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制氢与储氢技术课程建设

Discussion on the Construction of Hydrogen Production and Hydrogen Storage Technology Courses
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摘要 在“双碳”背景下,氢能作为一种燃烧热值高、零碳排放的优质可再生能源,逐渐受到重视。我国早期氢能发展主要集中在氢能利用的下游环节(氢燃料电池),高校的相关课程也主要与燃料电池相关。最近,我国不断布局氢能上游制氢与中游储氢产业,制氢与储氢相关产业得到了快速发展,亟需大量具有相关背景的专业人才。该文通过对制氢与储氢技术课程建设进行探讨,初步明确了制氢与储氢课程的教学内容及目标;随后,基于该课程的特点制定了相应的教学方法;最后,提出了该课程的考核评价方式。该课程的建设对于培养具有氢能制—储—运—用全产业链背景的专业人才具有重要意义。 Under the background of carbon peaking and carbon neutrality,hydrogen energy,as a high-quality renewable energy with high calorific value and zero carbon emissions,has gradually attracted attention.The early development of hydrogen energy in our country was mainly focused on the downstream industry of hydrogen energy utilization(hydrogen fuel cell),and the relevant courses in universities were mainly related to fuel cells.Recently,the upstream hydrogen production and midstream hydrogen storage were gradually valued,and the related industries of hydrogen production and hydrogen storage have developed rapidly,and many professionals with relevant backgrounds are urgently needed.This paper explored the construction of hydrogen production and storage technology courses,preliminarily clarifies the teaching content and objectives of hydrogen production and storage courses.Then,based on the characteristics of this course,the corresponding teaching methods were formulated.Finally,the assessment and examining methods for this course were proposed.The construction of this course is of great significance for cultivating professionals with the background of hydrogen energy production,storage,transportation,and use.
作者 李孝艳 李恩田 周昊 周诗岽 柳扬 吕晓方 LI Xiaoyan;LI Entian;ZHOU Hao;ZHOU Shidong;LIU Yang;LYU Xiaofang(School of Petroleum and Natural Gas Engineering,School of Energy,Changzhou University,Changzhou Jiangsu,213164,China)
出处 《创新创业理论研究与实践》 2024年第9期34-38,共5页 The Theory and Practice of Innovation and Enterpreneurship
基金 常州大学教育教学研究课题“油气储运工程智慧化实践教学探索”(CDSG2023301) “省级科研平台反哺实践教学路径探索研究”(CDSG2023302) “油气储运工程智慧化实践教学平台建设研究”(CDSG2023303)
关键词 氢能 制氢 储氢 课程建设 教学内容 教学方法 Hydrogen energy Hydrogen production Hydrogen storage Course construction Teaching contents Teaching methods
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