Refinery hydrogen pipe network economic-safe collaborative optimization design method considering filling of hydrogen embrittlement inhibitor and electronic equipment

Abstract

The invention belongs to the technical field of intrinsically safe chemical process and chemical process system engineering optimization, and discloses a refinery hydrogen pipe network economic-safe collaborative optimization design method considering filling of a hydrogen embrittlement inhibitor and electronic equipment. Acquiring system data and candidate connection parameters of a hydrogen source unit, a hydrogen using unit, a purification / recovery unit and the like, and constructing a supply and demand superstructure model; establishing an economic-safe mixed integer nonlinear programming model, and setting process constraints by taking connection line selection, flow and purity distribution, purification / recovery unit configuration, compression energy consumption and risk mitigation measure configuration as decision variables; fire radiation heat flux constraint related to flow and distance and hydrogen-induced damage / integrity degradation measurement related to hydrogen-rich environment intensity, equivalent length and service period are established, and segmented isolation valves, coating protection and reduction effect of inhibitor addition and cost and risk linkage coupling are carried out; and constructing a collaborative objective function under the unified constraint set, solving the collaborative objective function, and outputting an integrated design result.

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