Litvinov Y.I. Technological validation of horizontal deposi development with the inside temporary tranches


Geoteh. meh. 2016, 126, 81-91

TECHNOLOGICAL VALIDATION OF HORIZONTAL DEPOSI DEVELOPMENT WITH THE INSIDE TEMPORARY TRANCHES
Litvinov Y.I.
State HEI «NMU»

UDC 622.271.322.23

Abstract. The negative influence of mineral deposit development on environment and, mostly, on economical use of land resources in the quarries is analyzed. The article focuses on absence of necessary technologies for mining operations, which could increase volume of returned land resources that are subject to restoration. The technology is proposed for the ore layer mining, which simplifies execution of overburden and dump operations, decreases land resources usage, and is realized by means of extension of the entry trench, gradual advancing of temporary trench in the spoil bank and by backfilling and landscaping of previous trenches as the front of mining and dump operations advances. The parameters are specified for the technological scheme of deposit development, which help determining rational distance between the temporary trenches with taking into account costs of the ore extraction.

Keywords: open field development; inside ramp for vehicles; technological scheme; parameters for technological scheme; costs of the ore extraction.

REFERENCES

 

1. Mormul, T.M. and Litvinov, Yu. I. (2013), «The choice of ground-preserving technology of uncovering and of the system of deposits development depending on their form and sizes», Ecology and nature management, no. 17. pp. 145-151.
2. Barsukov, V.I. and Barsukov, I. M. (1987), «Ohrana zemel, pri otkrytoy razrabotke mestorozhdeniy» [Land protection, in open mining], Tekhnika, Kiev, Ukraina.
3. Novozhilov, M.G., Khokhryakov, V.S., Pchelkin, G.D. and Eskin, V.S. (1971), «Technologia otkrytoy razrabotki mestorozhdeniy poleznyh iskopaemyh» [Technology of open development of mineral deposits], Nedra, Moscow, Russia.
4. Kulbatskiy, V.B., Melnik, L.A., Korotkov, E.I., Okulov, V.A., Gromov, Yu.P., Vorobev, V.F. and Shkvartsova L.S. (1991), State Union Institute for the Design of the mining industry enterprises, Sposob otkrytoy razrabotki gorizontalnih i pologih mestorozhdeniy [The method of opencast mining of flat and flat pitch deposits], Moscow, SU, № SU 1681000 A1.
5. Gumenik I.L., Panasenko, A.I. and Letuchiy V.V. (2009), «Ecological and economic evaluation of stripping methods of flat deposits», Gornyy informatsionno-analiticheskiy byulleten, no. 11. pp. 335-341.
6. Prokopenko, V.I and Cherep A.Yu. (2015), «Construction of the earth's surface after the surface mining of the flat deposit», Metallurgical and Mining Industry, no. 4. pp. 101-105.
7. Terehow, E. (2014), «Entwicklung des ökonomisch-ökologischen Potenzials von Böden nachtagebaulicher Entstehung zu nachhaltiger Bewirtschaftung technogener Landschaften», Naukoviy zhurnal «Ekonomichniy forum», no. 2. pp. 78-85.
8. Chetverik, М.S., Bubnova, Ye.А. and Soroka, Yu.N. (2013), «Reasons for mining-induced cave formation and ways of the cave liquidation», Geo-Technical Mechanics, no. 111. pp. 193-205.
9. Shapar, A.G. (2013), «The daily schedule in the XXI century”- sustainable development. What's next?», Ekologiya i prirodokoristuvannya, no. 6. pp. 11-16.

About the authors:

Litvinov Yuriy Igorevich, Master of Science, Assistant of the Department of Applied Economics, State High Educational Institution “National Mining University” (SHEI “NMU”), Dnepropetrovsk, Ukraine, This email address is being protected from spambots. You need JavaScript enabled to view it. .