矿渣的深加工利用工艺

      矿渣又称浸出渣和高炉渣，其都属于工业固体废弃物，而这些工业固体废弃物经过专门的设备深加工后发挥着极其重要的作用。其利用矿渣制成提炼加工为矿渣水泥、矿渣微粉、矿渣粉、矿渣硅酸盐水泥、矿渣棉、高炉矿渣、粒化高炉矿渣粉、铜矿渣,其矿渣立磨节约能耗。此外，高炉矿渣还可作为铸石、微晶玻璃、肥料、搪瓷、陶瓷等的原料。实践证明，矿渣经立磨深度加工后制成矿渣微粉，众所周知，矿渣经过立式磨粉机加工成微粉时，具有潜在水化活性。当与水泥混凝土混合时，显著改善了水泥和混凝土的一系列性能。另外矿渣微粉遇到水就能硬化，通过细磨后，硬化过程大大加快。高能耗的粉磨方式不适合现代企业的发展方向，预粉磨技术已被越来越多的企业所采用，磨粉机在水泥、矿渣生产中的预粉磨工艺和效果将大幅提产节能，降低生产成本，综合效益明显。
Processing using the technology of slag Slag is also called leaching slag and blast furnace slag, its belong to industrial solid waste, and the industrial solid waste after deep processing of special equipment play an extremely important role. It made use of slag refining process of slag cement, slag powder, slag powder, slag Portland cement, slag cotton graining, blast furnace slag, blast furnace slag powder, copper slag, the slag vertical mill to save energy consumption. In addition, blast furnace slag can be used as cast stone, microcrystalline glass, fertilizer, enamel, ceramics and other materials. Practice proves that the depth of slag by vertical mill processing is made after GGBS, as is known to all, slag after vertical milling machining into powder, potentially hydration activity. When mixed with cement concrete, significantly improves the performance of a series of cement and concrete. Can hardening and slag powder in water, after fine grinding, greatly speed up the hardening process. High energy consumption of grinding method is not suitable for the development direction of modern enterprises, pre grinding