论述了膜的材料与分类，膜的制备方法及膜分离装置。
Material and sort, making method and separation devices of the membrane are described.
经以上工序处理，稀土氯化铵废水可达到膜分离装置进水水质要求。
Through the above technological process, the wastewater with rare earth ammonia chloride can meet the requirements of the influent water for membrane process.
连续重整装置原系统流程不变，在自产氢气后路增加一套膜分离装置。
While maintaining the original production process of a continuous reforming unit, the refinery added a membrane separator at the end of the hydrogen production unit.
装置包括生物反应器(1)、膜分离装置(2)和浓缩回收装置(3)。
The device comprises bio-reactor (1), membrane separation device (2) and concentration and recovery device (3).
实现该水处理方法的设备包括水泵、预处理装置、保安过滤装置、纳滤膜分离装置。
The device used for realizing the water treatment method comprises a water pump, a pretreatment device, a security filter and a nanofiltration membrane separating device.
用管式聚砜超滤膜分离装置现场处理采油污水，经过处理的污水达到了低渗透油田注水标准。
With tubular polysulfone ultrafiltration membrane separation unit treating the produced sewage on the spot, the treated sewage can meet the water injection standard in low permeability oil field.
要使膜分离装置有效地运行，并同时得到较高的产品质量以及良好的经济性，就必须对膜装置进行优化。
To make Membrane Filtration equipment run effectively, to gain high quality of product and good economy, the equipment must be optimized.
本文介绍了膜分离装置的构成，在生产实际中进行设计、开发、优化的原则和方法，膜分离装置运行期间的工艺控制和养护方。
The structure of the equipment, the principle and method of design, exploitation and optimization in manufacture, the technical control and maintain method in its running period have been introduced.
通过对装置进行试验，分析了压力、温度、流量等因素对膜分离和变压吸附制得氧气纯度的影响，为装置的进一步改进提供了依据。
Trial use of the device helps analyze such factors as pressure, temperature, and discharge that will affect the purity of the oxygen, and provides proof of improvement.
利用膜分离技术将BI装置的产品粗己二酸中的杂质分离出来，得到精己二酸溶液的可行性及优点。
Feasibility and advantages of separating impurities of the rude adipic acid from bi unit with a membrane separation technology are made.
介绍了应用膜分离技术从聚丙烯尾气回收装置释放的不凝气中回收丙烯的情况。
The membrane separation technology is applied to recycle the propylene from the uncondensative gas released from the recovery unit of polypropylene tail gas.
简要介绍了膜分离技术，并对膜分离技术应用于聚丙烯装置的丙烯-氮气系统的现状进行了分析。
This paper outlined the membrane separation technology and analyzed the application status of the technology in the propylene-nitrogen system of the polypropylene (pp) plant.
应用膜分离技术，回收聚丙烯装置排空不凝气中的丙烯，回收率在85%以上。
Propylene recovery at a rate above 85% from the non-condensable gas released from polypropylene plant was carried out with membrane separation technique.
介绍了两种渗透汽化膜分离过程工艺及膜的分离性能，提出了连续渗透汽化逐级级联计算，并对中试装置的运行结果进行了验算；
The separation properties of the membrane and two different pervaporation processes were introduced. The continuous flow pervaporation process was designed and demonstrated.
这一方案填补了我国油气钻井用膜分离制氮装置的一项空白。
The programme fill a blank of the installment of the separating air and making nitrogen with membrane used in China's oil and gas drilling.
穿流式膜分离器装置容易安装且维修方便，维持稳定的透水率，降低单位产水能耗。
Said invented through flow type membrane separator equipment is easy to install, convenient for maintenance, stable in water permeability, and can reduce unit energy consumption for producing water.
本系统将压缩、吸收工艺和膜分离法有机结合，减少了膜组件的数量，降低了装置成本。
The system combines the compressing and absorbing technique with the membrane separating method organically, reduces the quantity of the membrane component and reduces the cost of the device.
聚电解质复合物膜的电场强化组装装置属于膜分离领域。
The utility model relates to an electric-field strengthening assembling device of a polyelectrolyte compound membrane, which belongs to the membrane separation field.
本实用新型涉及一种二次流膜装置，属于膜分离领域。
The utility model relates to a secondary flowing membrane apparatus, belonging to the membrane separation field.
本实用新型涉及一种二次流膜装置，属于膜分离领域。
The utility model relates to a secondary flowing membrane apparatus, belonging to the membrane separation field.
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