Our platform is built to convert agricultural residues into long-term value, transforming what was previously waste into the foundation of a commercially scalable, regenerative, low-carbon food system.

Rather than addressing climate, soil, food, and farmer income as separate problems, the platform integrates them into a single closed-loop system spanning biomass supply chains, organic compost production, regenerative crop systems, and low-carbon livestock.

This is not a pilot project or a subsidy-dependent program.  It is a commercial agriculture platform designed to scale at regional level in emerging markets.

Regional Orientation
Why Isan and Nakorn Sawan

The Northeast of Thailand and Nakorn Sawan offer a rare combination of scale, urgency, and replicability:

• Extremely high volumes of agricultural residues generated every year

• Chronic PM2.5 pollution driven by open burning

• Soil organic matter depletion after decades of chemical input dependency

• Farmers willing to transition if provided with reliable inputs, contracts, and market access

• Geography well-suited to cluster-based scaling rather than fragmented plot-by-plot interventions

The platform is therefore designed to scale by province and by cluster, using a repeatable operating model that adapts to local crops and farming systems while maintaining a consistent platform logic.

Phase 1 — Biomass Supply Chain

Avoided Emissions and Residue Monetization

Objective
To build a structured, traceable supply chain for agricultural residues that are traditionally burned or discarded, converting them into productive inputs for low-carbon agriculture.

Primary Feedstocks

• Rice straw

• Sugarcane leaves

• Livestock manure (cattle, buffalo, pigs, poultry)

Key Outcomes

• Avoided emissions from open burning (PM2.5 and GHGs)

• New income streams for farmers from previously zero-value residues

• Foundation for a traceable, contract-based agricultural supply network

Phase 1 serves as the entry point to the platform. Farmers can participate immediately, without changing crops or farming practices, while climate and air-quality benefits begin from day one.

Phase 2 — Organic Compost Production

Input Substitution and Soil Regeneration

Objective
To convert residues collected in Phase 1 into high-quality organic compost, reducing reliance on synthetic fertilizers and restoring soil health.

Development Model

• Decentralized, cluster-level compost production facilities

• Compost formulations adapted to local soils and crop systems

Key Outcomes

• Reduction of chemical fertilizer use and Scope 3 emissions

• Increased soil organic matter and soil carbon

• Medium-term reduction in production costs for farmers

Phase 2 is where the platform begins to generate recurring commercial revenue, while aligning farmer incentives with long-term soil regeneration.

Phase 3 — Organic and Regenerative Agriculture

Low-Carbon Food Systems

Objective
To transition participating farms toward organic and regenerative production systems, using compost from Phase 2 as a core input.

Crop Categories

• Organic rice

• Organic cassava

• Organic fruits and vegetables

• Organic herbs and specialty crops

Key Outcomes

• Higher farm-gate prices through premium and differentiated markets

• Carbon insetting opportunities for food and agri-processing buyers

• More stable and resilient farmer incomes

Phase 3 connects climate outcomes directly to the food system, enabling low-carbon agriculture to move beyond cost avoidance and into value creation.

Phase 4 — Low-Carbon Livestock

Methane Reduction and Nutrient Loop Closure

Objective
To close the agricultural loop through low-carbon livestock systems integrated with crops, compost, and residue management.

Approach

• Feed optimization using platform-based agricultural inputs

• Circular manure management linked back to compost production

• Reduction of methane intensity per unit of output

Key Outcomes

• Lower livestock-related emissions

• Improved nutrient efficiency across the system

• A fully closed nutrient and carbon loop

Phase 4 transforms the platform into a complete circular agriculture ecosystem, where crops, soil, and livestock reinforce one another.

What This Platform Is — and Is Not

This platform is

• A scalable low-carbon agriculture system

• A commercially viable, farmer-centric climate solution

• A regional model designed for replication across emerging markets

This platform is not

• An energy generation project

• A heavy infrastructure or grid-dependent investment

• A demonstration project reliant on long-term subsidies

This platform is built on a simple but powerful premise:
low-carbon agriculture must work economically for farmers first in order to scale.

By starting with agricultural residues, restoring soils, producing low-carbon food, and closing the loop through livestock, the platform demonstrates how climate impact, food security, and farmer livelihoods can be aligned within a single commercial system.

The result is a replicable, region-scale low-carbon agriculture platform designed for emerging markets—one that delivers measurable climate outcomes while building durable agricultural value chains.