Green Hydrogen

India’s Green Hydrogen demand seen doubling by 2030 as costs fall, says Nuvama-CEEW Study

India’s Green Hydrogen demand seen doubling by 2030 as costs fall, says Nuvama-CEEW Study

New Delhi , December 15 (ANI): India's demand for hydrogen is expected to nearly double to around 12 million tonnes per annum (mtpa) by 2030, driven primarily by fertilisers, refining and petrochemicals, while falling production costs could make green hydrogen and green ammonia commercially viable within the decade, according to a sector update by Nuvama Institutional Equities citing analysis by the...

AfDB backs project targeting 2 Mt/year of green ammonia in Namibia

AfDB backs project targeting 2 Mt/year of green ammonia in Namibia

The African Development Bank (AfDB) has approved a US$10m loan to support a planned green hydrogen and ammonia project in Namibia, which is expected to reach final investment decision (FID) in 2026 (AfDB press release, 09/12/2025). According to the statement, the loan will support front-end engineering design (FEED) studies for solar and wind generation, battery energy storage systems, electrolyser...

 Hydrogen Demand Set to Reach 12 MTPA by 2030: Report |

 Hydrogen Demand Set to Reach 12 MTPA by 2030: Report |

Representational image India’s hydrogen demand is expected to nearly double to around 12 million tons per annum (MTPA) by 2030, according to a report by Nuvama Institutional Equities. The growth will be driven primarily by rising consumption in the fertiliser, refining, and petrochemical sectors. Fertilisers and Refineries to Lead Consumption Fertilisers will account for more...

Rizhao, China’s Miraculous “Ocean Refinery,” Sustainably turns Seawater into Cheap Drinking Water, Green Hydrogen, and Critical Mineral-Rich Brine

Rizhao, China’s Miraculous “Ocean Refinery,” Sustainably turns Seawater into Cheap Drinking Water, Green Hydrogen, and Critical Mineral-Rich Brine

In the coastal city of Rizhao, a new industrial pilot is treating seawater as a multi-layered resource rather than a disposal challenge. This 110-kilowatt direct seawater electrolysis prototype ocean refinery couples low-temperature waste heat from nearby steel and petrochemical facilities. It produces ultra-pure water at a fraction of traditional costs while simultaneously splitting seawater into green...

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