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CURRENT AND SUGGESTED FOCUS ON SUSTAINABILITY IN PYROMETALLURGY

机译:焦化可持续发展的当前和建议重点

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The production of iron and steel and non-ferrous metals by pyrometallurgical processes will remain a critical element in meeting the demand for materials in both developed and developing nations. Given the important need to reduce and minimise greenhouse gas emissions the technological focus of future pyrometallurgical R&D by universities and industry alike must concentrate on sustainability issues such as improved energy efficiency, recycling and waste minimization. Continued efforts are also needed on process optimization and new process development with a view to reducing capital and operating costs of the new large "mega" plants. Using the academic and industrial backgrounds of the authors, the present paper reviews the current status of R&D in pyrometallurgy in university departments with a particular emphasis on sustainability issues. The role of industry and government laboratories is also reviewed although primarily for developed countries. The paper also includes comments and suggestions on the future requirements for education and R&D in pyrometallurgy in developed countries to maximise sustainability. It is also suggested that future R&D in pyrometallurgy will be even more concentrated in developing countries - most notably China.
机译:通过火法冶金生产钢铁和有色金属将仍然是满足发达国家和发展中国家对材料的需求的关键要素。考虑到减少和减少温室气体排放的重要需求,大学和工业界未来火法冶金研发的技术重点必须集中在可持续性问题上,例如提高能源效率,回收利用和废物最小化。还需要在工艺优化和新工艺开发方面继续努力,以减少新的大型“大型”工厂的资金和运营成本。利用作者的学术和行业背景,本文回顾了大学部门火法冶金研究与开发的现状,特别强调了可持续性问题。尽管主要针对发达国家,但也审查了工业和政府实验室的作用。本文还就发达国家对火法冶金教育和研发的未来要求进行评论和建议,以最大程度地提高可持续性。还建议未来的火法冶金研发将更加集中在发展中国家,尤其是中国。

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