能源化学与化工

课程编码：1801010817I0P1003Y 英文名称：Energy Chemistry and chemical engineering 课时：60 学分：3.00 课程属性：学科核心课 主讲教师：李松庚等

This course covers the fundamentals of energy conversion in thermomechanical, thermochemical, electrochemical, and photoelectric processes with emphasis on efficiency, environmental impact and performance. The topics include coal utilization, petro chemistry, bio-energy, fuel cell, battery and some new energy resources like hydrogen, solar, etc. Systems utilizing fossil fuels, renewable resources and hydrogen over a range of sizes and scales are discussed. Different forms of energy storage and transmission are also involved in this course. It is expected that after taking this course, students will be familiar with basic chemistry principles on energy processing, and most common energy processing technologies together with some environmental issues related.

Familiar with the basic knowledge of Chemistry, Thermodynamics, and Flow and Transport Process.

第一章 Energy chemistry: a general review 4学时 李松庚
第1节 A general review
第2节 Relationships between energy and economy,environment, new materials
第3节 Measure and calculation about energy
第二章 Coal utilization 8学时 李松庚
第1节 Basic concepts and conversion routes
第2节 Pyrolysis
第3节 Combustion
第4节 Gasification
第5节 Direct liquefaction
第6节 Applications and Summary
第三章 Petroleum processing 4学时 李松庚
第1节 Petroleum industry introduction
第2节 Petro-chemistry
第3节 Refinery(distillation, cracking, catalytic hydrogenation, catreforming)
第四章 Natural gas processing and unconventional hydrocarbon resources 4学时 李松庚
第1节 Introduction
第2节 Natural gas chemical industry
第3节 Unconventional natural gas utilization
第五章 Bioenergy: fundamentals and application 8学时 李松庚
第1节 Biomass, conversion routes and products – an overview
第2节 Thermochemcial conversion
第3节 Catalytic conversion
第4节 Biomass-derived fuel introduction (bio-ethanol, biodisel )
第5节 Applications and Summary
第六章 Pollutants formation and control in energy conversions 4学时 李松庚
第1节 General introduction
第2节 SO2, NOx , PM formation and control technoglogies
第3节 CO2 capture and utilization
第七章 Solar energy 4学时 王泽
第1节 Basic principles
第2节 Direct utilization
第3节 Photoelectric conversion
第4节 Chemical conversion & others
第八章 Hydrogen 4学时 王泽
第1节 Overview
第2节 Properties of Hydrogen
第3节 Production
第4节 Storage and Transportation
第5节 Application
第九章 Fuel cell 4学时 王泽
第1节 Overview
第2节 Chemistries in Fuel Cell
第3节 Main types of Fuel Cell
第4节 Application
第十章 Geothermal energy 4学时 王泽
第1节 Overview
第2节 Properties of geothermal fluids
第3节 Tech. of geothermal exploration
第4节 Applications (power generation, direct utilization)
第十一章 Hydro & Oceanic energy, Wind power 4学时 王泽
第1节 History of Hydro & Oceanic Power Utilization
第2节 Oceanic Energy Review
第3节 Tidal Power
第4节 Wave Energy
第5节 Ocean Thermal Energy Conversion
第6节 Ocean Salinity Difference Energy
第7节 Wind Energy
第十二章 Energy Storage 8学时 王泽
第1节 Overview of Energy Storage Technologies
第2节 Batteries
第3节 Super/Ultra Capacitors
第4节 Superconducting Magnetic Energy Storage
第5节 Compressed Air Energy Storage
第6节 Flywheel
第7节 Pumped Hydro
第8节 Thermal Energy Storage

Dr. Songgeng Li, Professor at Institute of Process Engineering of CAS; Dr. Cuigang Fan, assoicate professor at Institute of Process Engineering of CAS