Energy integration is a key solution in chemical process and crude refining industries to minimize external fuel consumption and to face the impact of growing energy crises. Typical energy integration projects can reach a reduction of heating fuels and cold utilities by 10%-30% compared with original designs or existing installations. Pinch Analysis is a leading tool and regarded as an efficient method to increase energy efficiency and minimize fuel flow consumption. It can practically be applied to synthesize a HEN (heat exchange network) or modify an existing preheat train for minimum energy consumption.
6. تکنولوژی و مهندسی کنفرانس دومینهپایدار آینده برای سبز ای
28و29دیماه1395دانشگاه ،شیمی مهندسی دانشکده ،امیرکبیر صنعتی
مراجع
[1] Mamdouh A. Gadalla; “A new graphical method for Pinch Analysis applications:
Heatexchanger network retrofit and energy integration”, sciencedirect,
http://www.sciencedirect.com/science/journal/03605442 , (2016).
[2] Wikipedia contributors, "Pinch analysis," Wikipedia, The Free Encyclopedia,
http://en.wikipedia.org/w/index.php?title=Pinch_analysis&oldid=626771990 ,(2015).
[3] Katherine Hird,Jack Zhang; “Jump Start: Aspen Energy Analyzer V8”, AspenTech,
http://www.aspentech.com/products/engineering/aspen-energy-analyzer , (2015)
7. تکنولوژی و مهندسی کنفرانس دومینهپایدار آینده برای سبز ای
28و29دیماه1395دانشگاه ،شیمی مهندسی دانشکده ،امیرکبیر صنعتی
Energy efficiency optimization in oil and gas industry by using pinch and
simulation technology
Saeed Alipoor
Dept. of Chemical Engineering, The Islamic Azad University Of Dashtestan in Borazjan,
Bushehr, Iran : SaeedAlipoor01988@gmail.com
Abstract
Energy integration is a key solution in chemical process and crude refining industries to
minimize external fuel consumption and to face the impact of growing energy crises. Typical
energy integration projects can reach a reduction of heating fuels and cold utilities by 10%-30%
compared with original designs or existing installations. Pinch Analysis is a leading tool and
regarded as an efficient method to increase energy efficiency and minimize fuel flow
consumptions. It can practically be applied to synthesize a HEN (heat exchanger network) or
modify an existing preheat train for minimum energy consumption. In this research paper we
examine the integration of energy, Pinch ,with the simulation software, Aspen Energy Analyzer.
Key Words: Haysys, energy efficiency, reduce energy consumption in industry, oil and gas, of
Pinch, simulation software Aspen HYSYS, Aspen Energy Analyzer Software.