海绵体材料结构与功能调控方法数据集

本专题拟负责材料表面负载及吸附-催化功能研究，研发具有去除降解重金属、有机物等有害成分的无机矿质材料。设计合成具有发达孔结构和较强机械性能的矿质材料，能有效吸附重金属离子及有机污染物，使水体中浓度较低的污染物在催化剂表面吸附富集；通过在多孔材料表面进行改性，负载具有较强催化能力的无害物质，能催化降解污染物，实现水体中有机污染物的高效降解。通过相关材料吸附降解水体污染物的机理研究和材料表征测试的基础上，为海绵城市建设中海绵体材料水质深度净化能力提供技术解决方案。

This project undertakes research on surface loading, adsorption and catalytic functions of materials, and develops inorganic mineral materials capable of removing and degrading harmful components including heavy metals and organic pollutants. We design and synthesize mineral materials with well-developed pore structures and excellent mechanical properties, which can effectively adsorb heavy metal ions and organic pollutants, enabling low-concentration pollutants in water bodies to adsorb and enrich on the catalyst surface. By performing surface modification on the porous materials and loading harmless substances with strong catalytic capabilities, we can catalyze the degradation of pollutants, achieving efficient degradation of organic pollutants in water bodies. Based on mechanistic studies of the adsorption and degradation of water pollutants by these materials and material characterization tests, we provide technical solutions for the advanced water purification capabilities of sponge body materials in sponge city construction.

搜集汇总

背景与挑战

背景概述

该数据集专注于海绵体材料的结构与功能调控方法，旨在研发具有多孔结构和机械性能的无机矿质材料，以吸附和催化降解水体中的重金属离子及有机污染物。它为海绵城市建设中的水质深度净化提供了技术解决方案。