Energy efficiency of a tubular furnace at the hydrocarbon condensate stabilization unit of the Astrakhan gas processing plant
UDC: 66.041.45
DOI: 10.33285/1999-6934-2023-6(138)-10-15
Authors:
ARABOV MIKHAIL SH.
1,
ALYAUTDINOVA YULIYA A.1,
ARABOVA ZAREMA M.2,
GAMZATOVA AISHA H.3
1 Astrakhan State University of Architecture and Civil Engineering, Astrakhan, Russia
2 GEOHI RAS, Moscow, Russia
3 Astrakhan State Technical University, Astrakhan, Russia
Keywords: energy efficiency, tubular furnaces, fuel gas, stabilization of oil, hydrocarbon condensate, oil refinery, Astrakhan gas processing plant, oil stabilization unit, concentration, deposits, efficiency of a tubular furnace
Annotation:
Currently, energy efficiency and energy conservation are among the priority technological directions of Russia's development, designated by the President of the Russian Federation. In the Russian Federation, refineries, gas processing plants use quite a lot of various technological tubular furnaces with natural thrust and an uncontrolled scheme of supplying (sucking) air from the environment. The majority of tubular furnaces are operated in manual mode (without an automatic start-up, stop, fuel consumption control, air, etc.). The issues of energy-efficient operation of a tubular furnace at a hydrocarbon condensate stabilization plant at the Astrakhan gas processing plant are discussed. When designing a tubular furnace, options of maximum fuel efficiency of the furnace and minimum flue gas temperature are considered. Of course, the highest efficiency of the furnace can be obtained in case when the temperature of the flue gases is close to the ambient temperature. The tubular furnaces actual operation at the Astrakhan Gas Processing Plant and energy efficiency options are considered in detail.
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