01
Local biomass
02 / What is biochar?
Nature's carbon,
made durable.
Biochar is a fine-grained, highly porous material made by heating biomass in low-oxygen conditions.
Unlike burning or natural decomposition, this process retains much of the carbon in a stable solid form. When returned to soil, biochar can persist for hundreds of years while supporting a healthier growing environment.
PorousBuilt to hold water and nutrients
StableResists rapid microbial breakdown
UsefulA climate material with practical value
Nature positiveBiochar
01 / Our direction
A different direction for carbon
From residue to regeneration.
Chara turns a linear waste problem into a productive journey for energy, durable carbon and soil.
→
02
Low-oxygen conversion
Gasification
Controlled heat converts biomass into energy and stable carbon.03
Durable material
Biochar
Carbon becomes a porous, useful material built to endure.04
Return to land
Biochar Application
Biochar is applied where it can support healthier soil systems.05
Living systems
Regenerate
The cycle closes with stronger soil and lasting carbon storage.03 / How carbon stays
From atmosphere to stable carbon.
Biochar changes the path of biogenic carbon: from a short cycle back to the air, into a durable form that can remain in the ground.
01Biomass inputs
CottonCrop residue
JulifloraWoody biomass
Corn cobsAgricultural waste
ChilliField residue
OtherOther biomass
Biomass is transformed into useful energy and durable carbon.
03Two useful outputs
Energy output
Syngas 75%
Useful fuel for power, process heat and thermal applications.
Carbon output
Biochar 25%
A stable material for soil health and long-term carbon storage.
04 / Uses of biochar
More than carbon removal.
One carbon-rich material can create value across soil, air, water, compost systems and the built environment.
Biochar ecosystem01
Soil health
02
Carbon storage
03
Air purification
04
Water filtration
05
Material uses
06
Compost enhancement
Supports soil structure, moisture retention and nutrient availability.
Keeps biogenic carbon in a stable form for long-term climate impact.
Porous biochar can adsorb selected airborne pollutants and support cleaner air systems.
Its porous structure can help filter and retain selected contaminants.
Can contribute to construction composites, functional fillers and other applications.
Can improve compost structure while helping retain moisture and valuable nutrients.
05 / Why it matters now
A rare dual advantage.
Immediate value
Turn locally available residue into a useful material and create new economic participation close to farms.
Long-term removal
Lock carbon into a stable form and keep it out of the atmospheric cycle for the long term.
As markets move toward carbon accountability, biochar connects measurable removal with useful, physical outcomes.
06 / Chara's promise
Carbon secured.
Soil enhanced.
Value created.
From feedstock to field
We believe durable carbon should be visible in the material, traceable in the data and valuable on the ground.