苦咸水淡化

化学除氟首先推荐调pH活性氧化铝技术，苦咸水淡化可用电渗析法。

We recommended activated alumina process ( with pH adjustment ) for fluoride removal and the electrodialysis process for desalination .

电凝聚法用于苦咸水淡化预处理的经济性

Economic property on pretreatment process of brackish water using electrocoagulation method

苦咸水淡化装置控制系统

A Control System Of the Bitter - salt Water Desalination Device

苦咸水淡化装置在沙漠油田的应用

Application of Bitter - Salt Water Desalination Unit on Desert Oilfields

膜蒸馏海水及苦咸水淡化研究进展

The Research Progress of Seawater and Saline Water Desalination by Membrane Distillation

这些问题的存在限制了海水及苦咸水淡化在我国的应用和推广。

These problems limit the desalination method to spread and application in china .

纳米碳管/活性炭复合电极苦咸水淡化的研究

Characteristics of Carbon Nanotube / Active Carbon Materials Combination Electrode to Desalt Brackish Water

塔里木油田沙漠苦咸水淡化与软化技术

Technique of Desalinating and Softening the Bitter and Salty Water in Tarim Oil Field

普通反渗透膜在新疆铁路沿线高含盐量苦咸水淡化中的应用研究

Application Study of Ordinary Reverse Osmosis Membrane in Desalinating Performance of Xinjiang Railway High Content Blackish Water

这个方法可用于海水、苦咸水淡化的工程设计，也可用于高浓度含盐废水的脱盐工艺设计。

The method can be used for the design of sea water and brackish water desalination engineering .

反渗透已成为海水和苦咸水淡化最经济的技术之一。

Reverse osmosis has become one of the most economical techniques in the desalination of seawater and brackish water .

采用膜蒸馏技术进行苦咸水淡化，可以解决饮用水和工业生产对淡水的需求。

More over , simple instruments can be used in the MD process , operating easily also , the advantage is more clear for MD than other desalination processes .

海水和苦咸水淡化技术，已经成为人类获取淡水资源的重要途径，是许多国家和地区可持续发展的必要组成部分。

Industrial desalination of sea and brackish water is becoming an essential part in providing sustainable sources of fresh water for a large number of communities around the world .

研究结果还表明该类型能量回收装置用于海水或苦咸水淡化时，能量传递效率达将在90%以上。

It is believed that the energy transfer efficiency is sure to be over 90 % when the VC-ERD is used in seawater or brackish water reverse osmosis desalination processes .

因此大力发展新能源是能源利用的新趋势，海水或苦咸水淡化成为未来解决淡水资源匮乏的一个重要途径。

So development of new energy is a new trend in energy use , seawater or brackish water desalination as an important way to solve the scarcity of fresh water resources in the future .

综合叙述了反渗透技术在海水、苦咸水淡化，纯水、超纯水制备，分离、浓缩、提纯和废水资源化及中水回用中的应用情况及其发展趋势。

This paper reviews the application situation and future prospects of reverse osmosis technology in desalination of seawater and brackish water , preparation of pure and ultra pure water , chemical separation , concentration and purification , reclamation of treated wastewater .

本文介绍了我国利用膜技术进行海水淡化的进展，以及海岛地下苦咸水淡化的现状.还展望了海水淡化在我国进一步发展的前景。

The advances and status quo on utilization of membrane technique both for island sea water and terrestrial saline water desalination are presented and the prospect on further developments of saline water conversion in this country is forecast - ed in this paper .

其也可用于已有的苦咸水淡化系统的工艺改造，从而提高第二段膜堆的产水量（约25%）或降低系统的能量消耗；

The system can also be used for the technological reformation with brackish water desalination system , thus the water output of the . Second section 's membrane stack can be raised by about 25 % , or the system 's energy consumption can be lowered .

苦咸水冷冻淡化实验成果分析及实用方法研究本文提出了200兆瓦核供热堆与多效蒸发淡化工艺组合的核能海水淡化方案。

Experiment of freezing and de-salting brackish water and its application A nuclear desalination system using 200 MW nuclear heating reactor and multi-effect distillation process is presented in this paper .

膜分离技术大规模成功地应用于海水、苦咸水的淡化、超纯水制备及食品工业、生物工程、电子工业、石油、化学工业、环保工程等领域，是一种高新分离技术。

Membrane filtration is a high-tech separation technique which was triumphantly and cosmically applied to food engineering , biotechnological engineering , electronics engineering , petroleum engineering , chemical engineering and environmental protection engineering ;

太阳能苦咸水（海水）淡化系统的运行研究

Research on Operation of Solar Brackish Water ( Seawater ) Desalination System