Green Hydrogen

Deendayal Port Authority Floats Tender For 5 MW Green Hydrogen Plant Expansion Project

Deendayal Port Authority Floats Tender For 5 MW Green Hydrogen Plant Expansion Project

Representational image. Credit: Canva The Deendayal Port Authority (DPA) has invited online competitive bids for a major infrastructure project aimed at expanding its existing 1 MW Green Hydrogen Plant. The project will scale up the current capacity by adding 5 MW, while also creating infrastructure that can support a future expansion up to 10 MW. The present tender mainly...

Deendayal Port Authority Floats ₹3.26 Crore Tender For Green Hydrogen Storage And Fuel Cell Project At Kandla

Deendayal Port Authority Floats ₹3.26 Crore Tender For Green Hydrogen Storage And Fuel Cell Project At Kandla

Deendayal Port Authority has announced a new tender for a modern clean energy project at Kandla, marking an important move toward sustainable port operations. The project will focus on setting up a green hydrogen storage system using metal hydride technology, along with fuel cell-based power generation for port applications. It will be handled under the Electrical Division and...

Reliance Signs  Billion Green Ammonia Deal with Samsung C&T

Reliance Signs $3 Billion Green Ammonia Deal with Samsung C&T

Reliance Industries Ltd. (RIL) has entered into a binding long-term supply and purchase agreement (SPA) with Samsung C&T Corporation for the supply of green ammonia.The agreement, valued at over $3 billion, will span 15 years and is set to commence in the second half of FY2029. According to the company, it is among the largest binding long-term green ammonia offtake agreements globally.RIL stated...

Energy transition investors shift to storage, hydrogen and power demand

Energy transition investors shift to storage, hydrogen and power demand

Schroders Greencoat says capital needs remain vast.Energy transition infrastructure is moving beyond renewable generation alone, with battery storage, green hydrogen, and rising electricity demand from sectors such as data centres emerging as the next major investment opportunities, according to Schroders Greencoat.The asset manager said renewables have remained central to infrastructure investing,...

Villeta Green H2 Fertiliser Plant: EIB Global’s M Investment in Paraguay – News and Statistics

Villeta Green H2 Fertiliser Plant: EIB Global’s $95M Investment in Paraguay – News and Statistics

Mar 17, 2026 The European Investment Bank's development arm, EIB Global, has committed financing of up to 95 million U.S. dollars for a green hydrogen-based fertiliser plant in Paraguay, according to Hydrogen Central. The facility, known as the Villeta Green H2 Fertiliser Plant, will produce low-carbon nitrogen fertilisers using green hydrogen derived from...

Hydrogen Generation Market to Reach 1.9 Billion by 2030 — The Clean Energy Revolution Begins

Hydrogen Generation Market to Reach $281.9 Billion by 2030 — The Clean Energy Revolution Begins

March 2026 • Ameco Research • Energy & Clean Technology The global Hydrogen Generation Market, valued at USD 147.6 Billion in 2021, is projected to reach USD 281.9 Billion by 2030 at a CAGR of 7.6%. As decarbonization accelerates worldwide, hydrogen is rapidly emerging as the cornerstone fuel of the global clean energy transition. The global race to decarbonize energy systems has elevated...

CNE100001FR6) surges as China targets hydrogen industrial

CNE100001FR6) surges as China targets hydrogen industrial

China's three-ministry hydrogen pilot program and strategic elevation of green hydrogen in the 15th Five-Year Plan may reshape the entire clean-energy supply chain. LONGi, a key electrolyzer and solar equipment supplier, stands to benefit from unprecedented policy momentum and commercialization timelines. As of: 16.03.2026 By Michael Hartwell, Senior Energy Markets Analyst. LONGi Green Energy...

Scientists Use Semiconductor Electrodes For Green Hydrogen Production

Scientists Use Semiconductor Electrodes For Green Hydrogen Production

Hydrogen is often discussed as the future of clean energy, but the problem is that making it is expensive. Right now, the best tools we have for the job rely on noble metals like platinum. Since platinum isn’t cheap or easy to find, it keeps the cost of hydrogen production high and stops it from being used everywhere. To fix this, researchers at the University of Jyväskylä (JYU) are looking at...

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