‘NEOM’ Accelerates Global Transition towards Green Hydrogen

‘NEOM’ Accelerates Global Transition towards Green Hydrogen
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‘NEOM’ Accelerates Global Transition towards Green Hydrogen

‘NEOM’ Accelerates Global Transition towards Green Hydrogen

NEOM has made qualitative progress in supporting the green hydrogen production industry on a large scale and exporting it to global markets, the Saudi State News Agecy SPA, reported.

This comes as a confirmation of the role it plays in achieving the vision of economic diversification led by Prince Mohammed bin Salman bin Abdulaziz, Crown Prince and Prime Minister, and Chairman of the NEOM Company Board of Directors, paving the way for the Kingdom to reach carbon neutrality by 2060.

NEOM has recently announced the completion of the financial closure for the establishment of the NEOM green hydrogen plant of the NEOM Green Hydrogen Company (NGHC), resulting from an equal partnership between NEOM, ACWA Power, and Air Products and Chemicals, Inc.

The total investment for the project amounted to SAR31.5 billion, of which SAR22.9 billion was funded by 23 financial institutions, including the National Infrastructure Fund (NIF) and the National Development Fund (NDF), in addition to local and international banks.

The NGHC's plant, built in Oxagon, is set to become the world's most significant green hydrogen production facility for commercial use. It is estimated to produce 600 metric tons of green hydrogen per day, to be exported to various countries worldwide once operated in 2026 AD; This will reduce 5 million tons of carbon dioxide annually.

In 2022, NEOM announced, through its subsidiary company Enowa, the establishment of the first Hydrogen and Innovation Development Center (HIDC), which will accelerate the introduction of new technologies to the market after their development stage in the laboratories, and the production, marketing, use, and transfer of green hydrogen fuel products.



Croatia's Scientists Seek to Ward Off Threat to Posidonia Seagrass

Salema porgy swim near seagrass in the protected area of France's Porquerolles National Park ahead of the UN Ocean Conference on Friday, June 6, 2025. (AP Photo/Annika Hammerschlag)
Salema porgy swim near seagrass in the protected area of France's Porquerolles National Park ahead of the UN Ocean Conference on Friday, June 6, 2025. (AP Photo/Annika Hammerschlag)
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Croatia's Scientists Seek to Ward Off Threat to Posidonia Seagrass

Salema porgy swim near seagrass in the protected area of France's Porquerolles National Park ahead of the UN Ocean Conference on Friday, June 6, 2025. (AP Photo/Annika Hammerschlag)
Salema porgy swim near seagrass in the protected area of France's Porquerolles National Park ahead of the UN Ocean Conference on Friday, June 6, 2025. (AP Photo/Annika Hammerschlag)

At Croatia’s Dugi Otok island in the Adriatic Sea, scientists, demanding action to protect environmentally important meadows of seagrass, have been on a diving mission to assess the damage inflicted by human activity.

Named after Poseidon, the ancient Greek god of the sea, Posidonia oceanica, commonly known as Mediterranean tapeweed, provides food and shelter for fish, protects coasts from erosion, purifies sea water and can play a vital role in helping to tackle global warming.

A meadow of Posidonia can annually soak up to 15 times more carbon dioxide than a similar sized piece of the Amazon rainforest, scientific research has found.

But the scientists say much more needs to be done to protect it from tourist anchoring and from trawlers dragging fishing nets in the waters of the Adriatic Sea off Dugi Otok and the surrounding Kornati archipelago national park.

They have urged tougher regulations and fines for anyone breaching them.

Dominik Mihaljevic, a biologist at the national park, said the park had begun to install anchorages that would not harm the seagrass.

"Our ultimate goal is to completely prohibit anchoring at the 19 anchorage locations that are currently in use," Reuters quoted him as saying.

Matea Spika, a senior associate at Croatia’s Sunce environmental protection association, told Reuters Mediterranean Posidonia, endemic to the Mediterranean Sea, had declined by 30% in the last 30-to-40 years.

Apart from the issue of anchors and fishing nets, she said chemicals, excess nutrients from farms and cities, warmer waters due to climate change, and invasive species had caused further damage.

New ports and artificial beaches have also blocked sunlight essential for Posidonia’s growth.