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Conditions of using water-air tanks at pumping stations

Vishnevskii, K. P. / Beglyarov, D. S. / Rezug, L.

Conclusions 1. The need to use water-air tanks at pumping stations should be substantiated by calculations of transients possible at these stations. 2. The most suitable for calculations is the method developed at MGUP, which takes into account all factors substantially affecting the occurrence of transients, including WATs and delay in closing check valves. 3. The use of WATs with installation on pump pressure lines of check valves with adjustable closing designed at VNIIVODGEO is becoming the most effective.

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Conditions of using water-air tanks at pumping stations

Vishnevskii, K. P. / Beglyarov, D. S. / Rezug, L.

Conclusions 1. The need to use water-air tanks at pumping stations should be substantiated by calculations of transients possible at these stations. 2. The most suitable for calculations is the method developed at MGUP, which takes into account all factors substantially affecting the occurrence of transients, including WATs and delay in closing check valves. 3. The use of WATs with installation on pump pressure lines of check valves with adjustable closing designed at VNIIVODGEO is becoming the most effective.

Conditions of using water-air tanks at pumping stations

Vishnevskii, K. P. / Beglyarov, D. S. / Rezug, L.

Conclusions 1. The need to use water-air tanks at pumping stations should be substantiated by calculations of transients possible at these stations. 2. The most suitable for calculations is the method developed at MGUP, which takes into account all factors substantially affecting the occurrence of transients, including WATs and delay in closing check valves. 3. The use of WATs with installation on pump pressure lines of check valves with adjustable closing designed at VNIIVODGEO is becoming the most effective.

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Title:

Conditions of using water-air tanks at pumping stations

Contributors:

Vishnevskii, K. P. (author) / Beglyarov, D. S. (author) / Rezug, L. (author)

Published in:

Hydrotechnical Construction ; 30 ; 681-685

Publication date:

1996-11-01

Size:

5 pages

ISSN:

1570-1468 , 0018-8220

DOI:

https://doi.org/10.1007/BF02447447

Type of media:

Article (Journal)

Type of material:

Electronic Resource

Language:

English

Keywords:

Pressure System , Water Velocity , Check Valve , Pressure Line , Shaft Speed Engineering , Energy Technology , Power Electronics, Electrical Machines and Networks , Renewable and Green Energy , Geoengineering, Foundations, Hydraulics

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