Asia-Pacific Enters a New Phase of Renewable Hydrogen Development
The Asia-Pacific region is rapidly becoming a global center for renewable hydrogen development, with around 795 hydrogen-related projects and a planned production capacity of approximately 35.2 million tonnes per year. Growing energy security concerns, long-term supply agreements, and declining production costs are accelerating investment activity. Major initiatives led by China, India, Japan, and Australia are expected to support the large-scale commercialization of renewable hydrogen and its derivatives.
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Southeast Asia’s Energy System Expected to Transform by 2050
According to the International Energy Agency, Southeast Asia could undergo a major transformation by 2050 if announced energy and climate pledges are implemented. Fossil fuel demand is expected to peak before 2035, while electricity demand will rise sharply and low-emission sources could provide nearly 90% of total power generation by mid-century. Hydrogen, sustainable fuels, carbon capture, geothermal energy, and modern bioenergy are expected to play important roles in sectors that are difficult to electrify directly.
Geopolitical Tensions Improve the Competitiveness of Green Hydrogen in Asia
Rising oil and natural gas prices triggered by geopolitical tensions in the Middle East are improving the economic case for green hydrogen across Asia. Higher fossil fuel costs are narrowing the price gap between conventional hydrogen and renewable hydrogen, while energy security concerns are encouraging governments to diversify supply sources. Analysts suggest that countries such as China, Japan, South Korea, and India may accelerate hydrogen investments as part of broader resilience and decarbonization strategies.
Asia-Pacific Ports Advance Hydrogen and E-Fuel Readiness
Ports across the Asia-Pacific region are increasingly becoming strategic hubs for hydrogen and e-fuel value chains. By connecting fuel producers, shipping companies, industrial users, utilities, and logistics operators, ports can aggregate demand and support larger-scale low-carbon fuel projects. Japan’s Yokohama Port stands out as a leading example, with more than 140 public-private projects focused on hydrogen, ammonia, methanol, shore power electrification, and carbon-neutral logistics.
Hydrogen and Carbon Markets Shape the Asia-Pacific Energy Transition
S&P Global’s energy transition assessment highlights the growing connection between hydrogen markets, carbon pricing, and geopolitical developments. Asia-Pacific’s expanding hydrogen project pipeline, combined with improving cost competitiveness and evolving carbon market frameworks, is supporting deeper decarbonization across the region. The report also emphasizes that volatile fossil fuel prices and policy expectations are strengthening the long-term investment case for low-carbon technologies.
Hyundai to Develop a Hydrogen Ecosystem in Hong Kong
Hyundai Motor Group has signed a multi-party agreement to develop an integrated hydrogen ecosystem in Hong Kong. The project includes low-carbon hydrogen production, storage, transport, refueling infrastructure, and hydrogen-powered commercial vehicles. A waste-to-hydrogen model using landfill gas is expected to support both emissions reduction and clean mobility deployment, positioning Hong Kong as a strategic hydrogen hub in the Asia-Pacific region.
Southeast Asia Explores Green Hydrogen Microgrid Deployment
Singapore-based Greenlyzer and Cambodia’s Royal Group have agreed to explore modular green hydrogen microgrid deployment across Cambodia and potentially other Southeast Asian markets. The system integrates renewable energy, AEM electrolysis, solid-state hydrogen storage, and fuel cells to provide decentralized and reliable clean power. The technology is particularly relevant for remote areas, industrial sites, data centers, and regions with limited grid infrastructure.
South Korean Researchers Develop a New Catalyst for Green Hydrogen Production
A research team from Sungkyunkwan University and Kyungpook National University has developed a high-performance, non-precious-metal catalyst for water electrolysis. By activating “hidden” lattice oxygen within cobalt oxide nanoclusters, the researchers improved the oxygen evolution reaction, one of the key bottlenecks in green hydrogen production. The catalyst showed strong activity and durability without relying on expensive iridium or ruthenium, pointing to more scalable and cost-effective hydrogen technologies.
