Renewable Resources Science and Technology

Professional Characteristics

Professional related to "Regeneration Resources Science and Technology" also has "inorganic non-metallic materials", "steel metallurgy", "colored metal metallurgy", "metal materials "" Organic Polymer Materials "," Mining Project "and other majors. The renewable resources include waste steel, waste, waste, waste paper, waste plastics, waste rubber, industrial and agricultural waste, etc. The difference is that all of the above related majors are studying a resource (ie native resource), and the renewable resource science and technology is studying secondary resources (regenerative resources). By 2010, the world's various resources will enter the rapid depletion process. The demand for human resources will have nearly half of the use of solid waste, and the renewable resources are unfortunately developed as a major. Since a resource is obtained by means of mining smelting, the secondary resource is generated during the production process, the circulation process, and the consumption process. So although the same material classification name, due to various waste, there is a significant degree of aging and contamination, there is a completely different research objectives, objects, methods, scope, content, and nature. In addition, the field of studying a resource has been set up by the material classification, and the renewable resources and technical profession are the only major in the secondary resource field, which brings a variety of basic theory disciplines and a variety of engineering and technical disciplines. The complex cross characteristics, other related majors are not possible to cover renewable resources.

Cultivation target

Cultivate advanced technical engineering talents engaged in production and management in the field of renewable resources, and cultivate high-level talents engaged in solid waste resource development research and design.

Knowledge skills

The knowledge that graduates should master and the ability to have the following aspects:

(1) Master the steel material, non-ferrous metal materials Theoretical and basic knowledge of the four major categories of organic polymer materials, inorganic non-metallic materials.

(2) Master the basic theory and basic knowledge of composite materials developed on the basis of four traditional materials.

(3) Master the basics of solid waste resource Concept, basic principles, basic methods and basic equipment.

(4) has the process design and equipment selection capabilities of identification, recycling, processing, initial processing, deep processing of four types of traditional material regeneration resources, and management capabilities for organizing and controlling quality.

(5) has comprehensive utilization of four major renewable resources, and develops the initial ability of new solid waste composites and their products.

Curriculum setting

The main basic disciplines of this major are physics of materials science and engineering materials, and intersecting environmental engineering and mineral smelting. Carriers: Physical Chemistry, Analytical Chemistry, Materials Science Introduction, Material Preparation Scientific, Environmental Materials, Environmental Engineering Introduction, Recycling Resource Technology and Equipment, Waste Resource Project Principle, Mold Design, Composite Materials, Enterprise Management, etc.

Other elective professional classes: Material processing technology, polymer materials, inorganic non-metallic materials, metal, editorial engineering, modern instrument analysis, mechanical performance test, material structure and performance, Renewable resource marketing, etc.

Professional code

Renewable resources science and technology professional code: 080210

Professional direction

This major will mainly use material resources The perspective research renewable resources, consider the research of renewable resources from the perspective of environmental protection and from the perspective of commercial distribution. This major focuses on the following aspects:

(1) Waste sorting and pre-treatment techniques;

(2) Waste steel processing and waste of non-ferrous metals Use

(3) Recycling technology and principle of waste plastics and waste rubber

(4) scrap glass, waste paper, scrap fiber, etc.;

(5) Treatment and utilization technology and principles of industrial waste slag and tailings;