What is Chemical Engineering?

Chemical engineering and technology majors have the knowledge of chemical engineering and chemical technology, and can engage in engineering design, technology development, production technology management, and scientific research in chemical, oil refining, metallurgy, energy, light industry, medicine, environmental protection and military industries. Engineering and technical personnel in various aspects.

Chemical Engineering and Technology

Chemical engineering and technology majors have the knowledge of chemical engineering and chemical technology, and can

What is chemical engineering and technology

Chemical engineering and technology is an engineering discipline that studies the common laws in the production process of the chemical industry and uses chemical methods to change the composition or properties of substances to produce chemical products. In short, it is the application of chemistry in engineering practice.

The discipline of chemical engineering and technology was formed and developed from the needs of large-scale chemical production from the end of the 19th century. At that time, in order to increase the efficiency and scale of chemical production, the concept of unit operation was formed based on some engineering problems with common attributes that appeared in typical chemical processes and equipment. The principles of transfer processes and chemical reaction engineering developed after the 1950s have brought the discipline of chemical engineering to a new stage. All kinds of synthetic fiber clothing worn by humans, the packaging and processing of various foods to eat, the cement steel of the housing, and the oil and gas used by people to drive are all the directions of chemical research. Chen Hongyuan, an academician of the Chinese Academy of Sciences, once evaluated the chemical industry as the "heavy weapon of the country" and could create tens of millions of "new species."

What is chemical engineering and technology

The basic courses of the chemical engineering and technology major during the undergraduate period include: basic chemistry, organic chemistry, physical chemistry, chemical engineering principles, chemical thermodynamics, chemical transfer process, chemical reaction engineering, chemical technology, chemical design, process dynamics and control. Students also study a number of compulsory and elective courses in related majors. Courses vary according to the direction and emphasis of the specialty. In addition, the specialty of chemical engineering is a discipline that pays great attention to experiment and practice. There are also many experimental and professional practice courses involved in university, which requires a certain degree of practical ability.

During college, students can learn some interesting things, such as how to match shampoo? What kind of formula will have what effect? How is the production process of soap and detergent most reasonable? How to make facial oils and creams ... Students usually have to master product and process development, production device design from laboratory to large-scale production line, Theories and methods of process system optimization, process safety and environment, grasp the common laws of material separation and transformation process and equipment design and operation.

Students in this major mainly study basic theories and basic knowledge in chemical engineering and chemical technology, and receive basic training in chemical and chemical experimental skills, engineering practice, computer applications, scientific research and engineering design methods. It has the basic ability to simulate and optimize the production process of existing enterprises, innovate and transform, develop and design new processes, and develop new products.

Master the basic theory and basic knowledge of chemical engineering, chemical technology, applied chemistry and other disciplines;
Master the process and equipment design method of chemical plant, master the simulation and optimization method of chemical process;
Have preliminary ability to research, develop and design new products, new processes, new technologies and new equipment;
Familiar with national policies, policies and regulations on chemical production, design, research and development, and environmental protection;
Understand the theoretical frontiers of chemical engineering and the development of new processes, technologies and equipment;
Master the basic methods of literature retrieval and data query, and have certain scientific research and practical working ability.

Physical chemistry, chemical engineering principles,

Including basic experiments in chemistry and chemical engineering, cognition practice, production practice, metalworking practice, computer application and computer practice, curriculum design, graduation design (thesis), etc., generally arranged for 40 weeks.

Graduates can engage in engineering design, technology development, production technology management and scientific research in chemical, energy, information, materials, environmental protection, bioengineering, light industry, pharmaceutical, food, metallurgy and military industries. Main employment directions:

1. You can go to scientific research institutes and universities to engage in scientific research and teaching related to chemical engineering and technology. However, this requires graduates to have a certain level of scientific research and higher education.

2. Engage in related research units, enterprises, and companies in chemical, petroleum, light industry, vehicle chemical, construction machinery, pharmaceutical, food, paint coating and other related research units, enterprises, and companies to engage in applied research, development, design, and production technology of fine chemical products and Technology and other work. There are many well-known companies in the chemical industry such as Mobil, Shell, BASF, PetroChina, Sinopec and so on. Of course, in addition to these large enterprises, some metallurgical, chemical fiber, coal, rubber and other chemical companies are also good choices for graduates. The chemical industry is an industry that pays attention to experience and accumulation. Technology and experience are the capital of technical talents. For newly graduated students, it usually takes a long time to accumulate experience. Starting from the grassroots level, the theory and practice are fully integrated. Only after this can we seek for the better development of our personal career.

3. Can engage in sales, management and other work in related chemical companies. In addition to taking the road of technical talents such as craftsmanship, research and development, and quality inspection, this professional composite sales and management talent is also favored by the market. The key is how to obtain education background and professional experience other than chemical technology. Chemical trade and management personnel basically need to have a chemical engineering background, at the same time be familiar with trade rules and unit business, but also have to be patient and meticulous, and strong language skills.

2014-2015 Ranking of Competitiveness of Chemical Engineering and Technology Universities

Sort	School Name	Level	Number of open professional schools
1	East China University of Science and Technology	5	291
2	Tianjin University	5	291
3	Nanjing University of Technology	5	291
4	Beijing University of Chemical Technology	5	291
5	Dalian University of Technology	5	291
6	Zhejiang University	5	291
7	Taiyuan University of Technology	5	291
8	South China University of Technology	5	291
9	Sichuan University	5	291
10	Zhengzhou University	5	291
11	Fuzhou University	5	291
12	China University of Petroleum	5	291
13	Nanjing University of Science and Technology	5	291
14	Xiamen University	5	291
15	Qingdao University of Science and Technology	4	291
16	Harbin Institute of Technology	4	291
17	Jiangnan University	4	291
18	Southeast University	4	291
19	Hunan University	4	291
20	Xi'an Jiaotong University	4	291

Chemical Engineering and Technology

Students in this major mainly study basic theories and basic knowledge in chemical engineering and chemical technology, and receive basic training in chemical and chemical experimental skills, engineering practice, computer applications, scientific research and engineering design methods. The basic ability of simulation and optimization, innovation and transformation of the production process, the development and design of new processes and the development of new products.

The purpose of training in chemical engineering and technology

This specialty cultivates engineering with knowledge in chemical engineering and chemical processes that can engage in engineering design, technology development, production technology management and scientific research in chemical, oil refining, metallurgy, energy, light industry, pharmaceutical, environmental protection and military industries Technical personnel.

Chemical Engineering and Technology Specialty Training Requirements

Students in this major mainly study basic theories and basic knowledge in chemical engineering and chemical technology, and receive basic training in chemical and chemical experimental skills, engineering practice, computer applications, scientific research, and engineering design methods. It has the basic ability to simulate and optimize the production process of existing enterprises, innovate and transform, develop and design new processes, and develop new products.

Chemical engineering and process expertise

1. Master the basic theory and basic knowledge of chemical engineering, chemical technology, applied chemistry and other disciplines;

2. Master the process and equipment design method of chemical plant, master the simulation and optimization method of chemical process;

3 Have preliminary ability to research, develop and design new products, new processes, new technologies and new equipment;

4 Familiar with national policies, policies and regulations on chemical production, design, research and development, and environmental protection;

5. Understand the theoretical frontiers of chemical engineering and the development of new processes, technologies and equipment;

6. Master the basic methods of literature retrieval and data query, and have certain scientific research and practical working ability.

Major Courses in Chemical Engineering and Technology

Physical chemistry, chemical engineering principles, chemical reaction engineering, chemical technology, analysis of physical and chemical instruments, etc.