A Computational Workbench Environment for Virtual Simulation of a Vision 21 Energyplex
Michael J. Bockelie, David A. Swensen, Martin K. Dension, Zumao Chen, Constance Senior, Adel F. Sarofim
Abstract
Michael J. Bockelie, David A. Swensen, Martin K. Dension, Zumao Chen, Constance Senior, Adel F. Sarofim
Abstract
In this paper we describe our progress toward creating a process workbench for performing virtual simulations of DOE Vision 21 energyplex systems. The workbench provides a framework for incorporating a full complement of models, ranging from simple heat/mass balance reactor models that run in minutes to detailed models that can require several hours to execute. Provided herein is an overview of a process workbench for a conventional PC power plant developed during the past year and our current efforts at developing a workbench for a gasifier based energyplex configuration.
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In this paper we describe our progress toward creating a process workbench for performing virtual simulations of DOE Vision 21 energyplex systems. The workbench provides a framework for incorporating a full complement of models, ranging from simple heat/mass balance reactor models that run in minutes to detailed models that can require several hours to execute. Provided herein is an overview of a process workbench for a conventional PC power plant developed during the past year and our current efforts at developing a workbench for a gasifier based energyplex configuration.
Key concepts: Workbench, Computer science, Process (computing), Complement (music), Virtual machine, Simple (philosophy), Simulation, Operating system