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Mine Water as a Resource: Selective Removal and Recovery of Trace Antimony from Mine-Impacted Water

机译：矿井水作为资源：从越野水中选择性去除和恢复痕量锑

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Mona Arnold; Petteri Kangas; Annukka Mäkinen; Eugene Lakay; Niko Isomäki; Gaston Lavén; Marieke Gericke; Petri Pajuniemi; Tommi Kaartinen; Laura Wendling;
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1. Mine Water as a Resource: Selective Removal and Recovery of Trace Antimony from Mine-Impacted Water [J] . Arnold Mona, Kangas Petteri, Maekinen Annukka, Mine water and the environment . 2019,第2期

机译：矿山水作为一种资源：从矿井水中选择性去除和回收痕量锑
2. Mine Water as a Resource: Selective Removal and Recovery of Trace Antimony from Mine-Impacted Water [J] . Arnold Mona, Kangas Petteri, Maekinen Annukka, Mine water and the environment . 2019,第2期

机译：矿井水作为资源：从越野水中选择性去除和恢复痕量锑
3. Removal of Zinc From Circum-Neutral pH Mine-Impacted Waters Using a Novel “Hybrid” Low pH Sulfidogenic Bioreactor [J] . Holanda Roseanne, Johnson David Barrie Frontiers in Environmental Science . 2020,第aaaaaaaaa1期

机译：使用新型的“杂交”低pH磺胺酸生物反应器从循环中性pH氨基抗水域中除去锌
4. Recovery and Synthesis of Al~(3+)/Fe~(3+) Polycationic-Nanocomposites from Acid Mine Drainage Treatment Process and their Respective Application in the Removal of Arsenic and Chromium Ions from Polluted Water Resources [C] . Khathutshelo L. Muedi, Hendrik G. Brink, Vhahangwele Masindi International Mine Water Association Annual Meeting . 2018

机译：从酸性矿山排水处理过程中回收和合成Al〜（3 +）/ Fe〜（3+）聚酰纳米复合材料及其各自应用在污染水资源中除去砷和铬离子的应用
5. Novel Reusable Renewable Resource-Based Benign Nanocomposites for Removal and Recovery of Phosphorus from Contaminated Water [D] . Nakarmi, Amita. 2020

机译：新型可重复使用可再生资源的良性纳米复合材料，用于从污染水中去除和恢复磷
6. Nanofiltration of Mine Water: Impact of Feed pH and Membrane Charge on Resource Recovery and Water Discharge [O] . Mark Mullett, Roberta Fornarelli, David Ralph 2014

机译：矿井水的纳滤：进料pH和膜电荷对资源回收和排水的影响
7. Removal of Zinc From Circum-Neutral pH Mine-Impacted Waters Using a Novel “Hybrid” Low pH Sulfidogenic Bioreactor [O] . Roseanne Holanda, David Barrie Johnson 2020

机译：使用新型的“杂交”低pH磺胺酸生物反应器从循环中性pH氨基抗水域中除去锌

Mine Water as a Resource: Selective Removal and Recovery of Trace Antimony from Mine-Impacted Water

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