Greenzo, Lord’s Mark sign MoU for 60 MW green hydrogen projects in UP

Indian clean-technology company Greenzo Energy has signed a strategic memorandum of understanding (MoU) with Lord’s Mark Industries to develop about 60 MW of green hydrogen projects in Uttar Pradesh. The facilities will be located across four cities and will integrate captive solar power and battery storage to support distributed hydrogen production.

The projects are planned in Gorakhpur, Aligarh, Jhansi, and Lucknow. Each facility is designed to operate independently of the grid by combining electrolysers with on-site renewable generation and battery storage systems. Under the agreement, Greenzo Energy will act as the technology and engineering, procurement, and construction (EPC) partner, providing hydrogen technologies, engineering support, and safety frameworks. Lord’s Mark Industries will serve as developer and investor, handling financing structures, regulatory processes, and commercial arrangements.

The collaboration is based on a distributed hydrogen production model that places generation capacity close to end-users and relies on dedicated renewable assets instead of grid-supplied electricity. Greenzo stated that the partnership is intended to support India’s green hydrogen objectives while strengthening its position in scalable energy infrastructure. For Lord’s Mark Industries, the initiative marks expansion from its existing businesses in healthcare, paper, and solar energy into low-carbon energy assets aimed at future industrial demand.

Greenzo Energy has been developing a pipeline of smaller projects, including an 8 MW solar installation in Nepal and a 3 MW electrolyser deployment with Jindal Stainless Limited. The company considers these projects as steps toward larger commercial-scale deployment.

The Uttar Pradesh initiative aligns with India’s national strategy to position itself as a major supplier of green hydrogen to global markets, particularly Europe, by leveraging a large and cost-competitive renewable energy base. Project timelines and specific hydrogen end-users have not been disclosed.

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