首页> 外文会议>New, Improved and Existing Technologies: Non-Ferrous Materials Extraction and Processing >PROCESSING OF MAN-MADE RAW MATERIALS AS A SIGNIFICANT SOURCE OF RESOURCES AND ONE OF THE MAIN WAYS FOR DEVELOPMENT OF THE RUSSIAN NONFERROUS METALS INDUSTRY
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PROCESSING OF MAN-MADE RAW MATERIALS AS A SIGNIFICANT SOURCE OF RESOURCES AND ONE OF THE MAIN WAYS FOR DEVELOPMENT OF THE RUSSIAN NONFERROUS METALS INDUSTRY

机译:人造原材料的加工作为重要的资源,是俄罗斯有色金属工业发展的主要途径之一

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摘要

The insufficient scientific and technical level of a number of operations in the nonferrous metals industry encourages development of new processes and equipment, including smelting in liquid bath, flame-type sparged smelting unit for combined processes, electrothermal process with the use of alternating current (PDF furnace), electrothermal processing of complex raw materials and intermediate products at nonferrous metallurgical plants, etc. One of the most important aspects for development of new processes and equipment in the Gintsvetmet Institute is their environmental safety. Special attention is paid to environmental protection measures, which is also of important economic and social significance. This refers also to a complete extent to processing of reserves of man-made raw materials and wastes available at the existing operations with the use of innovative techniques ensuring not only resource conservation and environmental protection, but also abatement of negative impact on the nature due to accumulated industrial and domestic waste, reclamation of the land used for waste disposal and recycling of nonferrous metals. Technologies and equipment developed in the Gintsvetmet Institute and based on electrothermal processes determine the prospects for ensuring more integrated usage of ores and man-made raw materials.
机译:有色金属行业中许多运营的科学技术水平不足,促使人们开发新的工艺和设备,包括在液浴中熔炼,用于组合工艺的火焰式鼓风熔炼装置,使用交流电的电热工艺(PDF加热炉),有色冶金工厂中复杂原料和中间产品的电热加工等。金特斯韦德梅特研究所开发新工艺和设备的最重要方面之一是其环境安全性。特别注意环境保护措施,这也具有重要的经济和社会意义。这也完全意味着利用创新技术来处理现有业务中可利用的人造原材料和废物的储备,从而不仅确保资源节约和环境保护,而且还消除了对自然资源造成的负面影响。积累的工业和生活垃圾,开垦用于废物处理和有色金属回收的土地。金特斯韦德梅特研究所(Gintsvetmet Institute)开发的技术和设备基于电热工艺,为确保更完整地使用矿石和人造原料提供了前景。

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