SWOT-assessment of recycling materials for cheap explosives used in the development of fields in the Russian Arctic zone

Alexandre Frantov,A.D Nazarov

doi:10.1051/e3sconf/202127001007

Abstract

The recycling potential is being actualized due to the trends in the production and use of powder and liquid combustible materials from the waste of a mining enterprise in the production cycle of mining, enrichment and processing (polymer packaging and containers of explosives, large tires and rubber products during the operation of mining vehicles, coal powder and coke breeze during enrichment and coking of coal, waste oil products during the operation of vehicles and mechanization equipment). In the material under consideration, a SWOT analysis of the possibility of using the recycling technology of materials in the manufacture of the simplest explosives in the northern and arctic regions of Russia is carried out, including consideration of geological, natural, climatic, economic-geographical, environmental, technological and technical aspects. On the basis of the presented detailing of the indicators of the considered aspects of the SWOT analysis, their role is shown and the value is highlighted when using the technology of recycling materials for the simplest explosives in the development of medium and small deposits. The possibility of obtaining recycled material used for the manufacture of the simplest explosives at mining enterprises from alternative manufacturers is shown.

Highlights

Improving blasting technologies at mining enterprises is the key to the success of the entire production and technological cycle of mining
The northern and arctic regions of Russia have vast mineral resources, so according to the data [1], reserves are concentrated in the Arctic zone and adjacent territories (% of allRussian): gold - 40, nickel, copper, antimony, cobalt, tin, tungsten, mercury, apatite, phlogopite - 50–90, chromium and manganese - 90, platinum metals - 99, indigenous diamonds and vermiculite - 100
In the category of “advantages”, the key position is geological aspects characterizing the mineral resource potential, scale, state of reserves and the type of deposits where materials recycling technologies are used in the manufacture of explosives

Summary

Introduction

Improving blasting technologies at mining enterprises is the key to the success of the entire production and technological cycle of mining This tendency is clearly manifested for the northern and arctic regions of Russia, where the interrelationships of the "geologyenvironmental protection-technology" system are especially prominent. Along with super-large and giant deposits in the region, there are medium and small-scale alluvial deposits of gold, platinum group metals, rare metals and titanium, diamonds, as well as primary deposits of gold, tin, etc. Along with super-large and giant deposits in the region, there are medium and small-scale alluvial deposits of gold, platinum group metals, rare metals and titanium, diamonds, as well as primary deposits of gold, tin, etc. [2; 3; 4]

Methods

Discussion

Conclusion