In order to replace part of the high-consumption, high-pollution metallurgical process, Kunming University of Science and Technology researchers have successfully microwave heating should be in metallurgical technology, and effective promotion and utilization.
In recent years, environmental protection has attracted more and more attention from all walks of life, especially in the traditional metallurgical industries where pollution is relatively large. The search for a scientific and environmentally friendly metallurgical process has become one of the main directions for researchers around the world.
According to reports, microwave heating and conventional heating methods are significantly different, from the macro show that the speed, high efficiency, low reaction temperature and other characteristics, is to replace part of the high energy consumption, high pollution metallurgical process, and promote the metallurgical industry, an effective way to reduce energy consumption one. Through the long-term efforts of researchers from Kunming University of Science and Technology, microwave heating technology has been successfully applied to metallurgy technology.
This technical research has now formed a global leading academic system. The system revolves around the application of microwave heating in metallurgy, integrates metallurgical physical chemistry, chemistry, microwave and other multi-disciplinary resources, quantitatively describes the temperature rising characteristics of metallurgical materials in the microwave field, and creates a full-process model of microwave efficient metallurgical materials drying. The three-dimensional model of strong wave absorption and weak wave absorption materials by microwave calcination was used to derive the non-isothermal kinetics equations of microwave immersed in metallurgical materials, which provided necessary theoretical support for the expansion of microwave heating in the metallurgical field and energy saving. .
At present, the research project has been gradually promoted at home and abroad, and has successively transferred high-level reactors, production lines and related technologies to the National Institute of Carbon Materials, Spain, Kunming Iron and Steel Group and other units. According to relevant statistics, the promotion of the project has added a total of nearly 1 billion yuan in production value.
It is reported that the research group is still continuing to apply microwave heating to the nuclear industry.
In recent years, environmental protection has attracted more and more attention from all walks of life, especially in the traditional metallurgical industries where pollution is relatively large. The search for a scientific and environmentally friendly metallurgical process has become one of the main directions for researchers around the world.
According to reports, microwave heating and conventional heating methods are significantly different, from the macro show that the speed, high efficiency, low reaction temperature and other characteristics, is to replace part of the high energy consumption, high pollution metallurgical process, and promote the metallurgical industry, an effective way to reduce energy consumption one. Through the long-term efforts of researchers from Kunming University of Science and Technology, microwave heating technology has been successfully applied to metallurgy technology.
This technical research has now formed a global leading academic system. The system revolves around the application of microwave heating in metallurgy, integrates metallurgical physical chemistry, chemistry, microwave and other multi-disciplinary resources, quantitatively describes the temperature rising characteristics of metallurgical materials in the microwave field, and creates a full-process model of microwave efficient metallurgical materials drying. The three-dimensional model of strong wave absorption and weak wave absorption materials by microwave calcination was used to derive the non-isothermal kinetics equations of microwave immersed in metallurgical materials, which provided necessary theoretical support for the expansion of microwave heating in the metallurgical field and energy saving. .
At present, the research project has been gradually promoted at home and abroad, and has successively transferred high-level reactors, production lines and related technologies to the National Institute of Carbon Materials, Spain, Kunming Iron and Steel Group and other units. According to relevant statistics, the promotion of the project has added a total of nearly 1 billion yuan in production value.
It is reported that the research group is still continuing to apply microwave heating to the nuclear industry.
The light source (which is often also called a fiber optic projector or fibre optic illuminator) provides the illumination to any fibre optic lighting system. They contain the lamp or LED and any additional control gear to provide special lighting effects.
Light sources are the only part of a fibre optic system which contains electricity, and they are the only part that, depending on the type, can get warm to the touch.
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