《能源化学》课程教学大纲

1、能源化学课程教学大纲课程编号：100096201课程名称：能源化学高等教育层次：本科课程在培养方案中的地位：课程性质：选修课对应于新能源材料与器件专业，属于：BZ专业课程基本模块开课学年及学期：本科三年级第1学期先修课程：b无机化学，有机化学课程总学时：32，总学分：2课程教学形式： 0普通课程教学目标（给出知识能力素养各方面的的具体教学结果）（必填项）具体教学目标如下：通过课程学习，使学生知悉能源化学的基本概念和基本理论，理解能源与化学之间的关系，了解解决能源问题的方法、过程。通过课程学习，使学生能够解决能源生产和使用过程中碰到的化学问题，通过课程学习，使学生拥有用化学知识处理能源问题的能力

2、，形成从化学的角度去思考解决能源问题的行为习惯，建立起资源循环利用、开发绿色新型能源的可持续发展观念, 培养学生的化学资源创新研究能力。通过课程的学习，使学生能够驾驭与煤炭、石油、天然气、核能、氢能等一次能源和二次能源相关的化学基础知识，具备对涉及能源的问题进行综合分析的基本素养，从而满足专业教育的基本要求。教学内容、学时分配、与进度安排教学内容学时分配所支撑的课程教学目标教学方法与策略（可结合教学形式描述）（选填）第一章 能源简介1.能源的分类与作用2.能源的储量与消费3.能源化学4.能源发展趋势21课堂讲授第二章 煤炭1.煤的形成2.煤的结构及元素组成3.煤的综合利用4.煤的燃烧5.煤碳的

3、液化6.煤的气化7.煤的开采与运输41,2,3,4课堂讲授课堂讨论 石油1.概述2.石油的成因和聚集3.石油的开采4. 石油的组成5. 石油的炼制6.石油化工经济的支柱7.工业的血液流动的乌金8.煤的燃烧我国的石油发展61,2,3,4课堂讲授课堂讨论第四章 天然气1.概述2. 天然气的开采3. 天然气化工4. 煤层气的利用5. 天然气适用技术6.中国天然气市场展望7.天然气水合物21世纪新能源41,2,3,4课堂讲授课堂讨论第五章 太阳能1.概述2.太阳能的光热利用3.太阳能的光电利用太阳能电池4.太阳能的光化学利用5.太阳能空间电站6.太阳能储存与运输7.太阳能在我国的应用41,2,3,4课

4、堂讲授课堂讨论第六章 核能1.核能的发现与利用2.核裂变和核聚变3.核反应堆4. 核能利用与环境5. 迅速发展的核电事业41,2,3,4课堂讲授课堂讨论第七章 氢能1氢能的特点2氢的制取3氢的存储与运输4 氢的利用41,2,3,4课堂讲授课堂讨论生物质能1.概述2.生物质的利用3.生物质发电4.“绿色燃油”作物41,2,3,4课堂讲授课堂讨论考核与成绩评定： 本课程的考核与成绩评定由三个部分组成，按百分制给出最终成绩：考核方式：考试。成绩评定：期末考试成绩、平时作业、考勤情况，按百分制评定。考试成绩占70%。平时成绩占30%。教材，参考书:选用教材：1 陈军.能源化学M.北京：化学工业出版社，

5、2014.参考书：1 黄素逸, 杜一庆, 明延臻.新能源技术北京：中国电力出版社，2011.2 袁权等.能源化学进展M.北京：化学工业出版社，2005.大纲说明本课程是新能源材料与器件专业的一门专业教育选修课。是学习关于能源的化学问题，以应用常识性为主，目的是教导学生认识化学基础知识与能源的关系。包含煤炭、石油、天然气、核能、氢能等一次能源和二次能源相关的化学基础知识及其主要的利用技术。是一门专业教育基础课，可为学生学习后续课程及从事专业工作奠定初步的理论基础。根据新能源材料与器件专业人才培养要求，本课程面向新能源材料与器件专业本科3年级学生进行授课，以培养学生职业素质和职业能力为主。 编写教

6、师签名： 责任教授签名： 开课学院教学副院长签名： Energy ChemistryCourse code: 100096201Course name: Energy ChemistryLecture Hours: 32Laboratory Hours: 0Credits: 2Term(If necessary):Prerequisite(s): b Inorganic Chemistry, Organic ChemistryCourse Description:This course is an elective course of New Energy Materials and Devi

7、ces, which is the study of chemical problems associated with energy. This course is to let students know about the connection between basic chemistry knowledge and energy by applying the common sense mainly. Topics include basic chemistry knowledge and main applications of primary and secondary ener

8、gy sourses such as coal, oil, natural gas, nuclear energy and hydrogen energy. This course is a foundation course for future study and career in this field. Course Outcomes:After completing this course, a student should be able to:Develop the understanding of basic concept and theory of energy chemi

9、stry, the connection between chemistry and energy, and the method and process to tackle energy issues.Solve chemistry problems encountered in energy generation and applied process.Deal with energy issues using chemistry knowledge, develop the thinking pattern that tackle energy issues from a chemica

10、l perspective, build up the idea of sustainable development of recycling resources and developing new forms of green energy as well as develop innovative skills. Interpret and apply basic chemistry knowledge of primary and secondary energy such as coal, oil, natural gas, nuclear energy and hydrogen

11、energy and analyze problems referred to energy comprehensively. Course Content:Lectures and Lecture Hours: Introduction2 - categories and utilization of energy - storage and consumption of energy - energy chemistry -forecast of energy developmentCoals 2- formation of coals- structure and composition

12、 of coals- utilization of coals- combustion of coals- liquidation of coals- vaporization of colas- mining and transportation of coals.3. Oil 6 -introduction- mining of oil - composition of oil - refining of oil - petrochemical engineering-cornerstone of the economy - blood of industry-flowing black

13、gold - combustion of coal-development in oil industry in China 4. Natural gas 4 - introduction - extraction of natural gas - natural gas chemical engineering -utilization of coalbed methane (CBM) -appropriate technology of natural gas - forecast in natural gas industry of China - natural gas hydrate

14、 (NGH)-a new energy source in 21st century5. Solar power 4- introduction- solar power photo-thermal utilization- solar power photovoltaic utilization-solar cell- solar power photochemical utilization- space solar power plant- storage and transfer of solar power- application of solar power in China6.

15、 Nuclear energy 4- discovery and utilization of nuclear energy- nuclear fission and nuclear fusion- nuclear reactor- nuclear energy and environment- rapid development of nuclear power industry7. hydrogen energy 4- characteristics of hydrogen energy- extraction of hydrogen- storage and transportation of hydrogen- utilization of hydrogen8.Biomass energy 4- introduction- exploitation of biomass- biomass power- green fuelGrading: formative assessment (inclass quizzes, homework, attendance) 30%exam 70%Text & Reference Boo