Biochar
A carbon-rich organic material generated in the absence of oxygen using a reactor at temperatures higher than 500°C.
The process called pyrolysis converts organic biomass (such as wood chips, crop residue or manure) into carbon-rich biochar, a specific type of charcoal.
The Next Green Revolution
With humankind’s carbon footprint dominating the global conversation, the need for alternative energy sources continues unabated. We have seen extraordinary leaps in renewable technologies and energy sources over the last few decades.
One such renewable technology is biochar, a carbon-rich organic material generated in the absence of oxygen using a reactor at temperatures higher than 500°C. This process, called pyrolysis, converts organic biomass (such as wood chips, crop residue or manure) into carbon-rich biochar, a specific type of charcoal.
Biochar improves soil texture and promotes root growth, reducing soil compaction. Its surface area holds onto nutrients like a sponge, making them available to plants longer, protecting them from being washed away, and helping plants absorb them more easily.
BIOCHAR USE CASES
A Few Additional Applications For biochar
Animal Farming
Silage Agent
Feed Additive
Litter Additive
Manure Slurry
Treatment
Composting
Construction
Insulation
Air Decontamination
Humidity Regulation
Concrete Additive
Plaster & Mortar
Asphalt
Waste Water
Active Carbon Filter
Rain Screen Water Systems
Composting Toilet Additive
Septic Field Treatment
Grey Water Systems
Sewage Slurry Treatment
Biogas Production
Biomass Additive
Biogas
Decontamination
Additive for Soil Remediation
(mining & military)
Soil Substrate
(treatment for heavy metals)
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