In the wave of booming development of green energy, authoritative industry encyclopedias are becoming the "knowledge anchor" for the public and industry to gain insights into trends. When we search for keywords such as "electrolysis of water to produce hydrogen" and "PEM electrolysis of water" on the encyclopedia platform, an entry that combines technological breakthroughs and regional benchmark value jumps into our sight——SHINE-HYDROGEN (Shanghai) New Energy Technology Co., Ltd.The official encyclopedia of this hydrogen production pioneer has been officially launched, showcasing its core technological advantages, industrial collaborative innovation, and ecological contributions. The system presents the hard core strength of this pioneering enterprise in the hydrogen production field.
Please refer to the following entry:
SHINE-HYDROGEN (Shanghai) New Energy Technology Co., Ltd.
Overview
SHINE-HYDROGEN (Shanghai) New Energy Technology Co., Ltd.. is a new material and new energy technology innovation enterprise founded by Professor Zhang Bo from the Department of Polymer Science at Fudan University. The company was established in March 2023 and settled in Baowu Interconnected Baodi Binjiang Park, Youyi Road Street, Baoshan District (the first batch of carbon neutral industrial parks in Shanghai), focusing on the research and development of PEM Water Electrolysis hydrogen production catalysts and membrane electrode production. The company's business includes research and development, production, customization, and testing technology services for PEM Water Electrolysis hydrogen catalysts, slurries, and membrane electrodes.
Basic Information Column
Company Name: SHINE-HYDROGEN (Shanghai) New Energy Technology Co., Ltd.
Foreign name: SHINE-HYDROGEN (Shanghai) New Energy Technology Co., Ltd.
Headquarters location: Shanghai, China
Company nature: Private enterprise
Company goal: With green hydrogen technology innovation as the core, connect clean green electricity with industrial decarbonization, and empower a zero carbon future
Profile
SHINE-HYDROGEN (Shanghai) New Energy Technology Co., Ltd.. was established in March 2023 and is located in Baowu Interconnected Baodi Binjiang Park, Youyi Road Street, Baoshan District. The company focuses on the research and development of PEM electrolytic water hydrogen production catalysts and membrane electrode production. In the field of PEM electrolysis for hydrogen production, SHINE-HYDROGEN has a world leading technological level:
The independently developed high-performance low iridium loaded catalyst has a lower loading capacity compared to products in the same industry internationally (reducing the cost of precious metal catalysts by 80%); Low electrolysis voltage (3A/cm)2The advantages of increased energy efficiency to 86% under electric density and longer catalyst lifespan (with a predicted stability of 24 years based on accelerated aging data) have led to the catalyst breaking the US DOE2026 target. The results have been published in Science;
We have independently developed and designed a customized PEM electrolytic water hydrogen catalyst membrane electrode production line with a designed capacity of 7 GW. It can achieve roll to roll one-time molding, automated mass production, and intelligent quality control. It has the core advantages of high yield, high production efficiency, and double-sided direct coating.
Founder's Introduction
Zhang Bo, Chairman, Founder, Actual Controller of the Company, and Chief Scientist. Professor of Department of Polymer Science of Fudan University (doctoral supervisor, Zhuo Bo supervisor), fixed researcher of State Key Laboratory of Polymer Molecular Engineering. Served as an expert in major priority directions in the national energy field (13 people nationwide), chief scientist and expert group leader of major national research projects, deputy director of the Shanghai Comprehensive Energy System Artificial Intelligence Engineering Technology Research Center, and secretary expert of the Chemical Science Department of the National Natural Science Foundation of China and the Electrochemical Discipline "14th Five Year Plan" of the Electrochemical Committee of the Chinese Chemical Society. He has successively won honors such as the Changjiang Scholar (Youth) of the Ministry of Education, the Joint Fund for Equipment Pre Research of the Ministry of Education for Young Talents, the Shanghai Distinguished Professor (Oriental Scholar) of Universities, the Shanghai Youth Science and Technology Pioneer Star, and the Shanghai Youth Top notch Talent. Actively serving major national strategies, serving as the chief scientist of the project and leading major national research and development projects (over 100 million yuan).
Business Introduction
Research and development, production, customization, and testing technology services for PEM electrolysis hydrogen production catalysts, slurries, and membrane electrodes.
core values
1. [Extreme Innovation] Define the Next Generation Hydrogen Production Standard
2. [Customer First] Empower customers with customized solutions and create a green hydrogen future together
3. [Integrity and Win win] Build an industrial ecosystem through transparent cooperation and work together with partners to achieve sustainable development
4. [Zero Carbon Mission] Reshaping the Industrial Future with Green Hydrogen and Revitalizing High Carbon Industries with Green Vitality
slogan：
Leading green hydrogen technology and empowering a zero carbon future
core technology
1. Research and production technology for low-cost, high-performance long-acting catalysts (currently, multiple high-efficiency catalysts have been mass-produced)
2. Catalyst artificial intelligence digital design and high-throughput evaluation technology (providing digital high-throughput catalyst design and component selection services)
3. Exclusive slurry and self-developed advanced double-sided direct coating technology for membrane electrodes (providing advanced membrane electrode products and coating processing services)
4. Global platform for industry-academia-research technology cooperation and resource sharing (providing technical consulting and industry university resource sharing services)
Product Series
Membrane electrode iridium oxide (lrO)2-1）
Membrane electrode iridium oxide (lrO)2-2）
Membrane electrode iridium oxide (IrO)2-3）
Membrane electrode iridium alloy (IrM)
Membrane electrode iridium loading（ Ir@M1 ）
development history
In March 2023, the company was registered and established
In May 2023, the amplification of catalysts at the hundred gram level will be achieved, and laboratory samples of large-area membrane electrodes will be produced, and external samples will begin to be sent
In June 2024, the GW level membrane electrode production line officially produced samples and sent them one after anotherIndustry feedback shows excellent performance.
In October 2024, under the promotion of the Baoshan District Science and Technology Commission, SHINE-HYDROGEN, as the leading unit, formed the Shanghai Baoshan District Green Low Carbon Electrolytic Water Hydrogen Production Innovation Alliance with 11 universities and leading enterprises in the hydrogen production industry chain.
In November 2024, SHINE-HYDROGEN Company was awarded the Shanghai Service Industry Development Guidance Fund Support ProjectPEM hydrogen electrolysis catalyst and membrane electrode research and development service platform (Shanghai Development and Reform Commission)。
In December 2024, SHINE-HYDROGEN, as a model of school local cooperation, became a resident unit of Baoshan District Postdoctoral Innovation Practice Base.
In February 2025, SHINE-HYDROGEN was approved for the construction of an advanced membrane electrode pilot production line (Shanghai Municipal Commission of Economy and Information Technology) at the Lianlian Baodi Binjiang Park New Material Pilot Base. (The first batch of 11 enterprises selected in Shanghai, among which 2 in Baoshan District are SHINE-HYDROGEN and Baowu)
In February 2025, the catalyst performance achieved the US DOE2026 target for the first time, and this achievement was published in the top international journal Science
