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Authors

  • Я. В. Грудз ІФНТУНГ ; 76019, м . Івано - Франківськ , вул . Карпатська , 15; тел . (03422) 42157
  • Н. Я. Дрінь ІФНТУНГ ; 76019, м . Івано - Франківськ , вул . Карпатська , 15; тел . (03422) 42157
  • Р. Б. Стасюк ІФНТУНГ ; 76019, м . Івано - Франківськ , вул . Карпатська , 15; тел . (03422) 42157
  • В. Д. Шологон ІФНТУНГ ; 76019, м . Івано - Франківськ , вул . Карпатська , 15; тел . (03422) 42157
  • Р. Т. Мартинюк ІФНТУНГ ; 76019, м . Івано - Франківськ , вул . Карпатська , 15; тел . (03422) 42157

Keywords:

natural gas, temperature control, pipeline, KS, compression

Abstract

The influence of temperature complex gas systems large extent on the energy consumption for transportation of gas. Research conducted over the developed mathematical models of stationary motion of gas in gas transmission systems taking into account the compression flow of the CS and its subsequent cooling. It is shown that the optimal degree of cooling gas at CS determined by the cost of power to gas transmission pipelines and cooling gas flow. As a result of the calculations are given advice on choosing the characteristics of complex modes of gas transmission systems taking into account the cooling gas at CS after compression.

References

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Published

30.11.2011

How to Cite

Грудз, Я. В., Дрінь, Н. Я., Стасюк, Р. Б., Шологон, В. Д., & Мартинюк, Р. Т. (2011). 1. Oil and Gas Power Engineering, (2(15), 43–47. Retrieved from https://nge.nung.edu.ua/index.php/nge/article/view/48

Issue

No. 2(15) (2011): OIL AND GAS POWER ENGINEERING

Section

PHYSICAL AND TECHNICAL PROBLEMS OF ENERGY CARRIERS TRANSPORTATION STORAGE

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