Method for dynamically stabilizing operating parameters of gas engines during flare gas recovery using hydrogen generators

Abstract

Method for dynamically stabilizing operating parameters of gas engines during flare gas recovery using hydrogen generators involves feeding hydrogen-oxygen into internal combustion engine. Information about engine status after startup is fed to predictive controller, which is used to regulate the amount of hydrogen-oxygen mixture added to flare gas. At the same time, operating parameters of ignition and air supply systems are adjusted based on signals received from predictive controller.