Utilizing the high-pressure exergy of a pipeline gas is a route to overcome the challenge of
high power consumption in liquefying natural gas. Through the expansion in city gate …

Light olefins production via thermal cracking of hydrocarbons is a process with the highest
value of energy consumption in the petrochemical industry. Therefore, the study of the …

An integrated combined cooling, heating and power process is investigated and analyzed
by advanced exergy cost analysis method. In this process molten carbonate fuel cell, gas …

The production of light olefins via the thermal cracking of hydrocarbons is the most energy-
demanding process in the petrochemical industry, and an important producer of greenhouse …

This paper presents three modified processes with different refrigeration cycles based on the
recycle split vapor (RSV) process. Advanced exergy analysis is adopted to evaluate the …

Cost analyses and advanced exergoeconomic analyses are applied to a cascading power
cycle with liquefied natural gas regasification. These analyses provide information about the …

In this study, advanced exergoeconomic analysis is performed for a gas turbine cycle
located in Inchon/South Korea. In addition, an approach combining advanced exergy …

A mini-scale nitrogen dual expander process for the production of liquefied natural gas was
evaluated by conventional and advanced exergoeconomic analyses. The main indicators of …

Liquefaction processes consume a high amount of energy, and any attempt to achieve lower
energy consumption and higher exergy efficiency would lead to a remarkable enhancement …

The replacement of refrigerants in domestic refrigerators is nowadays one of the approaches
used to enhance the performance and environmental impact of these systems. Theoretical …