Chemical Process Simulation
A guide to simulation techniques for chemical engineering. Covers flowsheeting, partitioning and tearing a set of equations and networks of process units, maintaining sparcity of matrices, convergence promotion methods, and available data banks of properties. Reviews background information on model formulation and numerical methods, and applications of graph theory in synthesising networks.
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EQUATION SOLVING APPROACH
DECOMPOSITION OF NETWORKS
4 other sections not shown
algorithm ammonia applied approach assumed balance bead calculated called catalyst chemical coefficient column component composition considered constant contains continuous converter cost defined dependent described developed direction distillation dynamic effect elements energy equations equilibrium equipment Example factor feed flow flowrate flowsheet fraction function given heat heat exchanger Hence increase initial input integration involved iterative known linear liquid loop mass material matrix method modules moles nodes obtained operating optimization output parameters phase plant possible pressure problem procedure properties ratio reaction reactor recycle reduced reformer reported represented respectively separation sequence shown in Fig simulation single solution solved specific stage step stream structure synthesis Table temperature tion tube units values vapor variables various vector