption of 15 kW and an oil consumption of 20 liters for preheating (depending on the ambient temperature). The minimum location for an implantation of this model is 5 m in width, 10 m in length and 4 m in height.

This model has a maximum biochar production capacity equal to 40 kg / h, for an electricity consumption of 10 kW and an oil consumption of 5 to 7 liters for preheating (depending on the ambient temperature). This model can be manufactured on a platform to facilitate its mobility from one site to another. The minimum location for an implantation of this model is 3 m in width, 5 m in length and 2.5 m in height.