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1. Background and Rationale
 

The province of Bataan in the Philippines is a strategic energy hub where several thermal and coal-based power plants are

The project targets agricultural areas in Tarlac and Nueva Ecija, Philippines, where soil degradation and climate-related risks have increasingly affected agricultural productivity. Local farming areas face declining soil organic matter, soil acidification, reduced nutrient-holding capacity, and weakening soil functions due to long-term dependence on chemical fertilizers.
 

Smallholder farmers in the target areas also face rising production costs, unstable yields, declining crop quality, and limited access to sustainable soil management, seedling, breeding, and climate-resilient cultivation technologies. Extreme heat, droughts, heavy rainfall, and typhoons further increase production instability and income volatility.

In response, demand is growing for integrated agricultural solutions that combine soil restoration, sustainable cultivation technologies, farmer training, field demonstration, data management, and digital technical support. The project seeks to commercialize Korean soil-improvement and sustainable agriculture technologies in the Philippines through a locally adapted inclusive business model.

The project is designed not merely as an agricultural input supply initiative, but as a comprehensive model that links local production, farmer participation, technical education, field verification, cooperative-based distribution, and post-project business sustainability.

2. Project Objective
 

The objective of the project is to contribute to the transition toward sustainable and climate-resilient agriculture in the Philippines by restoring soil health, improving agricultural productivity, strengthening climate adaptation capacity, and increasing farmer income in Tarlac and Nueva Ecija.

The project will establish a local production and supply system for soil amendments, operate demonstration farms, provide soil management training, build a soil health and farmer management platform, and create a replicable model for sustainable agriculture and income improvement.

The expected direct beneficiaries are more than 1,000 smallholder farmers and agricultural community members, including women farmers, young farmers, farmer cooperatives, and local agricultural actors.

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3. Key Activities
 

     3.1 Establishment of a Local Production and Supply System

• The project will establish a local production and supply system for G&M’s soil amendment and functional agricultural bio-materials in the Philippines. By producing locally rather than relying solely on imported agricultural inputs, the project aims to reduce logistics costs, improve price competitiveness, and create a stable supply chain.

• Local personnel will participate in production, packaging, distribution, and quality management. Cooperatives and agricultural institutions will be linked to the regional supply network, creating a recurring purchase-based distribution structure.
  
  3.2 Demonstration Farms and Field Verification

• Demonstration farms will be operated in Tarlac and Nueva Ecija to test the effectiveness of the soil amendment and related sustainable farming technologies. The demonstration will focus on rice, vegetables, fruit crops, and other locally relevant crops.

• The project will verify improvements in soil health, crop growth, productivity, product quality, and farmer income. Field data will be used to build locally appropriate cultivation models and to expand farmer participation based on successful pilot cases.
  
  3.3 Soil Management and Farmer Training

• The project will provide technical training on soil management, seedling cultivation, breeding, crop cultivation, product use, pest and disease response, and climate-resilient farming practices.

• Training-of-trainers programs will be provided for local core personnel, including cooperative leaders, agricultural extension actors, and partner institution staff. Operation manuals and technical guidelines will be distributed to strengthen local capacity for continued operation after project completion.
  
  3.4 Online Platform and Mobile-Based Management System

• An online and mobile-based platform will be developed to provide farmers with continuous access to cultivation information, soil management guidelines, pest and disease response, seedling and breeding information, and product usage instructions.

• The platform will also manage farmer data, soil condition records, production data, training history, and technical support records. This system will support continuous monitoring and post-project technical assistance.
  
  
  3.5 Partnership-Based Local Operation

• The project will build a partnership structure involving G&M, Camp Asia, the Department of Agriculture Region III, Tarlac Agricultural University, local cooperatives, and farmer organizations.

• Tarlac Agricultural University and other research or academic institutions are expected to support soil analysis, cultivation verification, and data validation. Local cooperatives and farmer groups will support farmer mobilization, field training, distribution, and local market access.
  
   

4. Expected Outputs & Outcomes

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    Expected Outputs
 

• The project is expected to produce the following outputs:

• First, a local production and supply system for soil amendments and related functional agricultural materials will be established in the Philippines.

• Second, demonstration farms will be operated in Tarlac and Nueva Ecija, and field data on soil health, crop growth, productivity, and farmer income will be collected and analyzed.

