the design and optimization of distillation column with heat and power integrated systems

نویسندگان

gholam reza salehi

3islamic azad university branch of nowshahr, iran bahram ghorbani

bahram ghorbani, phd candidate mechanical engineering faculty, energy conversion group kntoosi university of technology, tehran, iran, [email protected] kazem hasanzadeh lashkajani

energy system engineering department, k.n.toosi university of technology, iran majid amidpour

energy system engineering department, k.n.toosi university of technology, iran

چکیده

based on two integration steps, an optimization framework is proposed in this work for the synthesis and design of complex distillation sequence. the first step is to employ heat integration in sequence and reduce the heat consumption and total annual cost of the process. the second one is to increase the exergetic efficiency of sequence by generating power in implemented expanders in sequence. the profit of power generation directly affects the operating cost of the process and decreases the total annual cost. in each step, the target is to minimize the objective function of total annual cost. a simulator is used to simulate the equipment’s specification and formulate the objective function of cost. results from employing these two integration steps for the considered case study show the advantages of such a complex distillation sequence with heat integration and power generation. the results represent a very high improvement for the sequence indirect since the properties of the intake flow to the process are in a way that in this sequence not only do we have a high freedom for carrying out heat integration, but a large amount of power is also produced between the columns due to having high flow rate flows between the columns

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عنوان ژورنال:
gas processing

جلد ۱، شماره ۱، صفحات ۵۱-۶۸

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