New MOX oil coolers: combination of efficiency and manufacturability

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Abstract

The research and production company "Khimholodservis" together with the companies HOWDEN and SES International organizes the assembly production of ammonia screw compressor units. At the same time, Khimholodservis will manufacture a significant part of the components (oil coolers, oil separators, oil pumps, filters, etc.).
Naturally, their design and technical characteristics must meet world standards.

About the authors

N. V. Tovaras

LLC NPF "Khimholodservis"

Author for correspondence.
Email: info@eco-vector.com

Cand. tech. Sciences

Russian Federation

V. P. Elchinov

JSC "Cryogenmash"

Email: info@eco-vector.com

Cand. tech. Sciences

Russian Federation

A. L. Shuyakov

JSC "Cryogenmash"

Email: info@eco-vector.com

Cand. tech. Sciences

Russian Federation

References

Supplementary files

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1. JATS XML
2. Rice. 1. Oil cooler heat exchanger

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3. Rice. Fig. 2. Dependence of the heat transfer coefficient Kt on the mass flow rate of oil G in oil coolers with an interference force of 100 N (a) and 3000 N (b): 1 - water inside; 2 - water outside; 3 water inside and outside

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4. Fig. 3. Dependence of the hydraulic resistance Dr of oil coolers on the mass flow rate of oil 6 and at different preload forces and patterns of water movement (scheme designations, see Fig. 2): about 100 N (scheme 1); + - 100 N (scheme 2); □ - 100 N (scheme 3); • - 300 N (scheme 1); x - 3000 N (scheme 2); V - 3000 P (scheme 3)

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5. Rice. 4. Oil cooler MOHZb-Z00-1.5

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6. Bench for testing the first experimental double-flow oil cooler at the Moscow Fish Processing Plant – CJSC Meridian

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7. Bench for testing a three-flow oil cooler MOH 36-300-1.5 at the St. Petersburg Cold Storage Plant No. 7

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Copyright (c) 2022 Tovaras N.V., Elchinov V.P., Shuyakov A.L.

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