The solid waste generated during the utilization of industrial pump accessories, industrial filling pump accessories, and tailings paste filling pump accessories in Shenyang, Liaoning has become the largest industrial solid waste in terms of emissions. The discharge of solid waste from mines not only occupies a large amount of land and causes ecological degradation, but also results in resource loss The mixture of waste rock and tailings is stirred on the surface and transported to the underground filling industrial pump and industrial filling pump for paste filling in the goaf. This not only solves the problem of solid waste discharge in mines, reduces land occupation, but also benefits environmental protection In the entire filling industrial pump and industrial filling pump for paste filling system, especially in the cemented filling industrial pump and industrial filling pump for paste filling system, stirring is a crucial part. The quality of slurry stirring directly affects the flowability, pumpability, and strength of paste filling in underground filling industrial pumps and industrial filling pumps At present, research on mixing systems and methods in China generally follows the experimental methods of building concrete. The filling industrial pumps and industrial filling pumps used in mines for paste filling are made from waste materials such as waste rocks and tailings generated by themselves, and a certain proportion of cementitious materials are added. The differences in materials determine the differences in mixing systems and methods, so the mixing parameters must be determined through experiments This article draws on the achievements and methods of concrete mixing research. Firstly, a theoretical study was conducted on the mixing of paste filling slurry using industrial pumps for high concentration filling of waste rock and tailings in mining areas. A method for mixing paste filling slurry using industrial pumps for high concentration filling of waste rock and tailings was proposed, and the optimal mixing system was obtained through indoor experiments. The optimal blade installation was used to provide a basis for the overall planning of paste filling systems and the operation parameters of paste filling systems using industrial pumps and industrial filling pumps辽宁沈阳充填工业泵配件、工业充填泵配件、尾砂膏体充填泵配件利用过程中产生的尾砂,废石,冶炼渣等固体废料已成为排放量最大的工业固体废弃物,矿山固体废料的排放不仅占用了大量的土地,造成生态环境的恶化,同时造成了资源的损失.废石和尾砂的混合料在地表经过搅拌,输送到井下充填工业泵和工业充填泵进行膏体充填采空区,不仅解决了矿山固体废料的排放问题,减少了占地,而且有利于保护环境.在整个充填工业泵和工业充填泵进行膏体充填系统中,尤其是胶结充填工业泵和工业充填泵进行膏体充填系统中,搅拌是至关重要的一环,料浆的搅拌质量直接影响到料浆的流动性,可泵性,井下充填工业泵和工业充填泵进行膏体充填体强度等方面.目前国内关于搅拌制度及方式的研究一般是沿用建筑混凝土的试验方法,矿山采用的充填工业泵和工业充填泵进行膏体充填原料是来自其本身产生的废石,尾砂等废料,并加入一定配比的胶凝材料,材料的差异决定了其搅拌制度及方式的差异,因此必须通过试验才能确定其搅拌参数. 本文借鉴混凝土搅拌研究的成果与方法,首先进行了矿区废石-全尾砂高浓度充填工业泵和工业充填泵进行膏体充填料浆搅拌的理论研究,提出了废石-全尾砂高浓度充填工业泵和工业充填泵进行膏体充填料浆搅拌方法,通过室内试验得出了最佳的搅拌制度:最佳的叶片安装为了给充填工业泵和工业充填泵进行膏体充填系统总体规划及充填工业泵和工业充填泵进行膏体充填系统运行参数提供依