Buku Panduan Prasiswazah Sesi Akademik 2015-2016

364 Panduan Prasiswazah
KKKR5862 Kejuruteraan Sistem Proses
Process System Engineering
Kursus ini mendedahkan pelajar kepada pemilihan teknik dan penyelesaian di
dalam Kejuruteraan Sistem Proses. Ia bermula dengan analisis Jepitan untuk
integrasi penukar haba untuk pelbagai unit utiliti, pemisahan proses alitan,
retrofit, integrasi dengan unit lain serta peminimuman air sisa. Seterusnya,
kursus ini membincangkan simulasi dinamik dan pengunaan peranti
yang bersesuaian untuk penyelesaian. Selain daripada itu, kursus ini
juga memberikan kaedah penambahbaikan data dan penentuan ralat serta
penggunaanya. Akhir sekali pelajar akan didedahkan kepada
pengoptimuman proses untuk beberapa aplikasi seperti rangkaian penukar
haba, loji kima serta kaedah penyelesaian terpilih.
This module provides students with a working knowledge of selected
techniques and slolution in process systems engineering and their
application in chemical process design. It starts with a pinch analysis for
heat exchanger networks to cover multiple utilities, stream splitting,
retrofitting, integration with other units and its application to wastewater
minimization. Then, it focuses on dynamic simulation of process flow
sheets, including use of software. Another topic is data reconciliation
and gross error detection and their applications. The final topic on
process optimization covers several applications; including heat exchanger
networks, flow sheet optimization and data reconciliation, as well
as selected methods for solving multi variable problems.
Pra-Keperluan (jika ada)/ Pre-Requisite (if any):
KKKR3723 Reka Bentuk Utiliti dan Bekas Tekanan/
Utility and Pressure Vessel Design
KKKR4793
Reka Bentuk Loji Proses/ Process Plant Design
Bacaan Asas:
References:
Ian, K. 2007. Pinch Analysis And Process Integration: A User Guide on Process
Integration for the Efficient Use of Energy, Butterworth-Heinemann
Smith, R. 2005. Chemical Process Design and Integration, John Wiley: England
Edgar, T. F. & Himmelblau, D. M. 2001. Optimization of Chemical Processes.