2001Unpublished venueRequires access

Effect of heat integration on dynamic of a palm-oil fractionation process

Arshad Ahmad, Leong Yau Ling

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Abstract

The needs to satisfy more stringent safety environmental regulations whilst maintaining the economic objective has drawn more attention towards multiple integration of process units leading to more challenging plantwide process control problem. In other to solve this growing problem, it is desirable to have rigorous models for realistic and large-scale processes. In this paper the development of dynamic models of a typical palm oil fractionation process using HYSYS. Plant simulation package is presented. Results illustrating the effect of recycle stream and heat integration to process control performance are also displayed and discussed.

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The needs to satisfy more stringent safety environmental regulations whilst maintaining the economic objective has drawn more attention towards multiple integration of process units leading to more challenging plantwide process control problem. In other to solve this growing problem, it is desirable to have rigorous models for realistic and large-scale processes. In this paper the development of dynamic models of a typical palm oil fractionation process using HYSYS. Plant simulation package is presented. Results illustrating the effect of recycle stream and heat integration to process control performance are also displayed and discussed.

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Available abstract

The needs to satisfy more stringent safety environmental regulations whilst maintaining the economic objective has drawn more attention towards multiple integration of process units leading to more challenging plantwide process control problem. In other to solve this growing problem, it is desirable to have rigorous models for realistic and large-scale processes. In this paper the development of dynamic models of a typical palm oil fractionation process using HYSYS. Plant simulation package is presented. Results illustrating the effect of recycle stream and heat integration to process control performance are also displayed and discussed.

Key concepts: Process integration, Process (computing), Palm oil, Process engineering, Process control, Computer science, Fractionation, Environmental science

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