i
Biomass waste management solution
Support organizations in developing industrial biochar carbon removal projects - biomass testing & pilot trials, technical and financial feasibility, carbon project design and certification, engineering support.
Local roots, global stakes
Reimagining Biomass Waste as Climate Solution
Biomass waste management and industrial biochar carbon removal developer in Thailand, supporting organizations in transforming waste into long-term business and climate value, achieving net-zero targets.
Why we started our first facility
Biomass is not waste. It is renewable carbon.
Biomass is one of nature's most abundant renewable carbon resources. We believe it should be transformed into climate solution, not treated as waste.
Nature provides the carbon
Plants naturally capture carbon from the atmosphere. After harvest, biomass residues remain a valuable renewable carbon resource with untapped potential.
Technology transforms it
Our industrial pyrolysis technology converts biomass into permanent carbon removal, renewable industrial heat, and high-quality biochar for industrial and agricultural applications.
Circular economy creates value
By repurposing biomass, we create new value for businesses, farmers, and the environment, supporting decarbonization, reducing waste, and returning stable carbon to the land.
Trusted by partners & collaborators
What we do
Three connected ways we turn biomass into climate value.
From the supply chain to the soil to the atmosphere, each part of the work reinforces the next.
ii
Engineered Biochar Solution
Empower agrifood, construction businesses and industries to integrate biochar into their supply chains - agriculture, land restoration & environmental remediation, water treatment, and green construction materials.
iii
Permanent carbon removal
Carbon insetting for Scope 3 emission reduction - lowering chemical fertilizer use, promote regenerative agriculture.
How we do it
Waste in. Climate value out. Measured at every step.
Our integrated system is tailored to each biomass stream and measured at every step, so every tonne that enters and every output that leaves is tracked and traceable.
Inputs
Biomass wasteCrop residues and other underutilized biomass
Sludge and biosolidsHigh-moisture organic waste streams
The plant
Integrated and tailored pyrolysis system
Outputs
Carbon sequestrationCarbon locked away, kept in the ground
BiocharSoil-building material, back to the land
Green energySurplus heat and syngas, reused
Who we serve
Where our biochar creates value.
We develop science-based biochar solutions that help organizations transform biomass into long-term environmental and business value.
Biomass Project Development
Turn biomass into climate assets.
We develop waste management project that converts biomass residues into permanent carbon removal, renewable industrial heat, and high-value biochar, supporting waste valorization and net-zero goals.
Agriculture and Soil Health
Improve soil performance for long-term productivity.
Biochar supports sustainable agriculture, improving water retention, enhancing nutrient efficiency, reducing leaching, and building healthier soils.
Land Restoration and Remediation
Restore degraded land while permanently storing carbon.
Biochar and technical expertise for land restoration, mine reclamation, soil remediation, and contaminated land projects, supporting long-term ecosystem recovery.
Sustainable Construction Materials
Store carbon in the built environment.
Permanently lock away carbon while improving durability, thermal performance, and material efficiency, helping build more sustainable infrastructure.
Our first operating project
Not a pilot. A plant that is running.
Climate impact that benefits society, built as industrial infrastructure: instrumented, measured, and traceable from the first tonne in to the last credit out.
- Location
- Wiang Pa Pao District, Chiang Rai, Thailand
- Operating since
- February 2026
- Main biomass
- Corn residues
- Carbon sequestered
- 1,300 tonnes CO2e per year
- Equivalent to
- Growing 50,000+ trees a year
Science you can see
The same tonne of residue, two very different outcomes.
Burn it, and the carbon is gone within hours. Char it, and roughly half of that carbon is locked into a stable solid that can stay out of the atmosphere for centuries.
Scientifically proven, measured not assumed
Transparent by design, digital MRV
Built to global carbon standards
Start with 1 tonne of rice straw
Hours and the carbon is airborne.
Carbon returns to the atmosphere almost immediately, alongside PM2.5 and methane. A season of stored carbon, gone in an afternoon.
Start with the same tonne of straw
Centuries and the carbon holds.
About 40 to 50 percent of the straw's carbon is locked into stable, ring-shaped structures that soil microbes struggle to break down.
How we prove it is durable: the H/Corg ratio
A low hydrogen-to-organic-carbon ratio is the fingerprint of stable carbon. Every biochar company states its number. We show you the margin.
Strongest storage
Durable
our margin
Behaves as fuel
0.4strongest
0.7durability line
Our char, ~0.2
Our char measures around 0.2, deep in the strongest-storage zone and far below the 0.7 durability line. Clearing this bar is what separates real biochar from cooking charcoal. The 0.7 durability limit is per the European Biochar Certificate (EBC) and IBI product definition; the 0.4 high-permanence cut follows IPCC / carbon-removal convention. Selling verified removal credits requires accredited lab certification per batch.
Field notes
Browse the Journal
The Journal
Plain explanations of the science behind what we do, written for farmers, partners, and anyone breathing the haze.
Soil series
Why Half of Your Fertilizer Never Feeds Your Crop
Why nutrient losses make fertilizer more expensive—and how biochar can help keep more nitrogen, phosphorus and other nutrients near crop roots.
Read the storyField trial
From Workshop to Farm: Rice Straw Biochar
A Nakhon Sawan pilot moves from farmer training to a one-rai field trial, testing rice-straw biochar under practical farming conditions.
Read the storyApplications
Biochar Beyond the Field
The same material that improves a paddy also cleans a pig-farm pond and dries a poultry shed. One tonne of biochar, three jobs.
Read the storyCarbon markets
How the Data Center Boom Can Clean Thailand's Air
Thailand is drawing billions in AI investment. Here is how that same money could fund carbon removal, cleaner air, and healthier soil at home.
Read the storyEnvironmental chemistry
Biochar Chemistry for Heavy Metal Treatment
Surface area, pH, pyrolysis temperature, CEC and aromaticity determine how biochar binds lead, cadmium, copper and other contaminants.
Read the storyExplainer
Biochar Is Not Charcoal
Why the black carbon that rebuilds soil is not the charcoal on your grill, and why that difference decides everything for the climate.
Read the storyField note
PM2.5 Does Not Just Come From Cars
After the harvest, the fields burn. Corn stalks in the north, rice straw in the centre and northeast, and the alternative that turns that smoke into stored carbon.
Read the storyOn the farm
Biochar in Thai Rice Farming
What biochar does in a paddy, the honest methane nuance, the salt creeping under Isan, and why it still pays for the farmer.
Read the story
Partners, not customers
Ready to turn waste into climate opportunity?
Reach out to discuss carbon removal, sustainable agriculture, or partnership. We work with the people who share the work and the stakes.