How to Use green hydrogen in a Sentence

green hydrogen

noun

• But the real test is no longer whether green hydrogen sounds promising.
  — Gregory Shahnovsky, Forbes.com, 26 May 2026
• The use of scrap steel, electric-arc furnaces or green hydrogen are seen as key decarbonization technologies for the sector.
  — Suzanne Lynch, Bloomberg, 17 Feb. 2026
• The plan is to compress the green hydrogen gas and pump it deep underground for storage within custom-engineered, lined rock caverns.
  — Mrigakshi Dixit, Interesting Engineering, 17 June 2026
• And from a low base, renewable green hydrogen from electrolysis will grow 100-fold in the same time period.
  — Sverre Alvik, Forbes.com, 7 Aug. 2026
• The launch is part of India’s broader efforts to develop green hydrogen and reduce carbon emissions.
  — ABC News, 17 July 2026
• Before traffic was effectively throttled in the Strait of Hormuz, the case for green hydrogen was harder to make.
  — Natasha Bracken, semafor.com, 7 Apr. 2026
• In practice, green hydrogen is not simply an energy transition narrative.
  — Gregory Shahnovsky, Forbes.com, 26 May 2026
• For hydrogen to be an ideal replacement for fossil fuels, it must be produced using solar or wind energy, also known as green hydrogen.
  — Ameya Paleja, Interesting Engineering, 27 Feb. 2026
• Researchers have revealed that semiconductor electrodes can achieve green hydrogen production.
  — Prabhat Ranjan Mishra, Interesting Engineering, 15 Mar. 2026
• Other experts have argued that the country should not pursue another fossil fuel which is not clean energy and instead focus on solar, wind, and green hydrogen.
  — Semafor Staff, semafor.com, 20 Feb. 2026
• If successful, the technology could offer a practical and scalable route to green hydrogen using abundant water and sunlight.
  — Neetika Walter, Interesting Engineering, 9 Feb. 2026
• The process avoids several long-standing barriers in green hydrogen production, including the need for purified water and high energy inputs.
  — Neetika Walter, Interesting Engineering, 9 Feb. 2026
• Agreements with partners such as Saudi Arabia include collaboration on green hydrogen.
  — Angela Chitkara, Fortune, 17 Apr. 2026
• The chemical reactions involved in capturing the carbon reduce the amount of energy needed to split water through electrolysis and produce green hydrogen.
  — Georgina Jedikovska, Interesting Engineering, 7 Aug. 2026
• Just last month, Beijing announced a low-carbon transition fund to provide direct financial support for domestic green hydrogen development.
  — Natasha Bracken, semafor.com, 7 Apr. 2026
• This includes upstream production of green hydrogen, as well as midstream storage, transportation, and refueling infrastructure.
  — Sujita Sinha, Interesting Engineering, 6 Apr. 2026
• This system operates independently of the electrical grid and does not require the electrolyzers typically used in green hydrogen production.
  — Aman Tripathi, Interesting Engineering, 1 May 2026
• It is also powered by an air-breathing SPARTAN scramjet burning green hydrogen fuel.
  — David Szondy march 02, New Atlas, 2 Mar. 2026
• Fossil fuel shocks have historically strengthened the case for alternative energy sources, and green hydrogen could again benefit from higher fossil fuel prices — at least temporarily.
  — Natasha Bracken, semafor.com, 7 Apr. 2026
• However, producing green hydrogen at scale has remained expensive and inefficient, largely due to the energy required to split water molecules and the reliance on purified water sources.
  — Neetika Walter, Interesting Engineering, 9 Feb. 2026
• However, electrolysis requires significant amounts of electricity, which can make green hydrogen expensive.
  — Georgina Jedikovska, Interesting Engineering, 7 Aug. 2026
• In March this year Saudi Arabia’s Neom project, which will become the largest green hydrogen plant, was estimated to be 90% finished and has since signed a commercial deals to distribute its product.
  — Sverre Alvik, Forbes.com, 7 Aug. 2026
• However, challenges remain, including the limited availability of hydrogen refueling infrastructure and the high cost of producing green hydrogen at scale.
  — Prabhat Ranjan Mishra, Interesting Engineering, 12 Apr. 2026
• The flight was powered by a Proton Exchange Membrane (PEM) fuel-cell-battery architecture and zero-emission green hydrogen.
  — Mrigakshi Dixit, Interesting Engineering, 12 May 2026
• The system reduces energy costs for hydrogen production while enabling the co-production of chemical feedstocks, thereby enhancing the economic viability of green hydrogen.
  — Prabhat Ranjan Mishra, Interesting Engineering, 26 Apr. 2026
• Meanwhile Gu Junjie cofounded green hydrogen production firm Sinohydo in 2021.
  — Yue Wang, Forbes.com, 27 May 2026
• The Industry Must Rethink Safety, Quality And Efficiency​ This is where the discussion around green hydrogen needs to become more mature.
  — Gregory Shahnovsky, Forbes.com, 26 May 2026
• However, work is continuing on other parts of NEOM, including the ski resort Trojena, an industrial city and port called Oxagon, and the world’s largest green hydrogen plant.
  — Matthew Martin, semafor.com, 26 Jan. 2026
• China is already the world’s top hydrogen producer, but its increasingly bullish embrace of green hydrogen in its five-year plan — made more urgent as the country’s reliance on the Middle East for fossil fuels becomes more problematic — could also get things moving.
  — Natasha Bracken, semafor.com, 7 Apr. 2026
• In a country already running a third of global hydropower capacity, ambitious dam projects are breaking ground in China’s mountainous west, while the government has set its sights on pioneering next-generation technologies like nuclear fusion and green hydrogen.
  — Simone McCarthy, CNN Money, 21 Apr. 2026