5 thoughts on “What is a mixing bed super pure water equipment”
Allison
Mixing bed is the abbreviation of mixed ion exchange columns, and is a device designed for ion exchange technology. The so -called mixing bed is to fill a certain proportion of yang and anion exchange resin in the same exchange device to exchange and remove the ions in the fluid. Because the proportion of yang resin is larger than the yin resin, the yin resin in the mixed bed is under the Shangyang resin. Generally, the proportion of yang and yin tree lipids is 1: 2, and there are also 1: 1.5 loading ratio, which can be considered as appropriate according to different resin. Mixing beds are also divided into synchronous regenerative mixing beds and in vitro recycled mixing beds. Synchronous regenerative mixing beds are carried out in the mixing bed in the operation and the entire regeneration process. When the resin is not available in the equipment, and the yang and yin resin regenerate at the same time, the required accessories are small and the operation is easy. It, the mixing bed is a way to use ultra -pure water equipment to take ultra -pure water. Now the more advanced is EDI technology.
This data comes from Baidu Map, and the final result is based on the latest data of Baidu Map.
The mixing bed in the ion water treatment system is the abbreviation of the mixed ion exchange column, which is a device designed for ion exchange technology. The so -called mixing bed is to fill a certain proportion of yang and anion exchange resin in the same exchange device to exchange and remove the ions in the fluid. Because the proportion of yang resin is larger than the yin resin, the yin resin in the mixed bed is under the Shangyang resin. Generally, the proportion of yang and yin tree lipids is 1: 2, and there are also 1: 1.5 loading ratio, which can be considered as appropriate according to different resin. Mixed -bed removal water equipment mixing beds are also divided into synchronous regenerative beds and in vitro recycled beds. Synchronous regenerative mixing beds are carried out in the mixing bed in the operation and the entire regeneration process. When the resin is not available in the equipment, and the yang and yin resin regenerate at the same time, the required accessories are small and the operation is easy. The advantages of the ionic water treatment system: 1. Mixing the bed to remove the ion water equipment excellent water quality, and the pH value of the water is close to neutral. 2. The water quality of the ionic water equipment is stable, and the changes in the operating conditions (such as water quality or component, operating flow rate, etc.) have little effect on mixed water quality. 3. The intermittent operation of the ion water equipment mixed in bed has a small impact on water quality, and the time required to return to the water quality before stopping is relatively short. 4. The recovery rate of ion water equipment in the mixing bed reaches 100% The application range of ion water equipment: mi beds are generally placed in electrodium severration or anti -penetration device (or directly It is applied to water with low salt content), which can be further salted to make higher pure water, and is widely used in industries such as electronics, chemical, medicine, atomic energy, and electricity.
Mixed -bed ultra -pure water equipment is to fill a certain percentage of yang and anion exchange resin to the same exchange device. For ion exchanges on the previous reverse ionic pure water, replace the remaining yin and yang ions in pure water, and make the water out of our requirements, the general ones can reach 18 trillion
With the technological development of semiconductor and electronics industry, the demand for water treatment equipment has also become more and more extensive. The technology of super pure water equipment at home and abroad has also achieved rapid development and widely used. A large number of ultra -pure water treatment has emerged Field companies. At present, the domestic ultra -pure water preparation industry is in a rapid development stage, but there is still a big gap compared to foreign development. With the popularization of domestic semiconductor production lines, the demand for ultra -pure water equipment is increasing. At present Parameters such as silicon, ions, and metal impurities are characterized, and they have a great impact on device. Therefore, this requires designing an immersive solution super pure water treatment system that can prepare the indicator requirements to ensure the normal operation of the photocal machine. The ultra -pure water treatment system is an automatic control system for preparation of ultra -pure water. In the photoresistor, it is used as a sub -module in the immersion control system. It is mainly responsible for preparing ultra -pure water pollution substances, and achieves it and achieves it. The requirements of the non -supply solution are required.
