1) microfiltration
微滤
1.
Comparison reseach of different pretreatments of combination with microfiltration membrane on urban wastewater;
不同预处理方式与微滤联用处理城市污水对比实验研究
2.
How water quality of secondary effluent influences the performance of pilot-scale ozone-microfiltration process?;
二级出水水质对中试臭氧-微滤工艺运行的影响
3.
Study of backflushing for separating CaCO_3 particles in the coupling reactor by cross-flow microfiltration;
无机膜集成反应器错流微滤CaCO_3反冲技术的研究
2) micro-filtration
微滤
1.
Study on cleaning technology of fouled micro-filtration membrane in tea comprehensive processing;
茶叶深加工中污染微滤膜高效清洗技术研究
2.
Removal ability of organics in leather wastewater by micro-filtration;
微滤法脱除皮革废水中有机物性能的研究
3.
Dynamic Monte Carlo simulation of protein-membrane interaction and its implication on micro-filtration process;
动态Monte Carlo模拟蛋白质与微滤膜相互作用及其对微滤过程的影响
3) micro filtration
微滤
1.
Water-dilution and micro filtration were used to lower the viscosity of egg white,as well as increase the amount of soluble protein and its ratio of recovery in filtrate,which is a foundation of following operation.
采用水稀释和微滤的方法对鸡蛋清进行操作处理,旨在降低蛋清黏度,增加可溶性蛋白质的溶出和提取率,是各种后续提取操作方法的重要基础。
2.
SBR-chemical flocculation and micro filtration membrane separation process was adopted to treat the domestic wastewater with high pollutant concentration,there,the ratio of aerobic time and anoxic time was 1.
采用SBR-化学絮凝-微滤分离膜对高浓度生活污水进行处理,SBR处理系统的运行周期为14h,好氧/缺氧时间比为1。
3.
The technique of treating nickel containing electroplating wastewater by micro filtration membrane and amidocyanogen phosphonic acid resin is introduced: inorganic membrane is used to prefiltrate to prevent impurity and oil from entering resin before Ni 2+ is high efficiently recycled with it.
介绍了微滤膜 -胺基膦酸树脂法处理含镍电镀废水工艺 :采用无机陶瓷微滤膜进行预过滤 ,防止杂质、油污带入而引起树脂中毒失效 ,利用胺基膦酸树脂高效回收电镀废水中的Ni2 + 。
4) MF
微滤
1.
Microfiltration (MF) / Reverse Osmosis (RO) Process for Treatment and Reuse of Recirculating Cooling Water;
微滤/反渗透处理、回用循环冷却排水
2.
Microfiltration(MF) Process for Treatment of Wastewater from Molecular Sieve Catalyzer Production;
微滤法处理分子筛催化剂生产废水
3.
Treatment of Chromic Wastewater by MF and Recovery Technology
微滤处理铬鞣废水的性能及其回用技术
5) ultrafiltration-microfiltration
超滤-微滤
1.
Research progress of ultrafiltration-microfiltration membrane filtration theory;
超滤-微滤膜过滤传质理论的研究进展
6) micro-membrane filtration
微滤膜过滤
1.
A combination process of PAC and PAM coagulation,Fenton oxidation,PAC coagulation-micro-membrane filtration, and NaClO oxidation has been used for treating the coal-gas washing wastewater.
采用PAC与PAM混凝、Fenton氧化、PAC混凝—微滤膜过滤和NaClO氧化组合技术处理煤气洗涤废水,其投加量分别为75mg/L+62。
2.
A combination process of chemical coagulation,chemical oxidation and micro-membrane filtration was used to treat the coal-gas washing water.
采用 PAC 与 PAM 混凝、Fenton 氧化、PAC 混凝-微滤膜过滤和 NaClO 氧化组合技术处理煤气洗涤废水,其用量分别为75mg/L+62。
补充资料：微滤
分子式：
CAS号：
性质：又称微孔过滤。以压力为推动力，过滤含有微粒的溶液的固体膜分离过程。所用的膜为孔径0.1～l0μm的多孔膜，操作静压差为0.01～0.2MPa，流速为4～400ml/(cm2·min·MPa)，有效分离范围是直径0.1～10μm的粒子。当溶液通过微孔膜后，悬浮物(胶体、细菌)和粒径较大的微球被截留而被除去。微滤广泛用于电子、医药卫生、饮料、核能、精细化工、生物工程等领域，例如可用来进行细菌与血球等微粒与分子微团的分离。
CAS号：
性质：又称微孔过滤。以压力为推动力，过滤含有微粒的溶液的固体膜分离过程。所用的膜为孔径0.1～l0μm的多孔膜，操作静压差为0.01～0.2MPa，流速为4～400ml/(cm2·min·MPa)，有效分离范围是直径0.1～10μm的粒子。当溶液通过微孔膜后，悬浮物(胶体、细菌)和粒径较大的微球被截留而被除去。微滤广泛用于电子、医药卫生、饮料、核能、精细化工、生物工程等领域，例如可用来进行细菌与血球等微粒与分子微团的分离。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条