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BOGDA HYDROGEN delivers a disassemblable PEM electrolyzer to USTC

Company News 2026-07-22

BOGDA HYDROGEN Delivers Disassemblable PEM Electrolyzer to USTC

Hefei BOGDA Hydrogen Technology Co., Ltd. delivered a disassemblable PEM electrolyzer (2 cells, 100 cm² active area per cell) to the University of Science and Technology of China. Verified by BOGDA's in-house hydrogen test bench, it achieved 1 A/cm² at 1.62 V (60 °C), significantly exceeding the contract standard of 1 A/cm² at 1.65 V.

Tsinghua & Hefei Univ. of Tech. Publish in Nature Communications: Anode-Pressurized AEM Sets 11.2 A/cm² Record

On May 14, 2026, teams from Tsinghua University (Shi Yixiang), Hefei University of Technology (Wei Haibing) and Beijing Institute of Technology (Wang Bo) published in Nature Communications, proposing an anode-pressurized AEM water electrolysis architecture that reaches a record 11.2 A/cm² at 2 V and 90 °C.

Guangdong Univ. of Tech. Publishes in Nature Communications: Oriented Water Configuration Resolves PEM Catalyst Trade-off

Prof. Yu Lin's team at Guangdong University of Technology, with Huazhong University of Science and Technology and Hainan University, published in Nature Communications, proposing an "oriented water molecular configuration" strategy that reduces the OER barrier from 2.02 eV to 0.85 eV and runs stably for over 720 h at 1 A/cm² in a PEM cell.

BOGDA HYDROGEN at China Materials Conference 2026: PEM Test Bench & AEM Electrolyzer Draw Wide Attention

From July 15–17, 2026, the China Materials Conference 2026 & 27th China International New Materials Expo was held at the Wuhan International Expo Center, with 35 academicians and nearly 300 enterprises — the largest edition to date. Hefei BOGDA Hydrogen Technology showcased its PEM water electrolyzer test bench, AEM electrolyzer test system and MEA production line, exchanging in depth with research groups from Huazhong University of Science and Technology, Wuhan University and others.

Tianjin University Publishes in Science: Transient Assembly Achieves Minute-Scale Precision Synthesis of Platinum-Group Catalysts

Prof. Hu Wenbin's team at Tianjin University published in Science a transient-assembly strategy that uses millisecond-period heat pulses to achieve ultra-fast synthesis and atomic-level precise control of platinum-group core-shell catalysts, shortening a traditional multi-hour process to minutes and cutting energy use by 90%. The resulting catalyst shows 16× the mass activity of commercial Pt/C with only 3.2% decay after 30,000 cycles.

Fudan University Publishes in Science: Embedded Catalyst Cuts Iridium Usage in PEM Water Electrolysis by 85%

Prof. Zhang Bo's team at Fudan University published in Science an embedded-support catalyst that cuts iridium usage in PEM hydrogen electrolysis by 85%, improves device energy efficiency by 65%, and shows only 1.3 μV/h decay over a 6,000 h test — fully exceeding the US DOE 2026 target.