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Measures to Increase Recoveries and Avoid Concentrate Disposal: Principles to Control Scaling and Reduce Concentrate Disposal in Reverse Osmosis Applications

机译：增加回收率的措施，避免集中处置：控制缩放和减少浓缩渗透应用中的原则

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Alexei Pervov;
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年度 2014
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1. Principles to use reverse osmosis for drinking water supply and reduce concentrate disposal [J] . Alexei Pervov, Dmitry Spitsov, Alexei Saimullov E3S Web of Conferences . 2021,第a期

机译：使用反渗透饮用水供应的原则，减少集中处理
2. Treatment and Disposal Methods of Concentrate Stream of Seawater Reverse Osmosis- A Review [J] . Zakiya Tabassum, Rajalakshmi Mudbidre Nature environment and pollution technology . 2021,第4期

机译：浓缩海水逆转渗透渗透流的处理与处置方法 - 综述
3. UTEP-EPW university-utility partnership: Concentrate enhanced-recovery reverse osmosis (CERRO) process for high water recovery from silica-saturated desalination concentrates [J] . Water Environment Research . 2020,第3期

机译：UTEP-EPW大学-公用事业合作伙伴关系：浓缩强化回收反渗透（CERRO）工艺，用于从二氧化硅饱和的脱盐浓缩液中高水回收率
4. A Study on Co-Disposal of Concentrates from Nanofiltration and Reverse Osmosis Processes with Wastewater Treatment Plant Effluent for Direct Potable Reuse Applications [C] . Xiaohong He, Martin Rumbaugh, Mike Beggs . 2018

机译：直接饮用水回用的纳滤和反渗透工艺浓缩液与废水处理厂废水共同处理的研究
5. Water recovery from silica-saturated ro concentrate by the concentrate enhanced reverse osmosis process (CERRO(c)). [D] . Patwardhan, Gautam. 2014

机译：通过精矿提高反渗透工艺（CERRO（c））从二氧化硅饱和的ro精矿中回收水。
6. Aroma Profile and Chemical Composition of Reverse Osmosis and Nanofiltration Concentrates of Red Wine Cabernet Sauvignon [O] . Ivana Ivić, Mirela Kopjar, Vladimir Jukić, 2021

机译：红葡萄酒赤霞珠的反渗透和纳滤浓缩物的香气剖面和化学成分
7. Integration of accelerated precipitation softening with membrane distillation for high-recovery desalination of primary reverse osmosis concentrate [O] . Qu Dan, Wang Jun, Wang Longlong, 2009

机译：加速沉淀软化与膜蒸馏相结合，可对原反渗透浓缩液进行高回收率的脱盐
8. The Feasibility of Concentrating/Separating Dilute Nitrocellulose Acid Wastewaters by Reverse Osmosis. [R] . ciccone,vincent j. 1974

机译：反渗透浓缩分离稀硝酸纤维素废水的可行性。

Measures to Increase Recoveries and Avoid Concentrate Disposal: Principles to Control Scaling and Reduce Concentrate Disposal in Reverse Osmosis Applications

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