thyssenkrupp nucera secures FEED contract for 260 MW green hydrogen project in India, supporting ammonia production and export to Europe.
thyssenkrupp nucera is strengthening its footprint in the rapidly evolving global hydrogen sector by securing a Front-End Engineering Design (FEED) contract for a major green hydrogen project in India. The agreement has been signed with Juno Joule, marking a significant step in advancing large-scale clean energy infrastructure in the country. The proposed electrolysis facility is planned to have an installed capacity of 260 megawatts, positioning it among the notable green hydrogen initiatives currently under development in India.
The project is part of a broader effort led by Juno Joule in partnership with SELECT Energy GmbH to establish an integrated green ammonia production complex. This facility will combine the production of green hydrogen and green ammonia within a single ecosystem, ensuring operational efficiency and sustainability. A key objective of the project is to produce Renewable Fuels of Non-Biological Origin (RFNBO)-compliant ammonia, which is expected to be primarily exported to European markets where demand for low-carbon fuels is steadily increasing.
Green ammonia produced from this project will have applications across various industrial sectors, including fertilizers, shipping, and power generation. To support this, thyssenkrupp nucera will leverage its expertise in alkaline water electrolysis to develop a comprehensive integration concept during the FEED phase. This will involve designing systems that efficiently convert renewable electricity into hydrogen, which can then be synthesized into ammonia.
A major advantage of the project lies in India’s abundant renewable energy resources. The facility is expected to be powered by a mix of solar, wind, and hydropower, ensuring a sustainable and low-carbon production process. This renewable energy integration is crucial for maintaining compliance with global green fuel standards and enhancing the project’s export competitiveness.
According to Werner Ponikwar, the contract represents a key milestone for the company as it enters the Indian market with its first green hydrogen project in the country. He emphasized that the collaboration reflects the company’s strategic commitment to supporting India’s transition toward a hydrogen-based economy. He also highlighted that India’s strong renewable energy potential creates favorable conditions for scaling such initiatives.
Following the completion of the FEED study, thyssenkrupp nucera intends to continue working closely with Juno Joule to advance the project into its next phase. This includes the potential award of an Engineering, Procurement, and Fabrication (EPF) contract, which would cover the execution of the plant. However, the project’s progression will depend on a Final Investment Decision (FID), which is expected to be made in the financial year 2026–27.
Echoing this sentiment, Nagasharath Rayapati described the selection of thyssenkrupp nucera for the FEED phase as a critical step in the project’s technical development. He noted that the company’s extensive experience in delivering large-scale alkaline electrolysis solutions would help ensure high standards of efficiency, reliability, and financial viability.
Overall, the project represents a significant advancement in India’s green hydrogen ambitions and underscores growing international collaboration in building sustainable energy systems.
