bioSupplyChain transforms fragmented agricultural systems into measurable, verifiable, and scalable climate solutions.
Through an integrated platform combining biomass recovery, composting, and digital MRV, we enable methane reduction, soil regeneration, and traceable agricultural value chains—connecting field-level activities to real climate outcomes.
Elimination of open burning through structured biomass recovery
Measurable methane reduction (CH₄ → CO₂e)
Regenerative soil systems through compost application
Traceable, transparent agricultural supply chains
bioSupplyChain operates as an integrated system:
bioMASS → bioCOMPOST → bioTRACE
bioMASS captures agricultural residues and organic waste
bioCOMPOST converts biomass into soil-enhancing inputs
bioTRACE verifies flows, outcomes, and climate impact
Traditional systems:
Untracked biomass
Open burning
Unverified impact
bioSupplyChain system:
Structured collection
Circular utilization
Verified outcomes
Climate impact must be measured, not assumed.
bioSupplyChain deploys a cluster-based modular system, where each module operates within a defined radius and delivers measurable environmental and community outcomes.
Service radius: 30–50 km
Processing capacity: 15,000 – 25,000 tonnes biomass/year
Compost output: 6,000 – 10,000 tonnes/year
Farmer coverage: 1,500 – 4,000 households/module
1,800 – 2,800 tCO₂e/year
Avoided open burning
700 – 1,600 tCO₂e/year
Reduced field burning
2,200 – 12,600 tCO₂e/year
Methane avoidance from organic waste
2,000 – 12,500 tCO₂e/year
High methane mitigation potential
600 – 3,200 tCO₂e/year
200 – 1,500 tCO₂e/year
***Values are indicative planning benchmarks and will be validated through MRV systems based on site-specific conditions.
Agricultural waste and organic residues are major contributors to methane emissions. bioSupplyChain addresses this through structured recovery and utilization.
Avoided open burning
Reduction of methane emissions (CH₄)
Conversion of waste into productive inputs
10 Modules Cluster
150,000 – 250,000 tonnes biomass/year
15,000 – 40,000 tCO₂e/year reduction
50 Modules (Multi-Province)
750,000 – 1,250,000 tonnes biomass/year
75,000 – 200,000 tCO₂e/year
Methane reduction is one of the fastest and most effective pathways for near-term climate mitigation.
bioSupplyChain returns organic matter to the soil through compost systems.
Biomass → Compost → Soil → Productivity → Sustainability
Improved soil fertility
Reduced synthetic fertilizer use
Enhanced water retention
Long-term agricultural resilience
Open burning of crop residues contributes significantly to PM2.5 pollution.
Reduction in seasonal burning events
Improved local air quality
Health benefits for rural communities
Quantification of PM2.5 reduction will be developed through satellite data and localized monitoring systems.
bioSupplyChain integrates farmers into structured and traceable systems.
Additional income from biomass supply
Access to organic soil inputs
Participation in climate-linked value chains
Reduced pollution
Improved agricultural productivity
Stronger local economies
Biomass recovery
Open burning elimination
MRV-based impact tracking
Compost production and distribution
Soil improvement
End-to-end traceability
Organic and regenerative product systems
Cluster-based rollout
Provincial scaling
Regional expansion (Thailand → Southeast Asia)
bioSupplyChain is designed as a collaborative platform for climate action.
Fund methane reduction programs
Support MRV deployment
Co-develop methodologies
Enable results-based financing
De-risk investments through verified data
Support scalable infrastructure
Build traceable supply chains
Enable regenerative sourcing
Align with sustainability commitments
Support data-driven climate initiatives
Enable alignment with national and regional climate goals
Provide verifiable data for policy and program development
Initial deployment focuses on Thailand’s biomass-intensive agricultural regions.
Multi-province cluster deployment
Integration with farmer networks
Replication across Southeast Asia (CLMV)
A regional platform for measurable methane reduction and regenerative agriculture.
Explore pilot programs
Co-develop MRV-enabled initiatives
Support scaling through partnership or funding
Request a concept note or connect with our team to explore collaboration opportunities.