HEMET 2026 Conference on Hydrogen Energy, Electrochemistry, and Modern Energy Engineering to Be Held in Hangzhou on July 23

HangzhouJune 18, 2026 /PRNewswire/ — Reported by New Energy Network.

HEMET 2026 International Conference on Hydrogen Energy, Electrochemistry, and Modern Energy Engineering Technology
HEMET 2026 International Conference on Hydrogen Energy, Electrochemistry, and Modern Energy Engineering Technology

As wind and solar power gradually become the main sources of electricity, converting intermittent green electricity into storable and transportable molecules has become a new imperative. Hydrogen energy offers the most elegant solution to this challenge, while electrochemistry weaves a smart network between materials and systems. From proton exchange membranes to fuel cells, from cost reduction in hydrogen production to zero-carbon chemical processes, every experimental breakthrough is knocking on the door of industrialization.

Against this backdrop, the HEMET 2026 International Conference on Hydrogen Energy, Electrochemistry, and Modern Energy Engineering Technology will be held from July 23 to 24 in Hangzhou, China. At that time, researchers, engineers, and industry professionals from around the world will gather to engage in in-depth discussions on core topics including green hydrogen production, water electrolysis, fuel cells, hydrogen storage and transportation, electrochemical energy conversion, advanced energy storage systems, and decarbonization solutions.

The conference aims to build an interdisciplinary and cross-sector international cooperation platform, driving cutting-edge technologies from the laboratory to large-scale applications. The call for papers covers five major directions: thermal processes and energy system engineering, electrochemical hydrogen production, fuel cells and power systems, advanced combustion and low-carbon fuels, and energy storage technologies and infrastructure. After rigorous peer review, accepted papers will be published in the Journal of Physics: Conference Series (JPCS) and submitted to EI Compendex, Scopus, and other major international indexing databases for retrieval.

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