OUR MISSION: HELP DECARBONIZE THE PLANET
We utilize leftover wood and other organic waste materials (biomass) to produce a special type of charcoal called "biochar."
"Bio" comes from the use of biological waste products, and "char" short for charcoal: Biochar.
Under different production processes, biochar has a range of applications including substitution in metallurgy in place of fossil coal, sustainable building materials, water filtration, and as an agricultural additive to increase plant yield and improve soil conditions.
Additionally, we can generate clean energy and provide premium carbon offsets for carbon neutrality objectives.
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AGRICULTURE
Wood leftovers such as sawdust and wood chips (biomass) is converted to bio-charcoal or “biochar” which regenerates soil and increases plant yield.
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METALLURGY
With a high carbon content, Biochar can be used as a cost-effective, carbon-neutral replacement for fossil coal as a reduction agent in metallurgy.
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CONSTRUCTION
When created at different temperatures, Biochar has applications across many industries including sustainable building materials.
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CLEAN ENERGY
The excess heat generated from biochar production is utilized as a fossil fuel replacement in our facility, and to generate clean electricity via a turbine.
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WATER FILTRATION
Biochar effectively removes multiple inorganic, organic, and microbial contaminants, including PFAS and heavy metals, in drinking water.
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CARBON CREDITS
When stored in a stable matrix, Biochar locks carbon away for centuries generating carbon credits for carbon neutrality objectives.
WOOD WASTE
Plants and trees naturally capture the carbon present in the atmosphere during the process of photosynthesis which fuels their growth. At the end of their life, as they decompose or are burned, the captured carbon is returned to the atmosphere in the natural carbon cycle.
We obtain these wood leftovers for the production of our biochar which prevents the stored carbon returning back into the atmosphere.
WHAT IS BIOCHAR?
We create biochar by heating agricultural leftovers (biomass) in the absence of oxygen (pyrolysis) or little oxygen (gasification).
Biochar has the capacity to lock away sequestered carbon for thousands of years making it highly effective for CO2 removal.
Additionally, when created at different temperatures, biochar has a range of sustainable applications across many industries.
CLEAN ENERGY
Why should you care about clean and sustainable energy?
Because a carbon molecule can be anywhere in the world in 7 days. So, replacing fossil fuel-based electricity with clean electricity anywhere on the planet is good for everyone on the planet.