Energy chemical engineering mainly studies the basic knowledge and skills of chemistry and energy conversion and utilization, in order to solve the problems of energy conversion, energy storage and energy transportation, so as to achieve low-carbon energy cleanliness, renewable energy recycling and energy efficient conversion. For example, the storage and conversion of clean energy such as nuclear energy and water energy, the research and development of solar cells, and the improvement of the conversion efficiency of wind energy into electricity. Key words: chemical cycle solar energy cleaning
Job prospects for energy chemical engineering
The job prospects of energy Chemical engineering are mainly engaged in chemical engineering, production technology, material research and development, engineering design, technical management, and development and utilization of renewable energy in industrial enterprises.
Energy Chemical engineering study courses
Inorganic Chemistry and Analytical Chemistry, Physical Chemistry, Organic Chemistry, Chemical thermodynamics, Principles of Chemical Engineering, Chemical Reaction Engineering, Petroleum Processing Engineering and Experiments, Organic chemical technology, Introduction to Petroleum refining Engineering, Introduction to Energy Engineering, Synthetic Fuel Chemistry, Renewable energy Engineering, Chemical Energy Evaluation, Synthetic Fuel Chemical Design, Principle of Energy Conversion Catalysis, Synthetic Fuel Engineering.
Training objectives and requirements of energy chemical engineering
This major mainly studies the basic theoretical knowledge of energy chemical engineering, and has the ability to conduct scientific research, production design and technical management in the fields of low-carbon energy cleanliness, renewable energy utilization, energy efficient transformation, chemical energy evaluation and other fields in the coal industry, power industry, petroleum and petrochemical industry, and biomass conversion and utilization industry.
Required ability in energy chemical engineering
1. Master the basic theory and basic knowledge of energy chemistry, master advanced design methods and engineering technology, and have basic professional quality;
2. Master the basic skills of clean energy preparation, storage and transformation;
3. Master the skills of clean energy utilization technology and renewable energy development and utilization;
4. Master the means to obtain the latest scientific and technological information through modern technology, understand the latest developments of energy engineering development, have a certain ability of investigation, research and decision-making, organization and management, and have strong language expression ability;
5. Have the basic ability to skillfully use computer systems to solve practical problems.
Graduates can be engaged in research and teaching in scientific research institutes or colleges and universities, or engaged in applied basic research, technology development, production technology management in energy and chemical related enterprises and public institutions and government administrative departments.
Industry:
After graduation, I mainly worked in new energy, environmental protection, petroleum and other industries, roughly as follows:
1 New energy
2 Environmental Protection
3. Petroleum\/Chemical\/Mineral\/Geology
4 Academic\/research
5 Machinery\/equipment\/Heavy industry
6 Education\/training\/institutions
7 Cars and spare parts
8 Professional Services (consulting, Human resources, accounting)
Energy chemical engineering is a brand new major, the main research directions: energy clean transformation, coal chemical industry, environmental catalysis, green synthesis, new energy utilization and chemical transformation of environmental chemical industry.
Energy chemical engineering employment direction
The career prospects of this major are very good, and the work fields of graduates include: coal chemical industry, natural gas chemical industry, power plant chemical comprehensive utilization industry, bioenergy chemical industry, solid waste comprehensive treatment industry, petroleum processing industry, petrochemical industry, catalyst production and research and development industry. You can engage in design, scientific research, technical management and other work or further study in these industries.