IBA calls for 10% blending of fermented organic manure with fertilizers by 2030; white paper released
The Indian Biogas Association called for 10% mandatory blending of fermented organic manure with chemical fertilizers by 2030, claiming it could save about $2 billion in annual fertilizer imports. The association presented a white paper on FOM feeding soil and sustainability, released by the New and Renewable Energy Secretary, outlining a framework to integrate FOM into key government schemes and to formalize its use.
Why It Matters
The proposal aims to improve soil health, boost climate resilience, and reduce dependence on chemical fertilizer imports, potentially reshaping India’s agricultural input and subsidy landscape.
Timeline
1 Event
IBA calls for 10% blending of fermented organic manure with fertilizers by 2030; white paper released
The Indian Biogas Association (IBA) has called for 10% mandatory blending of fermented organic manure (FOM) with chemical fertilizers by 2030, arguing it could save about $2 billion in fertilizer imports annually. The IBA presented a white paper titled 'FOM feeds soil; soil feeds sustainability', released by New and Renewable Energy Secretary Santosh Kumar Sarangi. The white paper proposes blending as a key intervention to address declining soil health and outlines a policy framework to integrate FOM into flagship government schemes, including the nutrient-based subsidy framework, the Soil Health Card scheme, and the Paramparagat Krishi Vikas Yojana. It also suggests adding organic carbon as a nutrient parameter within the subsidy to enable balanced fertilization and fair subsidies for FOM, reducing reliance on chemical fertilizers. The IBA advocated launching an umbrella national programme to ensure 100% offtake and utilization of FOM produced from biogas and compressed biogas, creating a circular link between renewable energy and agriculture. IBA president A.R. Shukla stated that mainstreaming FOM is essential for soil regeneration and climate resilience, and that a coordinated policy approach could save the government $2 billion annually once 10% blending is achieved.