Hydrogen Power Systems Target Southeast Asian Data Centers
Jiangsu Guofu Hydrogen Energy has partnered with Charoen Energy and Water Asia and Hydro Data to explore hydrogen-based power systems for data centers in Thailand and the wider Southeast Asian region. The collaboration includes a phased pilot project in Rayong, initially targeting 3 MW and potentially scaling up to 100 MW. The initiative reflects growing interest in hydrogen as a reliable low-carbon power source for data centers driven by AI, cloud computing, and rising electricity demand.
China Successfully Tests Hydrogen-Powered Aircraft
China has successfully completed a test flight of a hydrogen-powered unmanned cargo aircraft in Hunan province. The 7.5-ton aircraft used a megawatt-class hydrogen turboprop engine and completed a 16-minute flight, demonstrating the basic feasibility of hydrogen propulsion under real flight conditions. Although the technology remains at an early demonstration stage, the test marks an important step toward low-carbon aviation solutions for cargo and regional transport.
Malaysia-Japan Hydrogen Project Scales Back Amid Funding Constraints
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A flagship Malaysia-Japan green hydrogen project has been scaled back due to funding constraints and the lack of key government subsidies. The original export-oriented model, which aimed to link Malaysia’s renewable energy resources with Japan’s hydrogen import demand, faced high transport and infrastructure costs. The revised approach reflects a broader market reality in which many international hydrogen projects are being restructured to better match financing availability and realistic demand conditions.
RINA to Support Safety Assessment for Indonesia’s H2WATT Hydrogen Hub
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RINA has been selected to provide safety assessment services for Indonesia’s H2WATT Green Hydrogen Hub, which is being developed under PLN Puslitbang. The company will assess risks related to hydrogen production, storage, distribution, fire and explosion scenarios, and emergency response planning. The project highlights the growing importance of safety engineering, certification, and international standards as Southeast Asia accelerates hydrogen infrastructure development.
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https://www.marinelink.com/news/rina-gets-safety-assessment-role-540394
Hyrasia One Positions Kazakhstan as a Major Green Hydrogen Export Hub
The Hyrasia One project in Kazakhstan is one of the world’s largest planned renewable hydrogen and ammonia developments. Designed to integrate around 40 GW of wind and solar capacity with approximately 20 GW of electrolysis, the project aims to produce up to 2 million tonnes of green hydrogen per year. By converting part of this hydrogen into green ammonia for export, the project could position Central Asia as a major supplier of clean energy carriers to Europe and Asia.
India Explores Green Hydrogen for Clean Cooking Applications
India is exploring green hydrogen as a potential long-term alternative to imported LPG for household and commercial cooking. The concept involves using renewable electricity to produce hydrogen on-site through small electrolyzers, which would then fuel specially designed burners. Although the technology remains in the research and demonstration phase, it could improve energy security, reduce import dependence, and support cleaner cooking solutions in the future.
Asia-Pacific Hydrogen Summit 2026 to Define the Next Phase of Scale-Up
The Asia-Pacific Hydrogen Summit 2026 is positioned as a key regional platform for defining the next stage of hydrogen scale-up. The event will bring together governments, investors, technology providers, and project developers to address infrastructure readiness, financing, policy frameworks, and commercial deployment. As the hydrogen sector moves from announcements toward execution, the summit is expected to support regional cooperation and accelerate the development of bankable hydrogen projects.
Annica Wins Solar-Hydrogen Project in Sarawak
Singapore-based Annica Holdings has secured a commercial contract to develop an integrated solar and hydrogen energy project for rural communities in Sarawak, Malaysia. The project will use excess solar electricity to produce hydrogen, which can later be converted back into power when needed. This approach aims to reduce dependence on diesel generators and provide cleaner, more reliable energy access in off-grid regions.
Link: https://asian-power.com/news/annica-wins-sarawak-solar-hydrogen-project-in-regional-expansion
Asia-Pacific Green Hydrogen Conference to Be Held in Sarawak
The Asia-Pacific Green Hydrogen Conference and Exhibition 2026 will take place in Sarawak, Malaysia, from 9–11 June 2026. The event will bring together policymakers, investors, energy companies, and technology providers to accelerate the development of the regional hydrogen economy. Key topics will include hydrogen production, infrastructure, financing, hydrogen derivatives such as ammonia and methanol, and export-oriented hydrogen hubs.
