Chemical engineering

Training objectives

enable graduates to meet the needs of national economic and technological development, form the basis of theoretical knowledge with generous, familiar with the principles of professional chemical production technology, professional skills and research methods, can high-quality scientific and technological personnel engaged in the process industry in the field of product research and development, equipment design, production process control and enterprise management and other aspects of the work.

Basic requirements

The graduates of the basic requirements are:

(1) with a high degree of social responsibility and good morality, have for the motherland's modernization construction services thoughts;

(2) has a good cultural qualities;

(3) has a strong physique and a healthy psychological quality;

(4) have strong self-learning ability, the ability to express and practical problems and deal with engineering skills;

(5) systematic grasp of basic theory and chemical engineering and process expertise, can combine social and economic objectives chemical production engaged in the research, development, design, production and enterprise management work;

(6) full of truth-seeking spirit, the spirit of innovation, the spirit of cooperation and resilience, with some international skills;

(8) includes a basic skills using a computer.

main courses

1 Principles of Chemical Engineering: Fundamentals focuses each chemical unit operation, representative apparatus and calculation, analysis and adjustment operation principle of the operation of the operation unit main factors; new developments in technology and energy-saving measures such as new equipment.

2 Chemical mechanical equipment base: The course in film stress theory, describes the design and calculation of the thin-walled container body of standard parts and accessories of selection, so that students master Tubular Heat structure and design method and design method of mechanical strength of the low-pressure container, a tower equipment and mixing equipment.

3 Chemical technology: Typical focuses on organic chemicals and inorganic chemical products, production processes, process calculation, production principles and technology as well as applications and testing methods for students to lay a solid chemical engineering technical foundation.

4 Petroleum Refining Engineering: chemical composition and properties of petroleum and its products, petroleum distillates, fuel production and the production of lubricating oil and so on.

5 Physicochemical: main content gas equation of state, the first law of thermodynamics, the second law of thermodynamics, chemical equilibrium thermodynamics and equilibrium multi-component systems, electrochemical surface phenomena, chemical kinetics basic and colloid chemistry.

6 Industrial Catalysis: The main teaching catalysis with the catalyst, the adsorption and heterogeneous catalysis, the catalyst and various types of catalyst, the catalyst prepared with the use of industrial, commercial catalyst activity evaluation and macroscopic properties characterization and so on.

Practical Education

1. Electrical Engineering Practice

to students electrician commonly used tools, lighting, and outside lines and cable installation practical training, switches, relays, installation and control processing circuit fault of the control panel.

2. Metalworking Practice

to familiarize students with the basics of process machinery manufacturing, understanding of mechanical processing equipment, tools, operating safety knowledge. Enhancing practical hands-on, problem analysis, problem-solving skills, to accept the ideological style culture, to lay the necessary foundation for future work.

3. Organic Synthesis placement

Organic Synthesis Practice Practice as part of the basic course of the training. The purpose is to train students for organic reactions typical operation, the typical reaction of rational understanding and knowledge, its task is to make students learn to deal with chemical, students experimental skills, technique, skilled use of conventional instruments.

4. Course Design

Its mission is to train professional theoretical knowledge and practical skills of students integrated use to solve the actual production of heat exchangers and related tank reactor technology issues Ability.

5. Chemical expertise

The main application includes the synthesis and synthetic chemical intermediates, synthetic adhesives, paint formulations, cosmetic formulations, industrial synthetic surfactant adjuvants like master laboratory synthesis and complex technology, combined with the practice base of industrial equipment, research and try to enlarge the understanding of all aspects of the characteristics and technology to industrial production.

6. Production Practice

students through on-site visits, listened to the first line of engineers and technicians, management personnel to explain the initial access to the professional and similar professional industry characteristics, business watch, enterprise management status, product type, production type of equipment, material properties, process technology and other aspects of the perceptual characteristics to stimulate professional interest, a clear direction of specialized courses of study, testing theory class learning and lay a foundation for specialized courses to learn.

7. Graduation

graduation project is to train students specializing in integrated application capabilities to solve practical problems is an important part of the design subject mainly from the manufacturing, engineering and research projects actual projects. It requires students to independently design and write complete graduation thesis design and reporting, and foreign language translation attached to the information.

Employment orientation

In the chemical industry, oil refining, metallurgy, energy, light industry, medicine, environmental protection and military departments engaged in engineering design, technology development, production technology management and scientific research Work.