INCREASING SAFETY IN THE OXIDATIVE CONVERSION OF HIGHLY CONCENTRATED GASES CONTAINING HYDROGEN SULFIDE

Aspects are considered of providing safe oxidative conversion of acid gases directed in plant handling ethanolaminar purification of petroleum fetching gases in a fluidized bed of spherical catalyst. Details are established of an automated machine system for controlling the process in accordance with the current transformation from hazardous production objects. A unified approach is provided for analog and digital regulators with contours for maintaining the control by reference to perturbation in the reverse-coupling contour, which allows one to use a model to realize automatic regulation in a control computer. The basis is given for regulating the optimal relationship between volume flow rates for oxygen and hydrogen sulfide.