Mathematical Modeling and Optimization of Electrochemical Gas Analyzers
The results of the application of information and communication technologies for mathematical modeling and optimization of the operation of electrochemical gas analyzers for determining the concentration of carbon monoxide in industrial technological environments were presented.
A substantial statement was considered and a solution to the applied problem of optimizing the parameters of automatic compensation of temperature errors in electrochemical cells was given. An instrument implementation of the coulometric method of gas analysis of toxic substances in industrial process media was performed, which ensures high efficiency and reliability of the results of continuous monitoring of the composition of natural gas.
Keywords: electrochemical cell, gas analysis, modeling and optimization, content of harmful substances in gas mixtures.