在电去离子（EDI）系统中，7T/H超纯水设备通过科学的水处理技术来提纯水质。这种技术利用直流电场和交换膜，将水中的电介质离子进行定向移动，从而实现淡化、提纯、浓缩或精制。这一过程中，通常会有多组交替排列的阴膜、阳膜和隔板构成浓室和淡室。在淡室中，阳离子会向负极迁移并透过阳膜，而阴离子则向正极迁移并透过阴膜，这样做可以不断减少淡室中的离子数，使其成为高纯度的淡水。

EDI超纯水处理设备具有以下特点：

脱盐率高达99.9%，效率远超传统两级反渗透和单純離子的方法。

比传统方法脱盐节省树脂95%以上。

不需要使用酸碱再生树脂，可以大幅减少酸碱消耗及清洗用水量，降低劳动强度。

清洁生产，无废物处理问题，对环境友好。

自动化程度高，便于维护，可设计为完整的膜技术高纯水生产线。

产出的超纯水具有低电阻率15-18MΩ.cm、高pH值6.5-7.0，以及硅含量低至1ppb，不含菌类污染物。

此外，它们结构紧凑占地面积小，可以连续稳定运行无需停机，并且能节约空间，同时具备良好的节能性能。EDIEI超pure water processing equipment has several advantages:

1. Elimination of acid and alkali regeneration: Unlike ion exchange resins that require periodic regeneration with chemicals, EDI systems eliminate the need for such hazardous substances, protecting the environment.

2. Continuous and simple operation: The production process is stable and continuous, with a constant water quality output, requiring less complex operational procedures than traditional methods.

3. Reduced installation requirements: The compact design of EDI systems allows for flexible construction based on available space height and volume, making them easier to install.

The applications of EDI super pure water treatment devices include:

1. Water treatment in power plants

2. Super pure water for electronics, semiconductors, precision machinery industries

3. Food processing and beverage manufacturing

4. Small-scale pure water stations or group drinking facilities

5. Fine chemical manufacturing or research-grade laboratory use

6_ Desalination of seawater or brackish water

By leveraging these features and benefits, EDI technology offers an efficient solution to various industries' needs for high-purity water production while minimizing environmental impact through reduced chemical consumption and waste generation.\