The postgraduate major of biochemistry in Lanzhou University of Technology is a postgraduate major under the Institute of Petrochemical Technology. At present, the Institute of Petrochemical Technology has a first-class discipline "Power Engineering and Engineering Thermophysics" authorized by a doctoral degree, and a first-class discipline "Chemical Engineering and Technology" and "Safety Science and Engineering" authorized by a master's degree. Have the right to confer on-the-job doctoral degrees in fluid machinery and engineering, chemical process machinery, refrigeration and cryogenic engineering, chemical process technology and system engineering; The right to award master's degrees in chemical process machinery, refrigeration and cryogenic engineering, safety science and engineering, chemical engineering, biochemical engineering, chemical technology, applied chemistry, industrial catalysis, environmental engineering, polymer chemical engineering and technology, chemical process technology and system engineering 1 1; There are four engineering fields: chemical engineering, power engineering, safety engineering and environmental engineering. The general situation of biochemistry in-service graduate students in Lanzhou University of Technology is as follows:

Modern biochemical technology is one of the hot spots in chemical and biological research. With the development of life science, environmental science, material science and chemical engineering, the research of biochemical separation, synthesis, modification and processing technology and its application has entered a new field, and the research object has turned to the development and utilization of renewable resources. Biomass deep processing is one of the four pillar industries in Gansu Province, and potato and corn deep processing is an important local characteristic industry in Gansu Province. Lanzhou University of Technology has carried out a series of research on potato processing and comprehensive utilization for a long time, forming its own characteristics. Secondly, the separation, synthesis and processing technology of biomass active components mainly combines the needs of local economic development in Gansu Province, applies modern separation technology and engineering principles, develops and utilizes biological resources with characteristics in the west, and designs drugs through separation, synthesis and modification of active components of natural products; Study on separation, extraction and chemical synthesis technology of active substances in natural products; Study on microbial fermentation and enzyme-solidified biomass processing technology: synthesis and processing technology of biodegradable polymer materials. Understand its physiological and pharmacological effects, and develop its synthesis, modification and deep processing technology. Secondly, the processing technology using biological enzymes and enzyme engineering has been involved in various fields of chemical processing, and the types of enzyme preparations have also expanded from traditional hydrolases to lyases, synthetases, catalytic enzymes, dehydrooxidases, oxidoreductases and so on. , a series of new products with low cost and high added value and high performance functional biopolymer materials have emerged; The research direction mainly focuses on the immobilization of cells and enzymes and the application of enzymes in chemical industry, focusing on the influence and optimization of various modification factors on the catalytic function of cells and enzymes, such as immobilization methods of cells and enzymes, conditions of substrate action, cell immobilization technology, microbial antagonism and so on. Therefore, it is of great scientific significance and academic value to study the separation, synthesis and processing technology of biomass active substances related to life activities.

Main research direction: research direction of separation and processing technology of bioactive substances; Research direction of cell, enzyme solidification and fermentation engineering; Research direction of optimal design of bioreactor: environmental biochemical technology.

Main courses: numerical analysis; Advanced chemical thermodynamics; Advanced chemical reaction engineering; Chemical process development; Modern analytical testing technology; Advanced biochemical reaction engineering; Advanced biological separation engineering.

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