A conceptual approach to the development of logical-linguistic models for catalytic reforming installation

The article considers a catalytic reforming installation as a object of modeling. The complexity of the functioning this installation is determined by the multistage reaction processes occurring in the reactor block. The inability to take into account some important qualitative and rejimes parameters of the reactor block makes it difficult modelling and control this process. The degree of uncertainty that arises when making a decision in the process of control reforming leads to the need to develop its logical-linguistic model and control algorithm. The application of the developed fuzzy model and optimization algorithm of the considered technological process provides the optimal technological rejimes of the reforming installation.