Method for optimizing efficiency of underground water in-situ remediation integrated equipment

The invention discloses an efficiency optimization method for underground water in-situ remediation integrated equipment. The efficiency optimization method comprises the following steps: S1, modeling a process of remediating a polluted stratum by a GCW + system through COMSOL; s2, inputting a scene, an environment or a stratum condition as an input into the COMSOL model for simulation; s3, obtaining pollutant initial concentration prediction data of different pollution sites according to input conditions; and S4, evaluating and optimizing the output prediction data. Based on a physical model, through multi-parameter modeling of scene, environment and stratum conditions, the prediction accuracy and reliability of the underground water flow and pollutant transmission process are improved, and the method can be widely applied to actual underground water pollution remediation. 本发明公开了一种地下水原位修复一体化设备效能优化方法，包括以下步骤：S1：通过COMSOL对GCW+系统修复污染地层的过程进行建模；S2：将场景、环境或地层条件作为输入，输入到COMSOL模型进行模拟；S3：根据输入条件得到不同污染场地的污染物初始浓度预测数据；S4：对输出