Risk assessment method for thermal pipeline system

Abstract

The invention relates to a risk assessment method for a thermal pipeline system. The method comprises the following steps of: 1, collecting and surveying materials required by pipeline system risk factors; 2, performing macroscopic test and professional inspection on pipelines; 3, performing professional analysis; 4, determining numerical values of the risk factors according to the technical standard, operating parameters and expert assessment; 5, inputting the numerical values of the risk factors to a computer, and performing risk calculation by using a risk assessment model; 6, outputting a risk assessment result, so that a decision maker decides whether to accept according to the risk assessment result; 7, if the risk assessment result cannot be accepted by the decision maker, finding and processing the major factor influencing the value at risk and performing risk calculation again; and 8, if the risk assessment result is accepted by the decision maker, finishing the assessment procedure. According to the risk assessment method, risk assessment is performed by using the risk model, so that a decision-making basis is supplied to the decision-maker, accidents such as breakage, collapsing or burst are reduced or avoided, the service life of the pipelines is prolonged, and human life and property are prevented from being lost.

Description

technical field [0001] The technical field of risk assessment of the present invention specifically relates to a risk assessment method for a thermal piping system. Background technique [0002] The thermal pipeline system of power plants is prone to fracture, collapse and burst accidents. The pipeline material will become more and more brittle with the prolongation of operation time, and the toughness of the new heat-resistant steel will decrease rapidly. Accidents not only reduce the service life of pipeline systems and equipment, but also cause heavy losses to people's lives and property. The development of society and economy requires risk assessment of heat pipe system. Risk assessment refers to the work of quantitatively assessing the impact and possibility of loss on people's lives, lives, and property in various aspects before or after the occurrence of risk events. Risk assessment is to quantitatively evaluate the possible degree of impact or loss caused by an ev...

AI Technical Summary

Problems solved by technology

This patent application is used for risk assessment of gas pipeline leakage, not suitable for risk assessment of thermal piping systems in power plants

Images