复合有机污染场地高效氧化修复材料及技术验证的数据集

针对重点化工行业多环芳烃、农药和取代芳烃等污染场地高效氧化修复的共性技术需求，综合本课题开发的铁基催化材料、高传质催化材料和缓释氧化材料以及表面活性剂增溶脱附强化技术，通过归纳总结，凝练形成技术规范，并开展现场场地土壤修复验证，构建了复合有机污染土壤原位高效氧化修复技术模式。

Aiming at the common technical requirements for efficient oxidative remediation of contaminated sites polluted by polycyclic aromatic hydrocarbons (PAHs), pesticides, substituted aromatic hydrocarbons and other pollutants in key chemical industry sectors, this study integrated the iron-based catalytic materials, high-mass-transfer catalytic materials, slow-release oxidative materials developed in this project, as well as the surfactant-enhanced solubilization and desorption technology. Through summarization and induction, the technical specifications were refined, on-site soil remediation verification tests were conducted, and an in-situ efficient oxidative remediation technical mode for compound organic-contaminated soils was established.

搜集汇总

背景与挑战

背景概述

该数据集针对化工行业多环芳烃、农药和取代芳烃等复合有机污染场地，开发并验证了高效氧化修复材料（如铁基催化材料、高传质催化材料）及技术，形成了原位修复技术模式。数据集基于实际场地土壤修复验证，属于国家重点研发计划项目，由南开大学创建，包含10个文件、274.36KB数据量，旨在提供环境化学领域的实用技术规范和数据支持。