• Third, farmers, cooperative staff, and local agricultural actors will receive practical training on soil restoration, seedling cultivation, breeding, crop cultivation, and climate-resilient farming techniques.

• Fourth, an online platform and mobile-based farmer management system will be established to support continuous technical assistance, data management, and post-project monitoring.

• Fifth, a cooperative-centered distribution and recurring purchase model will be developed to support sustainable business operation beyond the KOICA project period.
  
  Expected Outcomes

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• The project is expected to restore soil health by improving soil organic matter, nutrient retention, microbial activity, water retention capacity, and overall soil function.

• It is also expected to improve crop productivity, crop quality, and production stability, thereby contributing to increased farmer income and reduced income volatility.

• The project will support reduced dependence on chemical fertilizers and promote climate-resilient and sustainable agriculture. It will strengthen the capacity of smallholder farmers, women farmers, young farmers, cooperatives, and local agricultural institutions to adopt sustainable farming practices.

• At the business level, the project will create a locally produced and locally distributed agricultural input and service model that can generate revenue through product sales, seedling and cultivation services, technical consulting, cooperative-based distribution, and future digital agricultural services.
  
   

5. Innovation and Sustainability
 

The project’s innovation lies in combining soil restoration, functional bio-materials, seedling and breeding technologies, cultivation support, local production, cooperative-based distribution, and digital farmer management into one integrated sustainable agriculture model.

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Unlike conventional chemical fertilizer-centered farming, the project addresses the underlying causes of soil degradation by improving soil organic matter, pH, nutrient-holding capacity, microbial activity, and water retention. This allows both soil recovery and productivity improvement to be pursued simultaneously.

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The project is also innovative because it moves beyond simple agricultural input sales. It establishes a local production and operation system, encourages participation by cooperatives and local institutions, and builds a recurring purchase-based business model.

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Sustainability will be secured through several mechanisms. Local production facilities and supply chains will be gradually localized. Local core personnel will be trained to operate and maintain the system. Manuals, technical training, regular consulting, and digital support will enable continued operation after KOICA funding ends.

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The project will also develop a post-project monitoring system in cooperation with the Department of Agriculture, Tarlac Agricultural University, cooperatives, and participating farmers. Key indicators such as soil organic matter, pH, productivity, and farmer income will be continuously monitored.

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Based on successful demonstration cases, the model will be expanded through regional distribution networks, cooperatives, and the online platform. Potential expansion areas include Cavite, Pampanga, Zambales, and other regions in the Philippines, with longer-term scalability to Southeast Asian markets.

6. Contribution to SDGs and Climate Action

The project directly contributes to SDG 2.4, which promotes sustainable food production systems and resilient agricultural practices.
 

• By restoring soil health and improving climate-resilient cultivation practices, the project supports sustainable agricultural productivity, food security, and farmer livelihood improvement. It also contributes to climate adaptation by strengthening farmers’ capacity to respond to drought, heat stress, heavy rainfall, soil erosion, and other climate-related risks.

• The project supports climate action by reducing excessive dependence on chemical fertilizers, improving soil carbon and organic matter conditions, enhancing soil water retention, and promoting sustainable land management.

• In addition, the project contributes to inclusive growth by involving smallholder farmers, women farmers, young farmers, cooperatives, local agricultural institutions, and community actors in the agricultural value chain.
  
   

7. Post-Project Strategy and ROI Potential
 

After project completion, the project will shift toward a self-reliant local operating system centered on cooperatives, agricultural institutions, local operators, and participating farmers.

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The business model will be sustained through local production and sales of soil amendments and functional agricultural materials, seedling and cultivation service packages, technical consulting, cooperative-based joint purchase systems, and future online platform-based agricultural services.

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The post-project revenue strategy is expected to proceed in three stages.

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In the first year after completion, the project will stabilize sales and recurring purchases in the pilot areas.

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In the second year, the project will expand to nearby regions such as Cavite and Pampanga and increase cooperative participation.

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In the third year, the project will expand online platform-based services and prepare for broader market entry in the Philippines and Southeast Asia.

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The return-on-investment potential is based on local production cost reduction, recurring product purchases, cooperative-based distribution, reduced logistics costs, expanded regional markets, and future digital agriculture services. The project is therefore expected to evolve from a KOICA-supported inclusive business pilot into a private-sector-led sustainable agriculture business model.