Hyundai Builds a Hydrogen Ecosystem in Hong Kong
Hyundai Motor Group has signed a memorandum of understanding with nine partner organizations to develop a comprehensive hydrogen ecosystem in Hong Kong. The project includes low-carbon hydrogen production from waste gas, hydrogen refueling infrastructure, and the deployment of hydrogen-powered commercial vehicles. The initiative aims to position Hong Kong as a regional hydrogen hub by 2030 and accelerate hydrogen mobility applications across the Asia-Pacific region.
Citi Supports Solar and Hydrogen Growth in India
Citi’s senior leadership met with Indian Prime Minister Narendra Modi to discuss strategies for accelerating renewable energy and clean technology investments. The discussions focused particularly on expanding solar capacity and developing green hydrogen for hard-to-abate sectors such as heavy industry, transportation, and fertilizer production. Support from global financial institutions is considered critical for scaling India’s clean energy infrastructure and achieving its energy transition goals.
DigMethpy Accelerates Methane Pyrolysis Catalyst Discovery with AI
An international research team led by Tohoku University has developed DigMethpy, an artificial intelligence-driven platform designed to accelerate the discovery of catalysts for methane pyrolysis. The platform combines literature data, experimental results, computational simulations, machine learning, and large language models to identify promising catalyst candidates more rapidly. Methane pyrolysis is considered an important low-carbon hydrogen production pathway because it can generate hydrogen and solid carbon without direct CO₂ emissions.
Hydrogen Fuel Cell Buses Enter Service in New Delhi
India has introduced two hydrogen fuel cell buses into public service in New Delhi, marking another step toward cleaner urban transportation. Developed by Tata Motors and operated by the Delhi Metro Rail Corporation, the buses emit only water vapor during operation. The pilot project will provide important data on fuel efficiency, refueling procedures, maintenance needs, and the real-world performance of hydrogen buses in urban conditions.
Link: https://www.gasworld.com/story/two-hydrogen-buses-deployed-in-indian-capital/2249627.article/
Schneider Electric and Microsoft Deploy AI-Driven Hydrogen Control Systems in India
Schneider Electric and Microsoft have partnered to deploy artificial intelligence-driven control systems for green hydrogen operations in India. The system will monitor hydrogen plant performance in real time, improve electrolyzer efficiency, predict maintenance needs, and reduce energy consumption. This initiative demonstrates the growing importance of digitalization and artificial intelligence in large-scale hydrogen production.
Asia Pacific Green Hydrogen Conference & Exhibition Returns in June
The Asia Pacific Green Hydrogen Conference & Exhibition is returning as one of the region’s key events supporting the development of the hydrogen economy. The event will bring together public institutions, investors, energy companies, researchers, and technology developers to discuss green hydrogen production, storage, transport, and industrial applications. It is expected to accelerate hydrogen investments and create new collaboration opportunities across the Asia-Pacific region.
Link: https://www.taiwannews.com.tw/news/6365401
Visual Overview of the Hydrogen Value Chain in Asia
The shared visual content presents a broad overview of hydrogen production, storage, transportation, and end-use applications in Asia. Its main focus areas include green hydrogen production, hydrogen derivatives such as ammonia, fuel cell vehicles, industrial applications, and power generation. The content highlights hydrogen’s growing role as a key pillar of the clean energy transition in the Asia-Pacific region.
Link: https://www.asiae.co.kr/news/img_view.htm?img=2024120615100940657_1733465409.png
Kanata and Hanwha Ocean Advance FLNG Project in Canada
Kanata Clean Power and Hanwha Ocean have signed a memorandum of understanding to collaborate on a floating LNG export project in British Columbia, Canada. The proposed project near Prince Rupert is expected to have an annual production capacity of approximately 12 million tonnes and aims to supply Asia-Pacific markets. Although the project is not hydrogen-focused, it is strategically important for regional energy supply security and energy exports to Asia.
Japan Expands Green Hydrogen Electrolyzer Capacity
Japan is preparing to expand its electrolyzer component manufacturing capacity with major government support to strengthen the green hydrogen sector. Asahi Kasei’s planned facilities in Kawasaki will increase domestic production of critical electrolyzer components such as membranes and cell frames. This investment is considered an important part of Japan’s strategy to build a stronger position in the global hydrogen technology supply chain.