An Integrated Strategy for Whole Ecological Utilization of Typical Industrial Solid Wastes in China

The Minerals, Metals and Materials Society
He Yang Xiangxin Xue Tao Jiang Yong Li
Organization:
The Minerals, Metals and Materials Society
Pages:
8
File Size:
389 KB
Publication Date:
Jan 1, 2012

Abstract

"In this paper, we describe the current status and research progress on the utilization of typical industrial solid wastes in China. We propose a creative method called “eco-utilizing wastes” with an aim of both integration and increment but without second-time waste and pollution, in terms of the characteristics of typical industrial solid wastes, such as titanium-bearing blast furnace slag, high-silicon iron tailing and boron-enriched slag as well as oil shale.Situation of Typical Industrial Solid Wastes in ChinaThough mineral resources in China are abundant, most of these are low grade ores. Moreover, the distribution of mineral resources is asymmetric, which causes the increase of cost and decrease of the economic benefit. Over-exploitation of mineral resources results in a large number of solid wastes. The accumulation of solid wastes not only means the waste of valuable resources, but also causes environment deterioration. There exist some problems in the current practice of the disposal of industrial solid waste, such as only emphasizing the final results and causing new pollution and waste [1]. So the research and development of a high value-added method has a high practical relevance to our nation. Based on the present status and research progress of industrial solid wastes in China, a creative new idea and method for eco-utilization of solid wastes is proposed in this paper."
Citation

APA: He Yang Xiangxin Xue Tao Jiang Yong Li  (2012)  An Integrated Strategy for Whole Ecological Utilization of Typical Industrial Solid Wastes in China

MLA: He Yang Xiangxin Xue Tao Jiang Yong Li An Integrated Strategy for Whole Ecological Utilization of Typical Industrial Solid Wastes in China. The Minerals, Metals and Materials Society, 2012.

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