India Launches Strategic Green Urea Plant Initiative

The Department of Fertilizers executed a high-level Pre-Expression of Interest meeting at PDIL to establish Green Urea manufacturing facilities across India. This initiative represents a major turn toward eco-friendly farming, carbon neutrality, and technological independence. Dr. K.K. Pathak, Joint Secretary of the Department of Fertilizers and Chairman & Managing Director of PDIL, led the proceedings.

The meeting followed an official invitation for Expressions of Interest issued by the Department of Fertilizers earlier this week. The conference at PDIL headquarters in Noida brought together public and private sector stakeholders. Attendees included representatives from NTPC, the Solar Energy Corporation of India, ammonia-urea technology providers, domestic fertilizer companies, and manufacturers specializing in electrolyzers, green hydrogen, and green ammonia. Strong physical and digital participation across the supply chain highlights the industry’s shared determination to deploy these systems soon.

Key Policy and Operational Highlights

1. Coordinated Government Support Across Ministries

The discussions emphasized financial allocations from various ministries aimed at rendering green production financially sustainable. The macro-level funding commitments include:

• Ministry of New & Renewable Energy (MNRE): Allocated ₹19,744 crore to accelerate critical green energy infrastructure and strengthen India’s clean energy ecosystem.
• Department of Fertilizers (DoF): Tasked with creating the institutional and market-parity framework to seamlessly integrate Green Ammonia into the national fertilizer manufacturing chain.

2. Shielding Manufacturers Through a Differential Pricing Mechanism

To address cost challenges and protect local fertilizer units, a robust Offtaker-Side Differential Pricing Mechanism was discussed:

The Challenge: Green Ammonia currently costs more to produce than conventional Grey Ammonia, making Green Urea uncompetitive without support.

The Solution: The Solar Energy Corporation of India (SECI), has already tendered—for purchasing Green Ammonia from producers for supplying it to domestic fertilizer companies at standard market-linked Grey Ammonia prices (based on a two-week average of Platts and Argus indices, plus customs duties and local transport costs). A somewhat similar mechanism may be explored for Green Urea as well.

3. Producer-Side Incentives with Tapering Support

To encourage private sector participation, a direct financial incentive scheme under the NGHM (Green Ammonia Mode 2A) was detailed. A total procurement target of 7.24 Lakh MT/annum of Green Ammonia has been allocated through a transparent, competitive e-Reverse Auction managed by SECI. Support will be provided across clear project stages:

Development Stage: For new greenfield projects or those currently under construction.

Operational Stage: Cash incentives begin from the date of commercial supply.

Long-term Certainty: Benefits are secured for a 10-year period through a binding definitive agreement (GAPA/GASA), giving developers strong market confidence.

Technical Foundation: The Pudimadaka 150 TPD Pilot Plant

Discussions also focused on technical processes, using the 150 TPD Green Urea pilot plant at Pudimadaka, Andhra Pradesh—developed by NETRA (the R&D wing of NTPC)—as a benchmark. This facility demonstrates the integration of advanced Carbon Capture and Utilisation (CCUS) systems with water electrolysis, supporting the use of carbonated fly ash, food-grade materials, and synthetic fuels.

This initiative represents a thoughtful and well-structured push toward carbon-neutral fertiliser production, technological self-reliance, and a greener future for Indian agriculture.

India’s Strategic Roadmap for Green Urea Production

India’s Net Zero target by 2070 and the National Green Hydrogen Mission present a unique opportunity to transform domestic urea production. While Green Hydrogen can replace fossil fuels in ammonia production, Green Urea still requires carbon dioxide for synthesis, making an external CO2​ source essential.

Captured CO2​ from thermal power, cement, and steel plants can serve as a sustainable feedstock for urea manufacturing. A world-scale urea plant of 12.7 lakh MT annual capacity requires nearly 10 lakh MT of CO2​ annually. As India continues to import around 1 crore MT of urea annually and many existing plants are over 30 years old, significant new capacity will be required. If developed through the Green Hydrogen route, the fertilizer sector could become one of the country’s largest and most assured consumers of captured CO2​.

Integrated projects combining renewable energy, Green Hydrogen, carbon capture, green ammonia, and urea production can strengthen fertilizer and energy security while supporting India’s climate goals. Organizations such as NTPC, with expertise in power generation, renewable energy, Green Hydrogen, and fertilizer investments through HURL, are well placed to lead such initiatives. Investors encouraged to develop integrated Green Urea projects by leveraging support under the National Green Hydrogen Mission and the evolving carbon capture framework.

Future Outlook

India’s aggressive push toward green urea production signals a structural overhaul of its domestic chemical and agricultural sectors. By integrating carbon capture systems directly with commercial fertilizer production, the nation is positioned to transform its industrial waste streams into agricultural assets. Over the coming decade, the successful deployment of these integrated facilities will reduce heavy reliance on foreign imports while safeguarding local farming against global fossil fuel price volatility. This strategy establishes a scalable framework that positions India as a competitive player in the global transition to sustainable chemical manufacturing.

FAQs

What is India’s target year for achieving Net Zero emissions?

India has committed to achieving its Net Zero emissions target by the year 2070.

What is the purpose of the Offtaker-Side Differential Pricing Mechanism?

The mechanism addresses the higher manufacturing costs of Green Ammonia compared to conventional Grey Ammonia, allowing domestic fertilizer companies to purchase green components at market-linked prices.

How much financial backing has the Ministry of New & Renewable Energy committed?

The Ministry of New & Renewable Energy has allocated ₹19,744 crore to accelerate critical clean energy infrastructure and strengthen the national ecosystem.

What technical capacity does the Pudimadaka pilot plant possess?

The Pudimadaka pilot plant in Andhra Pradesh, developed by NTPC’s R&D wing, operates with a technical capacity of 150 TPD to demonstrate carbon capture and water electrolysis integration.