The present invention discloses a pipeline
water quality risk evaluation method based on a
water supply network dynamic model. Establishing a
water supply network dynamic waterpower and
water quality model and performing accurate checking of the
water supply network dynamic waterpower and
water quality model through determination of the classification type and the evaluation indexes of the pipeline water quality risk; determining the weight of each evaluation index through adoption of the
analytic hierarchy process; and dividing the grading standard of each evaluation index parameters based on the state data samples of the
pipe network dynamic model, determining the degree of membership of each evaluation index, performing the fuzzy comprehensive evaluation, and determining the grade of the water quality risk of each pipeline in the
pipe network. Though the steps mentioned above, all the pipelines of the whole
water supply network are subjected to water quality
risk evaluation, and the comparison and the ordering are performed according to the
evaluation result to determine risk degree ordering of water quality changing and provide decision support for the management and maintenance of the
pipe network; and moreover, the pipeline water quality
risk evaluation method based on the
water supply network dynamic model overcomes the defects that other evaluation methods are simple in index and do not take incomprehensive consideration, and the
evaluation result is more reliable to ensure the accuracy and the life cycle of the evaluation.