India’s Urea Sector Could See INR 80,000–90,000 Crore Investment in New Manufacturing Capacity Under NIPU-2026: ICRA

September 03, 2026

Rating agency ICRA said in an August 2026 report that India's domestic urea sector could enter a fresh capital expenditure cycle, with fertiliser companies likely to commit INR 80,000-90,000 crore in capex over the next six months. This is ICRA's expectation of what the industry could commit, not a confirmed tally of already approved, funded, or under-construction projects.

The anticipated investment wave follows the Government of India's approval of the National Investment Policy for Urea-2026 for Atmanirbhar Bharat (NIPU-2026), which is intended to encourage investment in new gas-based urea manufacturing units. ICRA expects plants developed under the policy to require an approximately 3.5-year project-development period. For a sector where imports accounted for around 27% of urea requirements in FY2025-26, according to ICRA, the projected capex could represent a significant new investment cycle if companies commit capital at the scale the agency anticipates.

Why Could India's Urea Sector See INR 80,000-90,000 Crore of New Investment?

The projected investment responds to a domestic supply gap that ICRA lays out in concrete terms. ICRA estimates domestic urea production capacity at 30.6 million tonnes per annum (MMTPA), against demand of approximately 39.9 million tonnes (MMT) in FY2025-26, while imports met around 27% of India's urea requirement during the year. Separately, the Government's July 2026 NIPU announcement reported 33 operational urea manufacturing units with total reassessed/installed capacity of 269.42 lakh metric tonnes, or approximately 26.94 MMTPA. The figures therefore reflect different capacity definitions and should not be used interchangeably.

According to ICRA, India has seen no urea capacity addition since FY2023, while around 1.9 MMTPA of capacity has been retired and domestic consumption has continued to grow. NIPU-2026 seeks to encourage investment in new gas-based urea manufacturing units, potentially expanding domestic supply capacity and reducing future dependence on imports.

What is NIPU-2026 and How Could It Encourage New Urea Plants?

The National Investment Policy for Urea-2026 for Atmanirbhar Bharat (NIPU-2026) is the Government's new policy framework for encouraging investment in gas-based urea manufacturing units. According to ICRA's assessment, the policy could support roughly 10 million tonnes of additional annual urea capacity through an estimated 8 to 9 new gas-based plants.

ICRA's analysis indicates that project economics under NIPU-2026 could offer less upside than under the earlier NIP-2012 framework. The new policy provides a return-on-equity (RoE) range of 12-16%, while ICRA's comparison with the earlier framework also points to lower floor and ceiling realisations for new projects.

According to ICRA's analysis, at a delivered gas price of up to USD 6.5 per million British thermal units (mmBtu), the applicable floor and ceiling realisations work out to around USD 281 per tonne and USD 296 per tonne under NIPU-2026, compared with USD 305 per tonne and USD 335 per tonne under the earlier NIP-2012 framework. ICRA estimates that the lower realisations could reduce EBITDA by around INR 250-280 crore for a standard 1.27 MMTPA urea unit relative to its assessment under the older policy.

How Much Urea Manufacturing Capacity Does India Currently Have?

Capacity figures need to be read carefully because different sources use different definitions. ICRA's analysis refers to domestic urea production capacity of 30.6 MMTPA, while the Government's July 2026 NIPU announcement reported 33 operational units with total reassessed/installed capacity of 269.42 lakh metric tonnes, or approximately 26.94 MMTPA. Neither figure should be treated as equivalent to actual annual production, which depends on plant utilisation, outages, feedstock availability, operating conditions, and other factors.

ICRA estimates urea demand at around 39.9 MMT in FY2025-26 and says imports accounted for approximately 27% of India's requirements during the year. Actual import dependence reflects domestic production, plant utilisation, demand, inventory, feedstock availability, and supply conditions rather than simply the arithmetic difference between installed capacity and annual demand.

How Could New Urea Plants Reduce India's Dependence on Imports?

ICRA's central expectation is that the capacity additions NIPU-2026 is designed to attract would materially improve India's urea self-sufficiency starting from 2030-31, a timeline that reflects both the 3.5-to-4-year commissioning window ICRA expects for newly committed plants and the fact that capex commitments are only expected to be finalised over the next six months from the policy's notification.

