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Study on the degradation of chlorpyrifos by immobilized bacillus

机译:固定化芽孢杆菌降解紫外线的研究

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Pesticide pollutions have become increasingly severe. Especially the extensive production and application of chlorpyrifos have resulted in the environmental pollution and ecological damage. The employment of the immobilized microorganism degradation of chlorpyrifos in soil is a kind of effective technology without secondary pollution. The best ratio of immobilized carrier has been determined by comparison among different carriers for chlorpyrifos degradation. Based upon the adoption of Bacillus LLBD4, pH value, temperature and initial concentration of chlorpyrifos were studied in this experiment. The results showed that the combination of 10% of PVC, 1% of activated carbon and 0.5% sodium alginate can be served as the best carrier, furthermore, chlorpyrifos degradation efficiency reached the peak when the pH was set to 7.0, the initial concentration of chlorpyrifos was 100 mg?L~(-1) at 30°C, reaching about 83%.
机译:农药污染越来越严重。 特别是广泛的生产和应用的氯吡膏导致了环境污染和生态损害。 固定的微生物在土壤中紫外线降解土壤中的一种有效技术,没有二次污染。 通过对紫外异性降解的不同载体的比较确定了固定化载体的最佳比率。 基于采用芽孢杆菌LLBD4,在该实验中研究了氯吡啶的pH值,温度和初始浓度。 结果表明,10%的PVC,1%活性炭和0.5%藻酸钠的组合可以用作最佳载体,此外,当PH设定为7.0时,紫外线降解效率达到峰值,初始浓度 在30℃下氯吡啶为100mg?L〜(-1),达到约83%。

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