India’s agriculture depends heavily on urea, making its supply, pricing, and production a matter of national importance. Recently, global geopolitical tensions—especially in the Middle East—have raised concerns about fertilizer availability and pricing.
This article clearly explains how urea is produced in India, what determines its cost, where India imports it from, and how war-like situations affect supply chains. It also clears a common doubt: what would be the real price of urea if government subsidies were removed. The goal is to present all facts in a simple and clear way so that any reader can fully understand the situation.
How Urea is Produced in India
Urea production in India is mainly based on natural gas, which is the most important raw material. In the first stage, hydrogen is extracted from natural gas and nitrogen is obtained from the air. These two elements are combined to produce ammonia using the Haber-Bosch process. In the second stage, ammonia reacts with carbon dioxide to form urea. Finally, the urea is converted into small granules or prills so that farmers can easily apply it in fields. This entire process is energy-intensive and depends heavily on the availability and price of natural gas.
- Raw materials: Natural Gas + Nitrogen
- Step 1: Ammonia production (Haber-Bosch process)
- Step 2: Urea synthesis (Ammonia + CO₂)
- Step 3: Granule/prill formation
- Production is highly dependent on gas supply
What is the Cost of Producing Urea?
The cost of producing urea is largely driven by natural gas prices. Around 70–80% of the total production cost comes from natural gas alone. The remaining cost includes plant operations, electricity, labor, maintenance, transportation, and packaging. Because gas is such a major component, any disruption or increase in gas prices directly increases the cost of urea. This is why global energy markets have a strong influence on fertilizer prices in India.
- 70–80%: Natural Gas
- 10–15%: Operations & Maintenance
- 5–10%: Logistics & Other costs
| Cost Component | Approx Share |
|---|---|
| Natural Gas | 70–80% |
| Operations | 10–15% |
| Logistics & Others | 5–10% |
What If There Was No Subsidy?
The Government of India provides heavy subsidies on urea to keep it affordable for farmers. Currently, a 45 kg bag of urea is sold at around ₹242–₹266. However, the actual production or import cost is much higher. Without subsidy, the price of the same bag could rise to ₹1500–₹2500 or more. This means the government bears a subsidy burden of approximately ₹1400–₹2000 per bag. If subsidies were removed, farming costs would increase significantly, and this would ultimately lead to higher food prices for consumers.
| Scenario | Price (45 kg Bag) |
|---|---|
| With Subsidy | ₹242–₹266 |
| Without Subsidy | ₹1500–₹2500+ |
| Government Subsidy | ₹1400–₹2000 |
- Farmers pay only a small portion of actual cost
- Subsidy ensures affordable farming
- Removing subsidy would create economic pressure
From Which Countries Does India Import Urea & Raw Materials?
India produces about 70–75% of its urea domestically and imports the remaining 25–30%. Traditionally, India has depended heavily on Middle Eastern countries due to geographical proximity and cost advantages. In addition to finished urea, India also imports LNG (natural gas), which is essential for domestic production. This dependency makes India vulnerable to global geopolitical tensions, especially in regions like the Middle East.
| Category | Countries |
|---|---|
| Urea | Oman, Saudi Arabia, UAE, Russia, China, Egypt |
| LNG (Gas) | Qatar, UAE, USA, Australia |
| Dependency | ~70% Middle East (historically) |
- Domestic production: ~70–75%
- Imports: ~25–30%
- Gas imports are critical for urea production
Impact of Iran-Israil-US War Geopolitical Tensions
Global conflicts, especially in the Middle East, have created uncertainty in fertilizer supply chains. The Strait of Hormuz, a key global shipping route, has become risky during tensions, affecting both LNG and urea transport. Reduced gas supply has forced some fertilizer plants to lower production. At the same time, international urea prices have increased significantly. These combined factors put pressure on India’s agriculture system and increase the government’s subsidy burden.
- Disruption in LNG supply
- Reduction in urea production
- Increase in global prices
- Higher shipping and logistics risks
- Increased subsidy burden on government
How India Changed Its Strategy
To reduce dependency on the Middle East, India has started diversifying its import sources. Russia has become a major supplier, and imports from Russia have increased significantly. China has also increased fertilizer exports to India. In addition, India is exploring new partnerships with countries like Morocco, Belarus, Indonesia, and Malaysia. This diversification helps reduce supply risks and improves long-term fertilizer security.
| Region/Country | Trend |
|---|---|
| Middle East | Declining / Risky |
| Russia | Increasing |
| China | Increasing |
| New Countries | Emerging |
- Reduced dependence on Middle East
- Increased imports from Russia and China
- Exploration of new suppliers
- Focus on supply diversification
Final Conclusion
Urea is not just a fertilizer; it is a strategic resource for India. Its production depends heavily on natural gas, much of which is imported. This makes India sensitive to global conflicts and energy market fluctuations. Government subsidies play a crucial role in maintaining affordability for farmers. Looking ahead, India is focusing on diversification of imports and increasing self-reliance to secure its agricultural future.
- Urea production depends on natural gas
- About 75% cost comes from gas
- Without subsidy, prices would increase 6–10 times
- Global conflicts directly affect supply and pricing
- Future strategy: diversification and self-reliance
Note: Russia has not completely stopped urea exports, but it has imposed export limits (quota system) at times to protect its domestic supply. This means exports continue, but under government control rather than free market conditions.