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Improvement of energy efficiency of the main dewatering plant of a coal mine

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Category: Electrical complexes and systems

Last Updated on 29 July 2014

Published on 17 October 2013

Hits: 3614

Authors:

Yu.T. Razumnyi, Dr. Sci. (Tech.), Professor, State Higher Educational Institution “National Mining University”, Professor of the Department of Power Supply System, Dnipropetrovsk, Ukraine.

N.Yu. Rukhlova, State Higher Educational Institution “National Mining University”, postgraduate student of the Department Power Supply System, Dnipropetrovsk, Ukraine.

A.V. Rukhlov, Candidate Sci. (Tech.), Associate Professor, State Higher Educational Institution “National Mining University”, Senior Lecturer of the Department of Power Supply System, Dnipropetrovsk, Ukraine.

Abstract:

Purpose. To develop the method of determining of the settler pond volume of the main dewatering plant of a coal mine to improve the energy efficiency of its work.

Methodology. In order to obtain the scientific and practical results the methods of operations research and analysis of technological processes have been used.

Findings. The efficiency of use of the main dewatering plant of the coal mine as an efficient controllable load has been substantiated. The technological conditions allowing us to improve the energy efficiency of the coal mine pumping in the process of regulation of electricity consumption modes have been defined. The analysis of the technological parameters of the acting main dewater-ing plant has been done.

Originality. The method for determining the settler pond volume of the main dewatering plant of the coal mine, which improves the efficiency of regulation of the electricity consumption modes, has been developed. We have obtained the dependences of the settler pond specific volume per 1 m3 of water inflow on the amount of its branches and condition of their uniformity.

Practical value. The increase of the number of settler pond branches over five results in inessential reduce of its specific volume but significant complication of the tech-nical plan and construction process. We have substantiated the expediency of building equal in volume branches instead of the unequal ones. This reduces the settler pond volume required for purposes of regulation of the electricity consumption modes in the average by 10–15%. 

References:

1. Энергоэффективность комплекса шахтного водоотлива / Г.Г. Пивняк, А.С. Бешта, А.В. Балахонцев [и др.] // Электротехнические комплексы и системы. – 2011. – №03 (79). – С. 394–396.

Pivniak, G.G., Beshta, A.S. and Balakhontsev, A.V. (2011), “Energy efficiency of the mine pumping complex”, Elektrotekhnicheskiye kompleksy i sistemy, Kiev: “Tekhnika”, no.03(79), pp. 394–396.

2. Разумний Ю.Т. Визначення ємності водозбірника головного водовідливу / Ю.Т. Разумний, А.В. Рухлов, К.С. Родна // Уголь Украины. – 2010. – № 4. – С. 31–32.

Razumny, Yu.T., Rukhlov, A.V. and Rodna, K.S. (2010), “Determination of the settler pond volume of the main pumping”, Ugol Ukrainy, no.4, рр. 31–32.

3. Наннес Ю.В. О требованиях по шахтному водоотливу новых ПТЭ и подготавливаемых ПБ / Ю.В. Наннес, В.Н. Недолужко, С.А. Федор // Уголь Украины. – 2008. – № 5. – С. 15–17.

Nannes, Yu.V., Nedoluzhko, V.N. and Fedor, S.A. (2008), “About requirements for mine pumping of the new RTO and prepared RS”, Ugol Ukrainy, no.5, pp. 15–17.

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