首页|土壤微生物环保修复技术的具体应用

土壤微生物环保修复技术的具体应用

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研究了过硫酸盐(PS)氧化和微生物技术的石油烃(TPHs)污染土壤修复技术,以β-环糊精为辅,对Fe2+螯合活化PS,同时加入功能菌(GZ6)进一步提高TPHs降解效果.通过研究TPHs酶活性、降解率变化,对PS氧化微生物修复方案对污染土壤TPHs的修复机制.结果表明,PS氧化功能菌修复方案(CMB)对土壤TPHs降解率可以达到 80%以上,GZ6 功能菌的加入激活了土壤汇中的TPHs降解菌,进一步增加了土壤中微生物的数量,增强了TPHs的降解效果.
The Specific Application of Soil Microbial Environmental Remediation Technology
A study was conducted on the remediation technology of petroleum hydrocarbon(TPHs)contaminated soil using persulfate(PS)oxidation and microbial technology β-Cyclodextrin is used as a supplement to chelate Fe2+ and activate PS,while functional bacteria(GZ6)are added to further improve the degradation efficiency of TPHs.By studying the changes in TPHs enzyme activity and degradation rate,this study aims to investigate the remediation mechanism of PS oxidizing microbial remediation schemes on contaminated soil TPHs.The results showed that the PS oxidizing functional bacteria remediation scheme(CMB)can achieve a degradation rate of over 80% for soil TPHs.The addition of GZ6 functional bacteria activated the TPHs degrading bacteria in the soil sink,further increasing the number of microorganisms in the soil and enhancing the degradation effect of TPHs.

soilmicroorganismspersulfate

王骏、蒋莎莎、余敏

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浙江交科环境科技有限公司, 浙江 杭州 310000

温岭市环境综合整治事务中心, 浙江 台州 317500

浙江秀水环保有限公司, 浙江 杭州 310000

土壤 微生物 过硫酸盐

2024

山西化工
山西省煤化工发展促进中心 山西省化工学会

山西化工

影响因子:0.293
ISSN:1004-7050
年,卷(期):2024.44(2)
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