The College of Energy Engineering has four research institutes: thermal energy engineering, power machinery and vehicle engineering, refrigeration and low temperature, thermal energy engineering and power system. National key disciplines 1 each, doctoral programs 1 each (covering 8 two disciplines), postdoctoral mobile stations 1 each.

There are 1 national key laboratories, 2 national engineering research (technology) centers, 1 national R&D (experimental) centers and 1 national experimental teaching demonstration centers. There are 393 graduate students, 230 doctoral students, more than 50 engineering masters/kloc-0, and 668 undergraduates (3 grades).

It has three undergraduate majors, namely, energy and environmental systems engineering (including energy and environmental engineering and its automation, refrigeration and artificial environment and its automation), new energy science and engineering, mechanical design and manufacturing and its automation (automobile engineering), and has formed a complete teaching system including doctoral, master's, undergraduate and continuing education.

Introduction of process equipment and control engineering;

Introduction of process equipment:

1, chemical machinery. Refers to the machinery whose main moving parts are moving, such as various filters, crushers, centrifuges, rotary kilns, mixers, rotary dryers and fluid conveying machinery.

2. Chemical equipment. Refers to the machinery whose main acting parts are static or have little movement, such as various containers (cans, tanks, kettles, etc.). ), ordinary kilns, towers, reactors, heat exchangers, ordinary dryers, evaporators, reaction furnaces, electrolytic cells, crystallization equipment, mass transfer equipment, adsorption equipment, fluidization equipment, ordinary separation equipment and ion exchange equipment.

Introduction to control engineering;

It refers to monitoring and controlling the state and working condition of process equipment and its system to ensure the orderly and stable operation of production technology and improve the reliability and functional availability of process equipment. Control engineering is the combination of modern automation technology, advanced modern automation technology and chemical machinery, which improves the efficiency of equipment.

The above content comes from official website, Zhejiang University.