2002•2002 International Joint Power Generation ConferenceRequires access

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

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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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What this paper is about

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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Available 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.

Key concepts: Workbench, Computer science, Process (computing), Complement (music), Virtual machine, Simple (philosophy), Simulation, Operating system

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