2026 Asia Pacific Hydrogen Summit & Exhibition, Adelaide, Australia

The 2026 Asia-Pacific Hydrogen Summit & Exhibition in Adelaide, Australia, is one of the most influential and largest annual events in the hydrogen energy sector across the Asia-Pacific region. Held annually at the Adelaide Convention Centre in Australia, it brings together leading hydrogen technology suppliers, project developers, government agencies, research institutions, investors, and energy industry decision-makers from around the globe. The exhibition aims to promote cooperation and development in the hydrogen energy industry in the Asia-Pacific region and accelerate the application of hydrogen in energy transition. Since its inception, the Asia-Pacific Hydrogen Summit & Exhibition has been successfully held for several editions, with its scale and influence expanding year by year, becoming a key platform connecting the upstream and downstream of the hydrogen energy value chain. Each exhibition attracts thousands of professional visitors and hundreds of exhibiting companies, jointly discussing the latest progress and challenges in hydrogen production, storage, transportation, and application. During the summit, multiple high-level thematic conferences and technical seminars will be held, inviting industry leaders, policymakers, and experts to share forward-looking views and release the latest research findings. The exhibition not only provides an excellent opportunity for exhibiting companies to showcase innovative technologies and solutions but also builds a broad platform for attendees to expand business networks and seek cooperation opportunities, playing a pivotal role in promoting the healthy and sustainable development of the hydrogen energy industry in the Asia-Pacific region and globally.

The exhibit range of the 2026 Asia-Pacific Hydrogen Summit & Exhibition in Adelaide, Australia, covers all aspects of the hydrogen energy value chain, aiming to comprehensively showcase the latest technologies, products, and solutions in the hydrogen energy field. The main exhibit categories include: 1. Hydrogen Production Technologies and Equipment: Covers various hydrogen production processes and equipment such as water electrolysis for hydrogen production (alkaline electrolyzers, PEM electrolyzers, AEM electrolyzers, SOEC electrolyzers, etc.), biological hydrogen production, photocatalytic hydrogen production, thermochemical hydrogen production, fossil fuel-based hydrogen production (such as natural gas reforming, coal gasification for hydrogen production and carbon capture technology), and related hydrogen production raw materials (such as renewable energy electricity, water treatment equipment, etc.). 2. Hydrogen Storage and Transportation: Includes high-pressure gaseous hydrogen storage tanks, cryogenic liquid hydrogen storage tanks, solid-state hydrogen storage materials (such as metal hydrides, organic liquid hydrogen carriers LOHC, etc.), hydrogen transmission pipelines, hydrogen refueling station equipment (dispensers, storage tanks, compressors, cooling systems, etc.), hydrogen transport vehicles (hydrogen fuel cell trucks, trailers, etc.), and related safety monitoring systems and valve fittings. 3. Hydrogen Fuel Cell Technology and Applications: Covers various fuel cell stacks and systems such as proton exchange membrane fuel cells (PEMFC), solid oxide fuel cells (SOFC), phosphoric acid fuel cells (PAFC), molten carbonate fuel cells (MCFC), and application solutions for fuel cells in transportation (hydrogen fuel cell vehicles, trains, ships, drones, etc.), stationary power generation (distributed generation, backup power), portable power, etc. 4. Hydrogen Infrastructure and Support: Includes hydrogen project development and investment, hydrogen industry park planning, hydrogen testing and certification, hydrogen safety technology, hydrogen standards and regulations, hydrogen consulting services, hydrogen education and training, and various auxiliary equipment and materials used in hydrogen production, storage, transportation, and application processes. 5. Carbon Capture, Utilization, and Storage (CCUS) Technology: Carbon emission reduction technologies combined with hydrogen production, including carbon capture equipment, carbon utilization technologies (such as synthetic fuels, chemical raw materials), carbon storage solutions, etc., aiming to achieve low-carbon or even negative-carbon hydrogen production. 6. Digital and Intelligent Solutions: Applications of IoT, big data, artificial intelligence, digital twin, and other technologies in the hydrogen energy value chain to improve the operational efficiency, safety, and intelligence of hydrogen energy systems. Through these exhibits, the 2026 Asia-Pacific Hydrogen Summit & Exhibition in Adelaide aims to showcase the comprehensive development of the hydrogen energy industry and promote technological innovation and business cooperation.

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