In addition to the interlocking underground rhizomes, they have yet another adaptation, and it is ... well, we are back to reverse osmosis again.
除了相互交错相扣的地下走茎外，它们还有另一种进化……嗯，我们又回到了反渗透。
The current desalination methods, distillation and reverse osmosis, are expensive and require lots of energy.
目前海水淡化的方法是蒸馏和反渗透，价格昂贵，而且需要消耗大量能源。
GE built two reverse osmosis filtration systems that now provide clean water for the facility's cooling system and boiler plant.
GE建设了两套反渗透过滤系统，目前可以为工厂的冷却系统和锅炉装置提供净化水源。
Membrane technologies consist of a group of treatment processes which include reverse osmosis, nanofiltration and ultrafiltration.
膜技术由一系列的处理程序组成，其中包含反渗透，纳滤和超滤。
Because the technology typically requires less energy than thermal distillation, most new plants, like Tampa's, now use reverse osmosis.
由于这种技术通常耗费的能源较热蒸馏要少，现在大多数类似坦帕的海水淡化厂都使用反渗透技术。
This paper gives a new way to determine the COD in reverse osmosis (RO) water.
本文介绍了用紫外分光光度法测定ro产水的COD值的方法。
Ro - reverse osmosis pretreatment process for activated carbon and fine filter.
反渗透预处理工艺主要为活性炭和精滤。
Nanofiltration is a new separation technique located between reverse osmosis and ultrafiltration.
纳滤技术是一种介于超滤和反渗透之间的新型分离技术。
Membranes are used for micro and ultrafiltration, dialysis and reverse osmosis, amongst other processes.
膜用在微滤、超滤，渗析和反渗透以及别的一些过程中。
In the paper, the progress in the study on reverse osmosis and integrated membrane processes is reviewed.
主要介绍了反渗透、膜联合技术在果汁浓缩中的研究进展。
Seawater reverse osmosis (SWRO) has been widely applied over the last 20 years for fresh water production.
在过去的20年里，反渗透海水淡化（SWRO）在工程上得到广泛应用，由此缓解了许多地方淡水缺乏的问题。
These membranes provide high permeate flux and good salt rejection in reverse osmosis, and are easy to manufacture.
这些膜在反渗透中提供了高渗透通量和优秀的盐选择能力，并且易于生产。
Work out the optimum craft parameters by air floatation experiment and reverse osmosis experiment in the laboratory.
通过气浮实验和反渗透实验研究，确定了最佳工艺参数。
Using reverse osmosis technology, all types of waste water from circulation can be recycled to realize zero discharge.
利用反渗透技术对循环水排污水进行回收，合理利用全厂各种废水，实现废水零排放。
The casting process and reverse osmosis (RO) properties of hydroxy-propyl cellulose acetate (HPCA) membrane were studied.
研究了羟丙基醋酸纤维素反渗透膜的制膜工艺和膜性能。
The speciality and application of the reverse osmosis and electro deionization (RO-EDI) desalination system are introduced.
介绍了反渗透-电去离子(RO -EDI)脱盐系统的特点和应用。
Reverse osmosis water treatment equipment is an advanced reverse osmosis desalination technology to prepare deionized water.
反渗透水处理设备是采用先进的反渗透除盐技术来制备去离子水，是一种纯物理过程的制备技术。
The temperature properties of membrane deformation, water viscosity and surface tension in reverse osmosis system are analyzed.
分析了反渗透系统中膜体形变、水体粘度与表面张力等参数的温度特性。
Seawater desalination utilizing reverse osmosis technology is an efficient, energy saving, advanced liquid separation technology.
反渗透海水淡化技术是一种高效、节能、先进的液体分离技术。
Practice shows that NTR-759 is a reverse osmosis membrane with excellent performance and can be used for ultrapure water production.
实际应用表明，NTR- 759是一种性能良好的反渗透复合膜，可广泛应用于高纯水的制备。
The casting process and reverse osmosis (ro) properties of hydroxypropyl cellulose acetate (HPCA) membrane have been studied in this work.
研究了羟丙基醋酸纤维素反渗透膜的制膜工艺和膜性能。
Based on this principle, people have invented reverse osmosis membranes and reverse osmosis technology, which is applied to water treatment.
基于此种原理，人们发明了反渗透膜和反渗透技术，并将其应用于水处理。
This article describes membrane separation mechanisms of microfiltration(MF), ultrafiltration(UF), nanofitration(NF)and reverse osmosis(RO).
描述了微滤、 超滤、纳滤及反渗透薄膜分离机理；
The subject develops a small molecule organophosphonic scale inhibitor which can effectively prevent the reverse osmosis system from scaling.
该项目研制了一种小分子有机膦型反渗透系统阻垢分散剂，可以有效地抑制反渗透系统结垢污染。
As the same time, the advanced reverse osmosis technology is adopted in sewage treatment system, which realizes the zero discharge of wastewater.
同时，污水处理系统采用先进的反渗透技术，实现了废水的零排放。
The primary difference between reverse osmosis and ultrafiltration or microfiltration is the size of molecules that can pass through the membrane.
反渗透、超滤、微滤之间的基本差别就在于通过膜的分子的大小。
A general list of technologies that accomplish liquid concentration includes evaporation, reverse osmosis, ultrafiltration, and freeze concentration.
通常例举的液体浓缩技术包括蒸发、反渗透、超滤和冷冻浓缩。
The principles and characteristics of micro-filtration, ultra-filtration and reverse osmosis and their applications on oily wastewater were introduced.
介绍了微滤、超滤和反渗透膜等膜分离技术的特点及它们在含油废水中的应用。
The principles arid characteristics of micro-filtration, ultra-filtration and reverse osmosis and their applications on oily wastewater were introduced.
介绍了微滤、超滤和反渗透膜等膜分离技术的特点及它们在含油废水中的应用。
The principles arid characteristics of micro-filtration, ultra-filtration and reverse osmosis and their applications on oily wastewater were introduced.
介绍了微滤、超滤和反渗透膜等膜分离技术的特点及它们在含油废水中的应用。
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