首页|煤泥与PAC、PAM耦合处理乳液废水的研究

煤泥与PAC、PAM耦合处理乳液废水的研究

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为研究煤泥对乳液废水絮凝处理的影响,将煤泥与PAC、PAM耦合处理模拟矿井水乳化液.煤泥用量为 2g时,与未添加煤泥相比,COD去除率增加了16.1%.沉降时间测定和絮体显微镜观察结果表明,PAM用量为2 mg/L时,形成的絮体大且密实,沉降速度快,经过 52 s,压缩絮体体积就能达到5 mL.由于煤泥中黏土矿物和煤颗粒的吸附作用,以及絮体的网捕卷扫作用,部分有机物随着絮体沉降,使废水中的COD值减小.
Study on the Treatment of Emulsion Wastewater Using Coal Slime,PAC and PAM
In order to study the influence of coal slime on flocculation treatment of lotion wastewater,coal slime was coupled with PAC and PAM to treat simulated mine water emulsion.When the amount of coal slurry used was 2 g,the COD removal rate increased by 16.1%compared to the untreated coal slurry.The measurement of settling time and observation of flocs under a microscope showed that when the dosage of PAM was 2 mg/L,the flocs formed were large and dense,with a fast settling rate.After 52 seconds,the compressed floc volume could reach 5 mL.Due to the adsorption of clay minerals and coal particles in coal slurry,as well as the net capture and sweeping effect of flocs,some organic matter settles with flocs,resulting in a decrease in COD value in wastewater.

coal slimeemulsionflocculationPAMCOD

陆英、王淑军、马博、渠美琴、赵哲浩、钱梓昕、闫志强

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太原工业学院环境与安全工程系,山西 太原 030008

炼焦煤智慧评价与高效利用山西省重点实验室,山西 太原 030023

煤泥 乳化液 絮凝 PAM,COD

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(10)