RESOURCE-SAVING TECHNOLOGIES FOR DEVELOPMENT OF MINERAL DEPOSITS

The relevance of the work is caused by need to survive mining industry during protracted post-reform crisis and minimize its negative impact on ecology region through development technogenic mineral resources. Purpose work. Substantiation possibility replacing traditional components filling composite with own or attracted man-made wastes after their processing a level that meets conditions environmental safety economic feasibility. Research methods: systematization, analysis generalization theoretical experimental research in this area, as well patent data. Results. A made, result an mechanism rates accumulation waste from raw materials given, multifactorial mathematical model degradation ecosystems formulated. historical background given assessment deposits backfilling hardening mixtures based utilized closed cycle given. promising method activating binding mixture recommended, treatment high-speed mill - disintegrator. results studies using metallurgical slags Chusovoy plant binder inert filler ore dressing PJSC Uralkali are It shown if content unrecovered metals industrial more than level, they can be disposed extraction within framework single technological waste-free production. concluded when preparing composite, it possible replace commercial industries extracting useful them neutralizing hazardous impurities. prospect transition production innovative principle organization, which excludes storage waste, noted, for advisable combine physical-technical physical-chemical technologies at design stage process resource development. Conclusions. involvement increases efficiency enterprises. Conversion volumes use related effective step towards sustainable region.