生物促生剂

通过将不同的共基质分别添加到水解酸化反应器中，评估不同的共基质对水解酸化处理模拟染料废水效果的影响，并寻找到最适共基质。同时，利用DGGE和MiSeq高通量测序技术，追踪反应器中微生物群落结构的变化情况，探讨不同共基质对微生物群落组成和结构的影响。针对工业废水普遍缺乏营养，导致污泥处理效果低下，研发了生物促生剂。为改善一般促生剂存放周期短，开发了A+B组合应用的形式，大大延长存放期。By separately adding different co-substrates to the hydrolytic acidification reactor, this study evaluated the effects of various co-substrates on the performance of the hydrolytic acidification process for treating simulated dye wastewater, and identified the optimal co-substrate. Additionally, DGGE and MiSeq high-throughput sequencing technologies were utilized to track the changes in microbial community structure within the reactor, and to investigate the impacts of different co-substrates on the composition and structure of microbial communities. To address the widespread nutrient deficiency in industrial wastewater, which leads to poor sludge treatment efficiency, a biological growth promoter was developed. To mitigate the short storage lifespan of conventional growth promoters, an A+B combined application mode was developed, which greatly prolonged the storage period.

搜集汇总

背景与挑战

背景概述

该数据集涉及一种针对工业废水处理的生物促生剂，通过向水解酸化反应器添加不同共基质评估其对模拟染料废水处理效果的影响，并结合DGGE和MiSeq高通量测序技术分析微生物群落变化。促生剂采用A+B组合形式以延长存放周期，旨在改善传统促生剂存储时间短的问题。