作者: Ignacio E. Grossmann , Yang Chen , John C. Eslick , David C. Miller
DOI:
关键词: Separation process 、 Mathematics 、 Power station 、 Simulation-based optimization 、 Process simulation 、 Work in process 、 Simultaneous optimization 、 Heat exchanger 、 Process integration 、 Mathematical optimization
摘要: This paper introduces a novel simultaneous optimization and heat integration approach, which can be used directly with the rigorous models in process simulators. In this overall is optimized utilizing external derivative-free optimizers, interact simulation. The subproblem formulated as an LP model solved simultaneously during of flowsheet to update minimum utility exchanger area targets. A piecewise linear approximation for composite curve applied obtain more accurate results. describes application approach three cases: recycle process, separation power plant carbon capture. case study results indicate that relatively easy implement achieves higher profit lower operational cost and, example, net efficiency than sequential approach.