International Energy & Environment Exhibition - 东京

The International Energy & Environment Exhibition - Tokyo is a significant event in the energy and environmental sector in Japan and Asia, focusing on global energy transition and sustainable development, particularly the cutting-edge applications and development of green hydrogen technology. This exhibition has a long history and is typically co-hosted by well-known Japanese industry associations or exhibition companies, aiming to promote clean energy technological innovation, industrial cooperation, and market expansion. Annually, the exhibition attracts hundreds of exhibitors from around the world, including energy giants, technology innovation companies, equipment manufacturers, and solution providers, who collectively showcase their latest products, technologies, and services. At the same time, the exhibition also gathers tens of thousands of professional visitors, including government officials, industry experts, researchers, investors, and buyers, providing them with an excellent platform to understand industry trends, conduct technical exchanges, and expand business cooperation. As one of Japan's most influential exhibitions in the energy and environment field, it is not only a key pathway for businesses to enter or consolidate their presence in the Japanese market but also an important window into the direction of global green energy development, holding profound significance for promoting regional and global energy structure optimization and environmental protection. The exhibition is grand in scale, with its exhibition area expanding year by year, and the number of exhibitors and visitors continuously growing, fully demonstrating its leading position and increasing influence in the energy and environmental sector. During the exhibition, multiple high-end forums, seminars, and technical exchange activities will also be held, inviting industry leaders, policymakers, and technical experts to deliver speeches, jointly discuss the challenges and opportunities of energy transition, and share the latest research results and successful cases, providing valuable learning and exchange opportunities for exhibitors and visitors. Furthermore, the exhibition pays special attention to startups and innovative projects, setting up dedicated display areas and investment and financing matchmaking platforms to facilitate the rapid development of emerging technologies and business models, injecting new vitality into the entire energy and environmental industry. Through this platform, exhibitors can effectively enhance brand awareness, expand international markets, and seek potential partners, while professional visitors can comprehensively understand cutting-edge industry trends, discover new business opportunities, and connect with industry elites, jointly promoting the prosperous development of the green energy industry.

The International Energy & Environment Exhibition - Tokyo covers a wide range of exhibits across various segments of the green hydrogen industry chain, as well as broader energy and environmental technologies and solutions. These include, but are not limited to: 1. Hydrogen Production and Preparation Technologies: Including water electrolysis equipment (alkaline electrolyzers, PEM electrolyzers, SOEC electrolyzers, etc.), biological hydrogen production, photocatalytic hydrogen production, thermochemical hydrogen production, and other advanced hydrogen production technologies and equipment; integrated solutions for renewable energy (wind, solar, hydro) and hydrogen production systems; raw materials and auxiliary equipment for hydrogen production, such as pure water treatment systems, gas separation and purification equipment. 2. Hydrogen Storage and Transportation: High-pressure gaseous hydrogen storage technologies and equipment (high-pressure hydrogen storage tanks, hydrogen refueling station equipment, compressors, etc.); liquid hydrogen storage technologies and equipment (liquid hydrogen tanks, liquid hydrogen transport vehicles, liquefaction equipment, etc.); solid-state hydrogen storage materials and technologies (metal hydrides, chemical hydrogen storage materials, etc.); organic liquid hydrogen storage technologies; hydrogen pipeline transportation technologies and materials; hydrogen energy vehicles (hydrogen fuel cell vehicles, forklifts, ships, drones, etc.). 3. Hydrogen Fuel Cell Technologies and Applications: Proton Exchange Membrane Fuel Cells (PEMFC), Solid Oxide Fuel Cells (SOFC), Phosphoric Acid Fuel Cells (PAFC), Molten Carbonate Fuel Cells (MCFC), and other types of fuel cell stacks, electrodes, membrane materials, catalysts, and other core components; fuel cell system integration and solutions, including applications such as stationary power generation, mobile power, backup power, distributed generation; fuel cell testing and inspection equipment. 4. Hydrogen Infrastructure and Supporting Equipment: Solutions for hydrogen refueling station construction and operation; hydrogen sensors, detection instruments; safety monitoring systems; valves, pipelines, pumps, and other fluid control equipment; hydrogen-related standards, certification, and testing services. 5. Renewable Energy Generation and Energy Storage: Solar photovoltaic power generation systems, solar thermal power generation technologies; wind power generation systems and equipment; hydropower technologies; biomass energy generation; geothermal energy utilization; various energy storage technologies (lithium-ion batteries, flow batteries, flywheel energy storage, compressed air energy storage, etc.) and energy storage system integration. 6. Energy Management and Energy Efficiency Technologies: Smart grids, microgrid technologies; energy management systems (EMS); building energy efficiency technologies and materials; industrial energy saving solutions; waste heat recovery and utilization technologies; heat pump technologies. 7. Environmental Protection and Pollution Control: Wastewater treatment technologies and equipment; waste gas treatment and air purification equipment; solid waste treatment and resource utilization; environmental monitoring and detection equipment; soil remediation technologies; noise control; environmental consulting and services. 8. Carbon Capture, Utilization, and Storage (CCUS): Carbon capture technologies and equipment; CO2 utilization technologies (e.g., for fuel, chemical production); carbon storage technologies and sites. 9. Smart Manufacturing and Digital Energy: Industrial Internet of Things (IIoT) applications in the energy sector; big data analytics, artificial intelligence applications in energy management and optimization; digital energy platforms and solutions. 10. Research Institutions, Universities, and Financial Services: Display of the latest research achievements in the energy and environmental fields; technology transfer and commercialization platforms; investment and financing institutions; policy consulting and industry reports.

No fee information available. Please contact us for a quote.