Optimizing Intermittent Slow Sand Filters (Biosand) Construction for More Consistent Microbial Removals

机译：优化间歇式慢速沙滤池（生物砂）的结构，以更一致地去除微生物

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《American Water Works Association annual conference & exposition;American Water Works Association》|2015年|1-34|共34页
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K. Sawyer; C. Perron; M. R. Collins;
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Water Treatment Technology Assistance CenterDepartment of Civil & Environmental EngineeringUniversity of New Hampshire;

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1. Influence of sand depth and pause period on microbial removal in traditional and modified biosand filters [J] . Napotnik Julie A., Baker Derek, Jellison Kristen L. Water Research . 2021,第Feba1期

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2. Transport effects on hydraulic loading rate and microbial removal performance in biosand filters [J] . Julie Napotnik, Kristen Jellison Journal of water and health . 2014,第4期

机译：运输对生物砂滤池中水力负荷率和微生物去除性能的影响
3. Microcystis aeruginosa and microcystin-LR removal by household slow sand filters operating in continuous and intermittent flows [J] . Terin U. C., Sabogal-Paz L. P. Water Research . 2019,第MARa1期

机译：铜绿微囊藻和微囊藻毒素-LR可通过连续和间歇流动的家用慢砂滤池去除
4. Optimizing Intermittent Slow Sand Filters (Biosand) Construction for More Consistent Microbial Removals [C] . K. Sawyer, C. Perron, M. R. Collins American Water Works Association annual conference exposition . 2015

机译：优化间歇性缓慢砂滤器（Biosand）构造，以获得更一致的微生物去除
5. Mechanisms of microbial reduction and implications for design and operation of the biosand water filter. [D] . Elliott, Mark Adams. 2010

机译：微生物减少的机制及其对生物砂滤水器设计和运行的影响。
6. Microbial Dynamics of Biosand Filters and Contributions of the Microbial Food Web to Effective Treatment of Wastewater-Impacted Water Sources [O] . Tara M. Webster, Noah Fierer 2019

机译：生物砂滤池的微生物动力学和微生物食物网对污水处理水源有效处理的贡献
7. Experimental Study of Factors that Affect Iron and Manganese Removal in Slow Sand Filters and Identification of Responsible Microbial Species [O] . Neslihan Manav Demir 2016

机译：对慢砂滤波器中的熨斗和锰去除的因素的实验研究及负责的微生物物种鉴定

Optimizing Intermittent Slow Sand Filters (Biosand) Construction for More Consistent Microbial Removals

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