论文信息 - Optimal Trajectories for Grade Change Control: Application on a Polyethylene Gas Phase Reactor

Optimal Trajectories for Grade Change Control: Application on a Polyethylene Gas Phase Reactor

Abstract This paper describes the development of a Grade Transition optimizer PathFinder that enables a high performance demand driven operation in the chemical process industry. The technology makes use of a dynamical rigorous model based optimization of an economic criterion along a grade change trajectory. An application on a large grade slate for a polyethylene gasphase reactor is discussed.

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