Contents
Introduction
The Economic Survey 2025-26 highlights India’s distorted N:P:K ratio of 10.9:4.1:1, driven by cheap urea subsidies); Budget 2026-27’s ₹20,000 crore Carbon Capture, Utilization, and Storage (CCUS) allocation and NITI Aayog’s Fertiliser Strategy highlight need for Green Urea Mission to correct distortions
Agronomic and Environmental Necessity
- Soil Health Restoration: Overuse has worsened NPK imbalance (soil fatigue); mission can promote balanced fertilisation, nano-urea, and organic amendments, improving nitrogen use efficiency (currently low).
- Fiscal Sustainability: Urea subsidy ballooned due to fixed MRP (₹242/bag since 2018) despite rising costs (subsidy escalation); shifting to result-based management via Direct Benefit Transfer (DBT) can reduce leakage and target support.
- Energy Security: 90% urea is import-dependent (46% natural gas imported); green urea from electrolysis and captured CO₂ reduces reliance on volatile global markets.
- Climate Goals: Transition cuts GHG emissions by over 60% by 2050 and saves water, aligning with net-zero 2070.
Transitioning to Result-Based Nutrient Management (RBNM)
RBNM shifts the focus from selling bags to improving yields.” The Green Urea Mission serves as the technological and policy vehicle for this shift:
| Aspect | Product-Based (Current) | Result-Based (Proposed Mission) |
| Incentive | Subsidy per bag produced/sold. | Subsidy tied to Soil Health Card recommendations. |
| Technology | Prilled/Conventional Urea (30-40% efficiency). | Nano-Urea, Green Urea, and Coated variants (80%+ efficiency). |
| Goal | Maximizing consumption/availability. | Optimizing consumption and maximizing nutrient uptake. |
| Data Usage | Minimal (Transaction-based). | High (Integrated with Agristack and Digital Soil Maps). |
Role of the Green Urea Mission in Decarbonization
As of March 2026, the mission is central to India’s Net Zero 2070 goals:
- Green Feedstock: Transitioning from natural gas to Green Hydrogen for ammonia synthesis reduces the carbon footprint from 910 kg of CO2 per tonne of urea to near zero.
- Water Efficiency: Green urea production is estimated to reduce freshwater withdrawal by nearly 30-40% compared to traditional natural gas-based plants.
- Nano-Urea Integration: The mission promotes Precision Nutrition. One 500ml bottle of Nano-Urea can replace a 45kg bag of conventional urea, drastically reducing logistics costs and field wastage.
Challenges to the Transition
- High initial capex for retrofitting plants with electrolysers.
- Green urea is currently more expensive to produce than gas-based urea. Pricing disparity during low global LPG periods.
- Farmer awareness and adoption of balanced nutrient practices.
- Integrating urea under the Nutrient Based Subsidy (NBS) regime (currently only for P & K) remains politically sensitive but economically necessary for balanced fertilization.
- Coordination between ministries (Fertilisers, Agriculture, Science & Technology).
Way Forward
- Launch Green Urea Mission with phased decontrol and viability gap funding for first commercial plants.
- Integrate urea into NBS regime with DBT linked to soil health cards.
- Scale nano-urea and bio-fertilisers through PLI incentives.
- Mandate crop-specific nutrient budgets and farmer training via FPOs.
- Align with National Green Hydrogen Mission for feedstock security
Conclusion
As A. P. J. Abdul Kalam emphasised in India 2020, sustainable agriculture depends on ecological balance; a Green Urea Mission can transform India’s fertiliser economy toward resilient and climate-friendly farming.
