Development of a method for simulating the structure of a control digital automatic emergency protection of technological installation for polymerization on microcontrollers

At present, modern process control tools and emergency protection systems are being widely introduced in the oil and gas industry, which together with process equipment form automated technological complexes (ATC) and can significantly reduce the risks of emergency situations.

The development of technological process at oil refineries increases the requirements for speed, reliability and versatility of automated emergency protection systems.

In this connection three main directions of research of the given problems arise:

-          first, obtaining, processing and issuing information about the mode of operation of the automated emergency protection system (AAPS);

-          secondly, control of the algorithm of functioning. Secondly, control of the algorithm of emergency protection system functioning with the help of commands given by the ASEPPP;

-          thirdly, diagnostics of the emergency protection system during the technological process.

The complexity of safety systems development is due to the growth of technological processes. Today, in the design and development of automated fire protection systems, it is necessary to implement artificial intelligence in order for the systems to function as intended. The purpose of this research is to create the basis of mathematical model of automatic control model of emergency protection control machine of polymerization process plant.

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