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RISExergetic Approach to Investigate the Arrangement of Compressors of a Pipeline Boosting Station
Different arrangements of variable-speed turbo-compressor units in a pipeline boosting station are investigated by estimating the exergy destruction and exergetic efficiency; a thermodynamic method for quantifying irreversibility. Fuel consumption...
Valve fault detection for single-stage reciprocating compressors
In the present study, a zero-dimensional numerical method is developed based upon the crank angle to investigate reciprocating natural gas compressor with valve faults. This model aims to take piston movement, valve dynamic, and mass flow rate...
Effect of Compressor Emergency Shutdown in Various Compressor Station Configurations on Natural Gas Transmission Pipeline
The transient conduct of compressor stations, especially subject to sudden change in conditions, and its effect on performance of natural gas transmission pipeline is one of the most important concerns of operators. The main objective of this paper...
Remote retail monitoring and stock assessment using mobile robots
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Operation Analysis of Rotary Tools of Compressor Station Using Exergy Approach
In this study, operation of compressor station has been investigated by exergy approach. Exergy
analysis is a thermodynamic method which shows the irreversibility of a system quantitatively. Gas
compressors are used to compensate...
Thermodynamic analysis of a CNG refueling station considering the reciprocating compressor
CNG refueling station, including on-board NGV cylinder, reservoir tanks, connecting pipes and especially reciprocating compressor. Unlike most previous researches, pressure variation of the reservoir tanks during the filling process have been...