首页|高中化学"电解池"的项目式教学设计——利用电解技术设计低碳合成氨工艺流程

高中化学"电解池"的项目式教学设计——利用电解技术设计低碳合成氨工艺流程

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以"哈伯合成氨工艺"为项目情境,以"利用电解池技术对合成氨工艺进行降碳改进"为项目任务,通过分析哈伯合成氨工艺高碳排放的原因建立初步研究思路;通过"制作简单的燃料电池"实验构建电化学认识模型,在知识层面理解电解池装置的原理及其在物质转化中的重要应用,深入理解项目任务;通过设计绿色可持续的合成氨方案,加强理论与实践的结合,培养和发展学生科学态度与社会责任化学学科核心素养.
Project-based Teaching Design of High School Chemistry"Electrolytic Cell"——Design of Low-carbon Ammonia Synthesis Process Using Electrolysis Technology
Taking the"Haber ammonia synthesis process"as the project scenario and"using electrolyze technology to improve the carbon reduc-tion of the ammonia synthesis process"as the project task,the research ideas were preliminarily established by analyzing the reasons for the high carbon emissions of the Haber ammonia synthesis process.Through the experiment of"making a simple fuel cell",the electrochemical under-standing model was constructed,and the principle of the electrolytic cell device and its important role in the transformation of matter were under-stood at the knowledge level,and the project tasks were deeply understood.Through the design of green and sustainable ammonia synthesis schemes,the combination of theory and practice is strengthened,and the core literacy of chemistry with scientific attitude and social responsibil-ity is cultivated and developed.

Project-based teachingElectrolytic cellsCore competenciesSynthetic ammonia

李杰、马文霞、林珊

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宁夏师范学院 化学化工学院,宁夏 固原 756000

项目式教学 电解池 核心素养 合成氨

宁夏回族自治区普通本科高等学校本科教学改革研究与实践项目宁夏师范学院教育硕士专业学位研究生教学案例项目

bjg2023072

2024

云南化工
云南省化工研究院 云天化集团有限责任公司 云南煤化工集团有限公司 云南省化学化工学会

云南化工

影响因子:0.272
ISSN:1004-275X
年,卷(期):2024.51(6)
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