Research on In-Situ Thermal Desorption and Artificial Cooling Technology for Soil Pollution Remediation Projects
This study aims to explore the application effect of in-situ thermal desorption technology combined with artificial cooling technology in soil pollution remediation.The research focuses on designing and optimizing heating systems,extraction systems,and temperature monitoring systems to ensure effective removal of pollutants and maximize environmental safety.By implementing in-situ thermal desorption and artificial cooling technology,this project aims to improve the treatment efficiency of polluted soil while reducing environmental impact.The re-search content involves a detailed analysis of system design,including the optimization layout of heating wells,the combination of multiphase extraction and horizontal vacuum extraction technology,and the implementation of temperature monitoring strategies.The results show that through precise system design and optimization of oper-ating parameters,the remediation efficiency is significantly improved;the pollutant removal rate is high,and the operating cost is controlled,providing important technical support for the field of soil pollution remediation.This demonstrates the practical application potential and environmental benefits of in-situ thermal desorption technolo-gy combined with artificial cooling in environmental engineering.
万方数据
维普
