India is one of the world’s largest consumers of nitrogen fertilizers, especially urea, which forms the backbone of its agricultural system. Nitrogen is vital for plant growth, boosting yields of staples like wheat, rice, and maize. While India produces most of its nitrogen fertilizers domestically, imports remain necessary to bridge the gap between demand and production.
1. Domestic Production
- India produces the majority of its nitrogen fertilizers through large urea plants.
- Annual urea consumption: about 35–36 million tonnes.
- Annual urea production: around 28–29 million tonnes.
- This leaves a gap of 6–7 million tonnes, which must be covered by imports.
- National Fertilizers Limited (NFL)
- Rashtriya Chemicals and Fertilizers (RCF)
- Indian Farmers Fertiliser Cooperative (IFFCO)
- Krishak Bharati Cooperative (KRIBHCO)
2. Imports
India imports nitrogen fertilizers primarily to fill this shortfall.
- Share of imports in total demand: about 18–20%.
- Main suppliers: Gulf countries such as Saudi Arabia, Oman, Qatar, and the UAE, which together account for about 63% of India’s nitrogen fertilizer imports.
- Other suppliers include Iran, Egypt, and China.
Imported products include:
- Urea
- Ammonium nitrate
- Nitrogen solutions (UAN)
Types of Nitrogen Fertilizers
1. Urea (Most Common Nitrogen Fertilizer)
46% Nitrogen — highest among solid fertilizers
- Usage: Wheat, rice, maize, sugarcane, cotton, oilseeds — the primary nitrogen input for virtually all field crops
- Advantages: Cheapest nitrogen source per kg N; highly concentrated; easy to store, transport, and apply; water-soluble
- Supply: ~80% domestic (28–29 MT); ~20% imported (6–7 MT).
- Nano urea: IFFCO’s nano urea (500 ml bottle replacing one bag of conventional urea) is being scaled up to reduce bulk consumption and transport costs
- Limitation: Prone to volatilisation losses if surface-applied without incorporation; chronic overuse causes soil acidification and nutrient imbalance
2. Ammonium Nitrate
- Usage: Vegetables and fruits needing quick nitrogen uptake; industrial crops — cotton, jute, sugarcane, oilseeds, rubber, tobacco — grown for fibre, oils, biofuel, or processing
- Advantages: Dual nitrogen forms provide both immediate and sustained feeding, reducing application frequency
- Supply: Imported in smaller volumes; Russia is a key supplier. Not produced at scale domestically
- Limitation: Costlier than urea per kg N; strict storage and handling regulations due to explosive properties limit widespread adoption
3. Nitrogen Solutions (Liquid Fertilizers / UAN)
- Usage: Precision farming systems, drip irrigation (fertigation), foliar sprays, greenhouse horticulture
- Advantages: Uniform and controllable application; reduced nitrogen losses versus solid urea; compatible with other dissolved nutrients; no dust or handling hazard
- Supply: Imported; niche volumes. Russia and Eastern Europe are primary sources
- Limitation: More expensive than solid urea; requires specialised storage tanks and application equipment; not viable for smallholder broadcast application
- Outlook: Gaining traction as drip irrigation adoption expands in Maharashtra, Gujarat, and Rajasthan
UAN : Urea – Ammonium Nitrate Solution
4. Calcium Nitrate
- Usage: High-value crops — tomatoes, apples, potatoes, grapes, greenhouse vegetables; wherever both nitrogen and calcium are needed together
- Advantages: Simultaneously corrects nitrogen and calcium deficiency; prevents disorders like blossom-end rot in tomatoes; improves fruit firmness, quality, and shelf life
- Supply: Imported; primarily for horticulture and specialty farming. Norway (Yara), Belgium, and the Netherlands are key origin countries
- Limitation: Significantly more expensive than urea; not economical for bulk field crops; niche application base
Key Risks Specific to Nitrogenous Fertilizers
Energy and feedstock dependency
- Nitrogen fertilizer production is highly energy-intensive — natural gas is both the energy source and the hydrogen feedstock for ammonia synthesis (Haber-Bosch process)
- India imports ~50% of its natural gas requirements; any spike in LNG prices directly raises domestic urea production costs and the subsidy burden
- The West Asia conflict in 2025 caused LNG supply disruptions affecting GNFC and other gas-based urea plants in Gujarat
Geopolitical supply risks
- Gulf concentration: 63% of urea imports from four Gulf countries — any Strait of Hormuz disruption or regional conflict has an immediate impact on import availability and freight costs
- Iran sanctions: Iran is a price-competitive urea supplier but payment restrictions and sanctions exposure limit the scale at which India can rely on it
- China export controls: China periodically restricts urea exports to protect domestic supply; India cannot depend on China as a reliable baseline supplier
- Red Sea / Suez disruption: Active in 2024–25; vessels rerouting via Cape of Good Hope adds voyage time and freight cost to Egyptian and European nitrogen imports
Agronomic and environmental risks
- India’s N:P:K application ratio is heavily skewed toward nitrogen due to the frozen urea price — phosphate and potash are chronically underused relative to agronomic need
- Excess urea application causes nitrous oxide (N₂O) emissions, groundwater nitrate contamination, and long-term soil health degradation
- Neem-coated urea (mandatory since 2015 for domestic production) reduces volatilisation losses by ~10–15%, but broader efficiency interventions are needed
In Summary
India’s nitrogenous fertilizer system is dominated by urea — the cheapest, most concentrated, and most subsidised nitrogen source — which accounts for the vast majority of nitrogen applied to Indian farmland. Domestic production covers ~80% of urea demand, with a structural 6–7 MT import gap filled primarily by Gulf suppliers. Ammonium nitrate, UAN, and calcium nitrate serve specialised roles in industrial crops, precision farming, and horticulture respectively, and are largely imported. The sector’s key vulnerabilities are energy price exposure (natural gas linkage), Gulf supply concentration, and the distortionary effect of the frozen urea price, which encourages over-application of nitrogen at the expense of phosphate and potash balance.
References
- https://static.pib.gov.in/WriteReadData/specificdocs/documents/2025/aug/doc202583598601.pdf
- https://www.faidelhi.org/wp-content/uploads/2025/09/Annual-Report-2024-25_Final.pdf
- https://old.faidelhi.org/general/AR-Ex-Sum.pdf
Note : Figures are indicative and subject to revision. Please verify with the latest data from various sources.