If the roughly 10 MMTPA of new capacity ICRA references across 8 to 9 new gas-based plants is realised, it would represent a substantial addition relative to India's current 30.6 MMTPA domestic urea production capacity, potentially closing much of the gap between domestic capacity and the 39.9 MMT demand level recorded in FY2025-26, though actual import dependence in the early 2030s will also depend on how domestic demand itself evolves over the intervening years.

What Equipment, Infrastructure, and Gas Supply Are Required for New Gas-Based Urea Plants?

A gas-based urea plant is built around an integrated ammonia-urea manufacturing complex, requiring high-pressure process vessels, ammonia converters, and heat exchangers engineered to withstand the extreme pressure and temperature conditions the ammonia synthesis and urea formation reactions demand.

These plants require a continuous, reliable natural gas feedstock supply, both as the raw material input for ammonia production and as fuel for the energy-intensive synthesis process, alongside supporting utility infrastructure, steam systems, cooling water, and power generation, sized to run continuously at the plant's design capacity.

India's fertiliser industry is heavily dependent on imported liquefied natural gas (LNG) to meet its gas requirements, and EPC (engineering, procurement, and construction) contractors undertaking new gas-based urea projects will need to sequence long-lead equipment procurement, plant construction, and commissioning against both the policy's commissioning timeline expectations and the realities of securing gas supply agreements for a facility that will operate for decades.

What Project Risks Could Affect the Economics of New Urea Plants in India?

ICRA's own analysis points to two categories of risk that could shape how much of the projected INR 80,000-90,000 crore capex actually converts into commissioned, profitable capacity. The first is cost and operating discipline: ICRA Senior Vice President and Group Head Girishkumar Kadam said that controlling project costs and consistently operating plants at more than 95% capacity utilisation would be crucial for project proponents, given the tighter RoE and realisation bands NIPU-2026 sets relative to NIP-2012.

Despite this tightening, ICRA expects debt coverage and return metrics to remain comfortable for project developers, estimating a cumulative debt service coverage ratio of around 1.26 times for a greenfield project over the eight-year policy period. The second risk is feedstock exposure: India's fertiliser pool gas price rose to around USD 19 per mmBtu in April 2026, up from approximately USD 13 per mmBtu previously, during the disruption associated with the West Asia crisis, and ICRA notes that gas supply contracts remain concentrated toward West Asia.

Diversifying gas sourcing contracts, the agency says, will be critical to avoiding similar disruptions in the future, though ICRA also notes that the scale of new capacity additions could give gas suppliers greater visibility to enter into long-term sourcing arrangements specifically for new urea plants, potentially supporting exactly the kind of diversification the sector needs.

ICRA is projecting an INR 80,000–90,000 crore urea investment cycle aimed at expanding domestic capacity in a market where imports accounted for around 27% of requirements in FY2026. Whether that capital converts into commissioned and economically sustainable plants by the early 2030s will depend on a combination of policy economics, project-cost control, gas sourcing, capacity utilisation, and engineering execution.

IMARC Engineering’s Perspective

ICRA's analysis points to several factors that could determine how much of the projected INR 80,000-90,000 crore capex ultimately converts into commissioned and economically sustainable capacity. Girishkumar Kadam, Senior Vice President and Group Head at ICRA, said controlling project costs and consistently operating plants at more than 95% capacity utilisation would be important for project proponents under the tighter return and realisation framework assessed by the agency.

At IMARC Engineering, we see ICRA's own emphasis on cost control and capacity utilisation as a direct signal of where engineering execution will determine which projects actually deliver the returns NIPU-2026's tighter framework requires: feasibility studies that model project economics against the specific realisation bands and gas price assumptions a plant will face, technology and equipment selection for ammonia-urea complexes engineered for reliable, high-utilisation operation from day one, EPC planning that sequences long-lead equipment procurement against realistic commissioning timelines, and gas supply and utility infrastructure planning that accounts for the feedstock volatility ICRA has flagged.

As fertiliser companies weigh capex commitments under NIPU-2026, developers will need to combine the new policy framework with rigorous feasibility assessment, project engineering, cost control, reliable gas sourcing and commissioning discipline if new plants are to achieve the high capacity utilisation levels underpinning ICRA's project-economics expectations.