Study of possibility of obtaining alternative binders from production wastes for filling man-caused voids

V. Golik, Y. Razorenov, V. Vagin, V. Lyashenko
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Abstract

Basic scientific and practical results of the study of possibility of obtaining alternative binders from production wastes to fill man-made voids at underground ore mining are presented. The objective of the study was to determine the technological possibility and economic feasibility of using available low-active substances as substitutes for expensive and scarce cement. It was shown that it is possible to obtain a binder from dolomite wastes, equivalent in properties to cement, which makes it possible to meet the demands of environmentally correct ore mining technologies. It has been established that hardening mixtures based on dolomites and enrichment tailings are only 8-22% inferior in strength to mixtures with standard cement and are suitable without restrictions for the construction of nature protection massifs in mine workings. Recommended activation of wastes increases the strength of the hardening filling mixture by 15-20% in comparison with the basic technology. With additional preparation in activators, a fundamental change in the quality of dolomite products is possible. The use of wastes in the production of a hardening mixture will free up the land occupied by storage facilities and organize the production of competitive products. Alternative binders and inert materials are recommended for use.
从生产废料中获取替代粘合剂以填补人为空洞的可能性研究
介绍了从生产废弃物中获取替代粘结剂来充填地下采矿人工空洞的可行性研究的基本科学和实际结果。这项研究的目的是确定使用现有的低活性物质作为昂贵和稀缺水泥的替代品的技术可能性和经济可行性。研究表明,从白云石废料中获得一种与水泥性能相当的粘结剂是可能的,这使得它有可能满足对环境正确的采矿技术的要求。研究表明,以白云石和富集尾砂为基础的硬化混合料强度仅比标准水泥混合料低8-22%,不受任何限制地适用于矿山作业中自然保护体的施工。与基本技术相比,推荐的废物活化使硬化填充混合物的强度提高了15-20%。随着活化剂的额外制备,白云石产品质量的根本改变是可能的。利用废物生产硬化混合物,可以腾出储存设施占用的土地,组织生产有竞争力的产品。建议使用其他粘合剂和惰性材料。
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