首页|穿山港区制氢加氢一体站的输氢管道设计

穿山港区制氢加氢一体站的输氢管道设计

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利用水路交通自然禀赋,通过太阳能和风能制氢,是构建港口绿氢"制-储-注-供-用"产业链的重要环节.制氢加氢一体站是未来的发展趋势,从安全角度保证制氢加氢一体站之间的管道输送十分重要.以穿山港区制氢量为500 Nm3/h的制氢加氢一体站为对象,开展输氢管道强度参数计算,并用CAESAR Ⅱ软件对所计算的管道系统进行建模,开展多种工况下的静态应力分析.结果表明所设计的管道系统模型可行,可为制氢加氢一体站的气体输氢设计提供参考.
Hydrogen Pipeline Design for an Integrated Hydrogen Production and Refueling Station in Chuanshan Port Area
Utilizing the natural endowment of waterway transportation,hydrogen production through solar energy and wind energy is an important link in the construction of port hydrogen"production-storage-injection-supply-use"industry chain.Hydrogen production and refueling station is the future development trend,and it is very important to ensure the pipeline transportation between hydrogen production and refueling station from the safety point of view.The pipeline strength parameters of the hydrogen pipeline were calculated for a hydrogen production station with a capacity of 500 Nm3/h in Chuanshan port area,the pipeline system was modeled by CAESAR Ⅱ software,and the static stress analysis was carried out under a variety of working conditions,which showed that the designed pipe-line system model is feasible,and it provides scientific references for the design of the hydrogen trans-mission in the integrated hydrogen production station.

integrated hydrogen production and refueling stationhydrogen transportationpiping de-signstress analysis

吴承志、童亮、袁裕鹏、张乾能、袁成清

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武汉理工大学交通与物流工程学院 武汉 430063

宁波北仑第三集装箱码头有限公司 宁波 315800

制氢加氢一体站 输氢 管道设计 应力分析

2024

交通科技
武汉理工大学

交通科技

影响因子:0.495
ISSN:1671-7570
年,卷(期):2024.(5)