Innovating Air Cooling Systems for Efficient LIquefied petroleum Gas (LPG)production in High Ambient Air température: A case study of the ZCINA gas treatment plant in Algeria
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Date
2023-06-27
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August 20, 1955 University -SKIKDA
Abstract
This dissertation examines the impact of ambient air temperature on the liquefaction process of Liquefied Petroleum Gas (LPG) in the ZCINA gas treatment plant situated in the Algerian desert. The objective is to enhance the efficiency and reliability of LPG production by addressing the challenges posed by high temperatures. Advanced engineering tools, specifically HYSYS simulation software, are employed to evaluate the performance of conventional cooling systems and propose modifications or alternative technologies to improve heat transfer efficiency. The research includes an investigation into the factors affecting the efficiency of existing cooling systems, a review of solutions from diverse industries facing similar challenges, identification of innovative approaches for LPG liquefaction, and the execution of experimental studies and simulations to assess proposed solutions. The dissertation specifically highlights the addition of extra fans to the air cooler unit as a key adjustment to enhance the liquefaction process. By leveraging the capabilities of HYSYS simulation software, the performance of the modified cooling system is rigorously analyzed.