【Ten Years of Rapid Development in Chemical Processing Equipment】The world’s first integrated unit for storing and filling organic liquid hydrogen at normal temperature and pressure was put into operation from 2018 to 2023
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The chemical processing industry has seen significant development over the past decade; let’s celebrate the prosperity and strength of modern China. Wishing everyone a happy New Year, and may their families be safe and healthy. By contributing our ideas, we can create a more lively atmosphere for discussion. With you all, Haichuan becomes even better – we invite everyone to participate more actively in the forum discussions. At 10 a.m. on January 11th, the world’s first integrated facility for storing and filling organic liquid hydrogen under normal temperature and pressure, built by China National Chemical Engineering Group Corporation, held its commissioning ceremony at Jinshan Carbon Valley Green Bay in Shanghai. This device comprises five systems in total: a hydrogen-oil filling and oil recovery system, a 400 kg/day portable hydrogen-oil dehydrogenation system, a fixed proton exchange membrane fuel cell power supply system, a system for pressurizing hydrogen to 12.6 MPa, and a 45 MPa hydrogen filling system. In recent years, China Chemical has earnestly implemented the **\"dual carbon\" strategy and fulfilled its responsibilities as a central state-owned enterprise. It has successfully established hydrogen supply industry chains in Beijing, Shanghai, Guizhou, Henan and other places. The organic liquid hydrogen storage technology developed by Hydrogen Energy Company can effectively address the issues of long-distance transportation and large-scale storage of hydrogen, offering significant advantages in terms of cost-efficiency, safety, and stability. This technology enables hydrogen to be transported as easily as water, and stored as safely as water.
The successful commissioning of the project indicates that China’s organic liquid hydrogen storage technology is now ready for industrialization and commercialization. Based on the successful demonstration operation of this facility, Jian Tou Company will work together with local enterprises in Shanghai to make effective use of this technology, transporting hydrogen resources from areas rich in hydrogen over long distances to Shanghai. This will help establish a hydrogen energy supply and storage and transportation industry chain in Jinshan District, Shanghai, and the Yangtze River Delta region, contributing to the green and low-carbon transformation of China’s energy system.
The application of 100-kilowatt fuel cell cogeneration can generate 700,000 kWh of electricity per year, while reducing carbon dioxide emissions by 698,700 kg. It enables black start and second-level grid response, provides an efficient and clean energy supply, ensures high-quality power supply and control, and allows for modular implementation of auxiliary power peak shaving.