Oswal Greenzo Energies Wins Strategic Green Hydrogen Project at Deendayal Port – EQ
In Short : Oswal Greenzo Energies has secured a 5 MW green hydrogen project at Deendayal Port, marking a significant step in India’s hydrogen journey. The project reflects growing momentum in clean hydrogen adoption and highlights the role of ports as emerging hubs for green energy production, industrial decarbonization, and future-ready sustainable infrastructure.
In Detail : Oswal Greenzo Energies has achieved a major milestone by winning a 5 MW green hydrogen project at Deendayal Port, strengthening its position in India’s emerging hydrogen economy. This project represents a strategic move toward developing large-scale green hydrogen infrastructure and demonstrates the increasing role of private players in supporting national clean energy ambitions.
The project involves setting up a green hydrogen production facility powered by renewable energy sources, ensuring that hydrogen is generated without carbon emissions. This aligns with India’s broader objective of promoting green hydrogen as a key solution for decarbonizing hard-to-abate sectors such as shipping, refining, fertilizers, and heavy industries.
Deendayal Port, one of India’s major ports, is positioning itself as a green energy hub by integrating clean technologies into its operations. By hosting a green hydrogen facility, the port aims to reduce its carbon footprint, improve energy efficiency, and explore alternative fuels for port equipment, logistics operations, and maritime activities.
For Oswal Greenzo Energies, this project strengthens its presence in the green hydrogen segment and expands its clean energy portfolio beyond conventional renewables. The company is expected to leverage its technical expertise to develop efficient hydrogen production systems that can be scaled in the future as demand increases.
The 5 MW capacity of the project, while modest in scale, is significant as a pilot and demonstration model for larger hydrogen initiatives. Such projects help validate technical feasibility, assess cost structures, and build operational experience that is essential for accelerating commercial adoption across different sectors.
Green hydrogen is increasingly being viewed as a cornerstone of India’s energy transition strategy. It offers a pathway to reduce dependence on fossil fuels, enhance energy security, and create new industrial value chains around electrolyzers, storage systems, transport infrastructure, and downstream hydrogen applications.
Ports are emerging as ideal locations for green hydrogen projects due to their access to land, renewable power connectivity, and proximity to industrial consumers. Hydrogen produced at ports can be used for bunkering, export, industrial fuel, or conversion into green ammonia and other derivatives for global markets.
The project is also expected to contribute to the development of India’s hydrogen ecosystem by encouraging investments, fostering innovation, and creating employment opportunities. As more ports and industrial clusters adopt green hydrogen, it can accelerate the creation of a nationwide hydrogen supply network.
Overall, the green hydrogen project at Deendayal Port marks a meaningful step in India’s clean energy journey. It highlights the growing confidence in hydrogen technologies, the role of infrastructure assets like ports in driving sustainability, and the potential of green hydrogen to reshape the future of energy, industry, and transportation.
