Integrated Pyrolucite Fluidized Bed-Membrane Hybrid Process for Iron/Manganese Control in Drinking Water

Seyedeb Laleb Dashtban Kenari; Benoit Barbeau

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Integrated Pyrolucite Fluidized Bed-Membrane Hybrid Process for Iron/Manganese Control in Drinking Water

机译：整合硫铁矿流化床膜混合工艺控制饮用水中的铁/锰

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Although the occurrence of iron (Fe) and manganese (Mn) in drinking water mainly causes organoleptic and/ or operating problems, recent studies have found that Mn intake from water ingestion may lead to intellectual impairment in children and neurological disorders. Even though the secondary maximum contaminant levels of 300 and 50 μg/L were established for Fe and Mn in water, respectively, the concentration as low as 20 μg/L may give rise to discoloration of water. The traditional treatment strategy for Fe/Mn control includes oxidation of dissolved species to particulate forms followed by depth filtration.

机译：尽管饮用水中铁（Fe）和锰（Mn）的存在主要引起感官和/或操作问题，但最近的研究发现，食水摄入的锰可能导致儿童智力障碍和神经系统疾病。即使水中的Fe和Mn的二级最大污染物含量分别为300和50μg/ L，但低至20μg/ L的浓度也可能导致水变色。 Fe / Mn控制的传统处理策略包括将溶解的物质氧化为颗粒形式，然后进行深度过滤。

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来源
《American Water Works Association Journal》 |2017年第supplpll1期|4-4|共1页
作者
Seyedeb Laleb Dashtban Kenari; Benoit Barbeau;
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作者单位

Montreal Que. Canada;

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收录信息美国《科学引文索引》(SCI);美国《工程索引》(EI);美国《生物学医学文摘》(MEDLINE);
原文格式 PDF
正文语种 eng
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1. Integrated pyrolucite fluidized bed-membrane hybrid process for improved iron and manganese control in drinking water [J] . Kenari Seyedeh Laleh Dashtban, Barbeau Benoit Water Research . 2017,第APRa15期

机译：集成焦萤石流化床膜混合工艺，改善饮用水中铁和锰的控制
2. Pyrolucite fluidized-bed reactor (PFBR): A robust and compact process for removing manganese from groundwater [J] . Seyedeh Laleh Dashtban Kenari, Benoit Barbeau Water Research . 2014,第feba1期

机译：硫铁矿流化床反应器（PFBR）：一种用于去除地下水中锰的可靠而紧凑的方法
3. Controlling reduced iron and manganese in a drinking water reservoir by hypolimnetic aeration and artificial destratification [J] . Li Nan, Huang Tinglin, Mao Xuejing, The Science of the Total Environment . 2019,第OCTa1期

机译：通过低通气和人工分层控制饮用水水库中的还原铁和锰
4. Automatic control scheme development for process of sulfatizing roasting of iron-manganese concretions in fluidized bed [C] . A A Darin, V V Gubin International Conference on Mechanical Engineering, Automation and Control Systems . 2019

机译：流化床中铁锰凝结碳腐蚀过程的自动控制方案开发
5. UV/titanium dioxide for drinking water treatment: Concurrent degradation of 1,4-dioxane and removal of iron and manganese. [D] . Luck, Anni. 2007

机译：紫外线/二氧化钛用于饮用水处理：1,4-二恶烷同时降解并去除铁和锰。
6. Effect of Micronutrient Powder (MNP) with a Low-Dose of Iron on Hemoglobin and Iron Biomarkers and Its Effect on Morbidities in Rural Bangladeshi Children Drinking Groundwater with a High-Level of Iron: A Randomized Controlled Trial [O] . Sabuktagin Rahman, Patricia Lee, Rubhana Raqib, 2019

机译：低剂量铁微量营养素粉（MNP）对血红蛋白和铁生物标志物的影响及其对孟加拉国农村儿童饮用含铁量高的地下水的发病率的影响：一项随机对照试验
7. Effects of seasonal stratification and suspended sediment behaviors on the mobilization of manganese and iron in a drinking water reservoir-A case of Biliuhe Reservoir, Liaoning Province [O] . JIANG Xin, ZHU Lin, XU Shiguo, 2019

机译：季节分层与悬浮沉积物行为对饮水水库锰和铁动员的影响 - 以辽宁省比利河水库为例
8. Environmental Technology Verification Report: Removal of Arsenic, Iron, Manganese, and Ammonia in Drinking Water. Nagaoka International Corporation, CHEMILES NCL Series, Water Treatment System [R] . 2014

机译：环境技术验证报告：去除饮用水中的砷，铁，锰和氨。 Nagaoka International Corporation，CHEmILEs NCL系列，水处理系统

Integrated Pyrolucite Fluidized Bed-Membrane Hybrid Process for Iron/Manganese Control in Drinking Water

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