This invention relates to the field of
pollutant detection technology, and more particularly to a
pollutant detection method and
system based on an environmental consulting
knowledge base. The method includes: receiving basic information about the project to be tested, inputting it into a pre-built environmental consulting
knowledge base for matching, and outputting a preliminary detection plan; generating a final detection plan after
verification using historical cases; performing on-site sampling and in-situ testing, linking the
knowledge base to complete real-time
quality control early warning and on-site calibration, and obtaining a calibrated in-situ detection dataset;
performing laboratory testing on environmental samples and performing three-level calibration to obtain a valid
pollutant detection dataset; performing
compliance analysis on the valid detection data, and outputting the detection results. This invention effectively solves the core problems of fragmented processes and lack of unified knowledge support in existing detection technologies, overcomes the shortcomings of manual reliance, insufficient
quality control and calibration, low
data accuracy, and poor analysis efficiency, and achieves intelligent
standardization of the entire detection process, significantly improving detection efficiency and
data accuracy.