Impact & Collaboration

OUR IMPACT MODEL

A System-Based Approach to Climate and Agriculture

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

From Fragmentation to Integration

Traditional systems:

• Untracked biomass

• Open burning

• Unverified impact

bioSupplyChain system:

• Structured collection

• Circular utilization

• Verified outcomes

Core Principle

Climate impact must be measured, not assumed.

MODULAR IMPACT FRAMEWORK

Standardized Units of Climate Impact

bioSupplyChain deploys a cluster-based modular system, where each module operates within a defined radius and delivers measurable environmental and community outcomes.

Standard Module Characteristics

• 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

Module Comparison Overview

Module #1 – Rice Straw

• 1,800 – 2,800 tCO₂e/year

• Avoided open burning

Module #2 – Sugarcane Leaves

• 700 – 1,600 tCO₂e/year

• Reduced field burning

Module #3 – Cassava Processing Waste

• 2,200 – 12,600 tCO₂e/year

• Methane avoidance from organic waste

Module #4.1 – Pig Manure

• 2,000 – 12,500 tCO₂e/year

• High methane mitigation potential

Module #4.2 – Cattle Manure

• 600 – 3,200 tCO₂e/year

Module #4.3 – Poultry Manure

• 200 – 1,500 tCO₂e/year

***Values are indicative planning benchmarks and will be validated through MRV systems based on site-specific conditions.

CLIMATE IMPACT

Methane Reduction at Scale

Agricultural waste and organic residues are major contributors to methane emissions. bioSupplyChain addresses this through structured recovery and utilization.

Key Outcomes

• Avoided open burning

• Reduction of methane emissions (CH₄)

• Conversion of waste into productive inputs

System-Level Impact (Illustrative)

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

Why Methane Matters

Methane reduction is one of the fastest and most effective pathways for near-term climate mitigation.

REGENERATIVE AGRICULTURE IMPACT

Closing the Soil Loop

bioSupplyChain returns organic matter to the soil through compost systems.

Impact Pathway

Biomass → Compost → Soil → Productivity → Sustainability

Outcomes

• Improved soil fertility

• Reduced synthetic fertilizer use

• Enhanced water retention

• Long-term agricultural resilience

AIR QUALITY & PM2.5 CO-BENEFITS

Reducing Open Burning Emissions

Open burning of crop residues contributes significantly to PM2.5 pollution.

Impact Contribution

• 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.

FARMER & COMMUNITY IMPACT

Inclusive Climate Participation

bioSupplyChain integrates farmers into structured and traceable systems.

Benefits

• Additional income from biomass supply

• Access to organic soil inputs

• Participation in climate-linked value chains

Community Outcomes

• Reduced pollution

• Improved agricultural productivity

• Stronger local economies

PROGRAMS

From Pilot to Scalable Deployment

Methane Reduction Program

• Biomass recovery

• Open burning elimination

• MRV-based impact tracking

Regenerative Agriculture Program

• Compost production and distribution

• Soil improvement

Traceable Agriculture Program

• End-to-end traceability

• Organic and regenerative product systems

Deployment Model

• Cluster-based rollout

• Provincial scaling

• Regional expansion (Thailand → Southeast Asia)

COLLABORATION

Partnering to Scale Impact

bioSupplyChain is designed as a collaborative platform for climate action.

For NGOs & Foundations

• Fund methane reduction programs

• Support MRV deployment

• Co-develop methodologies

For Climate Funds & DFIs

• Enable results-based financing

• De-risk investments through verified data

• Support scalable infrastructure

For Value Chain Partners

• Build traceable supply chains

• Enable regenerative sourcing

• Align with sustainability commitments

For Public Sector & Policy Platforms

• Support data-driven climate initiatives

• Enable alignment with national and regional climate goals

• Provide verifiable data for policy and program development

SCALING VISION

Thailand as a Platform for Regional Impact

Initial deployment focuses on Thailand’s biomass-intensive agricultural regions.

Expansion Pathway

• Multi-province cluster deployment

• Integration with farmer networks

• Replication across Southeast Asia (CLMV)

Long-Term Vision

A regional platform for measurable methane reduction and regenerative agriculture.

Join Us in Building Measurable Climate Solutions

We invite partners to collaborate in scaling systems that deliver real, verifiable impact.

Engagement Pathways

• Explore pilot programs

• Co-develop MRV-enabled initiatives

• Support scaling through partnership or funding

Contact

Request a concept note or connect with our team to explore collaboration opportunities.