基于纤维素滤膜的危化品回收技术研究
Research on Hazardous Chemical Recovery Technology Based on Cellulose Filter Membrane
李圆圆 1张文静1
作者信息
摘要
为应对水上危化品运输事故,提升应急事故处理能力.对水上危化品运输作业进行研究,发现危化品运输存在船舶老旧化、危化品散装多元化问题,威胁水上危化品运输安全,积极研发高效危化品回收处理工艺势在必行.在此背景下,提出基于纤维素滤膜,以细致分析危化品微观结构为前提,构建危化品处理回收技术.实验表明,纤维素滤膜因具备优质亲水性及过滤性,将其运用至危化品回收,可对危化品有效分离回收,回收率高达98％.
Abstract
In order to cope with water transportation accidents of hazardous chemicals and improve emergency response capabilities.Research has been conducted on the transportation of hazardous chemicals on water,and it has been found that there are problems with outdated ships and diversified hazardous chemical bulk,which pose a threat to the safety of hazardous chemical transportation on water.Therefore,it is imperative to actively develop efficient hazardous chemical recycling and treatment processes.In this context,it is proposed to construct a hazardous chemical treatment and recovery technology based on cellulose filter membranes,with a detailed analysis of the microstructure of hazardous chemicals as the premise.Experiments have shown that cellulose filter membranes,due to their excellent hydrophilicity and filtration properties,can effectively separate and recover hazardous chemicals when applied to hazardous chemical recovery,with a recovery rate of up to 98％.
关键词
纤维素滤膜/危险化学品/危化品回收/阻截分离/泄漏事故Key words
cellulose filter membrane/hazardous chemicals/hazardous chemical recycling/interception and separation/leakage accident引用本文复制引用
出版年
2024
NETL
NSTL
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