Environmental risk source identification and evaluation method

Abstract

The invention discloses a method for identifying and evaluating an environmental risk source. The method comprises the following steps: S1, initializing a software program system; S2, determining an identification range of environmental factors; S3, determining an identification range of the danger source and the risk factor; S4, automatically identifying the risk source on site; S5, registering the identified environmental factors, danger sources and risk factors in an environmental factor identification and evaluation table and a danger source identification and evaluation table, and determining hazards and influences thereof; establishing a discrimination criterion side; evaluating hazards and influences; recording important hazards and influences establishing detailed targets and expression criteria; determining and evaluating risk control measures. By implementing the selected risk control measures, the method can perform corresponding identification and formulate the control measures according to different environmental factors and hazard source factors, so that the evaluation efficiency and accuracy are improved.

Description

technical field [0001] The present invention relates to the technical field of identification and evaluation methods of environmental risk sources, in particular to a method for identification and evaluation of environmental risk sources. Background technique [0002] Traditional environmental risk identification methods generally monitor the health of the environment by manually collecting, analyzing, and measuring the atmosphere, water quality, and soil in the environment. [0003] Environmental risk assessment is aimed at the leakage of toxic, harmful, flammable and explosive substances caused by predictable emergencies or accidents during the construction and operation of the construction project, or the new toxic and The risk assessment of personal safety and environmental impact and damage is carried out, and reasonable and feasible prevention, emergency and mitigation measures are put forward to make the accident rate, loss and environmental impact of the construction...

AI Technical Summary

Problems solved by technology

[0004] This traditional environmental risk identification method requires manual operation, first measures the data reflecting the environmental conditions, and then requires the staff to use their own experience to judge whether there is a risk in the environment, manual operation efficiency, this evaluation method lacks clear discrimination Standards, and the measurement and monitoring of environmental pollution sources are not strong enough, resulting in major environmental accidents not being discovered in time and urgently dealt with

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