eDi ultra -pure water equipment working principle: eDi working principle as shown in the figure. A certain amount of EDI unit is separated in the EDI film block to form a thick water and freshwater room. Set up yin/positive electrodes at both ends of the unit. Driven by DC power, the yin and yang ions in the water flow of freshwater rooms are migrated to the thick water room through the yin and yang ion exchange membranes through the yin and yang ion exchanges, respectively. The electric field allows the water molecules in the water to dissolve H and OH- in the ion exchange resin interface, and continuously regenerate the shade and cation in the freshwater room to exchange resin. The yin and cations in the ion exchange resin are attracted by the corresponding positive and negative electrodes during the regeneration process, and the resin exchanging the resin through the yang and the anion to the direction of the corresponding ion membrane. When these ions enter the thick chamber through the switching membrane, H and OH-re-combined into water. This H and OH-generation, annihilation, and yin, and cationic migration are the mechanism of ion exchange resin to achieve continuous regeneration. Detailed click: Web link
Mixed -bed pure water equipment resin is a kind of gel -type strong acid yang ion exchange resin and strong alkaline anion exchange resin and the regenerative pre -hybrid is used. This product is transformed and specially purified by a high degree of transformation and special purification. It is mainly used in the direct purification of water, the preparation of pure water in the electronic industry, and the subsequent bed mixing of other various water treatment processes. It is suitable for various water treatment areas that require high water requirements and do not have high requirements for regeneration conditions, such as display equipment, calculator hard disks, CD-ROM, precision circuit boards, discrete electronic equipment and other precision electronic products industries, medicine and medical, cosmetics, and cosmetics,, cosmetics, cosmetics, cosmetics, and cosmetics,,, cosmetics, cosmetics, and cosmetics,,, cosmetics, cosmetics, cosmetics,, cosmetics, cosmetics, cosmetics, and cosmetics,, cosmetics, cosmetics, and cosmetics,,, cosmetics, cosmetics, cosmetics,, cosmetics, cosmetics, and cosmetics, Precision machinery processing industry, etc.
Mixing bed is the abbreviation of mixed ion exchange columns, and is a device designed for ion exchange technology. The so -called mixing bed is to fill a certain proportion of yang and anion exchange resin in the same exchange device to exchange and remove the ions in the fluid. Because the proportion of yang resin is larger than the yin resin, the yin resin in the mixed bed is under the Shangyang resin. Generally, the proportion of yang and yin tree lipids is 1: 2, and there are also 1: 1.5 loading ratio, which can be considered as appropriate according to different resin. Mixing beds are also divided into synchronous regenerative mixing beds and in vitro recycled mixing beds. Synchronous regenerative mixing beds are carried out in the mixing bed in the operation and the entire regeneration process. When the resin is not available in the equipment, and the yang and yin resin regenerate at the same time, the required accessories are small and the operation is easy.
It, the mixing bed is a way to use ultra -pure water equipment to take ultra -pure water. Now the more advanced is EDI technology.
This data comes from Baidu Map, and the final result is based on the latest data of Baidu Map.
The mixing bed in the ion water treatment system is the abbreviation of the mixed ion exchange column, which is a device designed for ion exchange technology. The so -called mixing bed is to fill a certain proportion of yang and anion exchange resin in the same exchange device to exchange and remove the ions in the fluid. Because the proportion of yang resin is larger than the yin resin, the yin resin in the mixed bed is under the Shangyang resin. Generally, the proportion of yang and yin tree lipids is 1: 2, and there are also 1: 1.5 loading ratio, which can be considered as appropriate according to different resin. Mixed -bed removal water equipment mixing beds are also divided into synchronous regenerative beds and in vitro recycled beds. Synchronous regenerative mixing beds are carried out in the mixing bed in the operation and the entire regeneration process. When the resin is not available in the equipment, and the yang and yin resin regenerate at the same time, the required accessories are small and the operation is easy.
The advantages of the ionic water treatment system:
1. Mixing the bed to remove the ion water equipment excellent water quality, and the pH value of the water is close to neutral.
2. The water quality of the ionic water equipment is stable, and the changes in the operating conditions (such as water quality or component, operating flow rate, etc.) have little effect on mixed water quality.
3. The intermittent operation of the ion water equipment mixed in bed has a small impact on water quality, and the time required to return to the water quality before stopping is relatively short.
4. The recovery rate of ion water equipment in the mixing bed reaches 100%
The application range of ion water equipment:
mi beds are generally placed in electrodium severration or anti -penetration device (or directly It is applied to water with low salt content), which can be further salted to make higher pure water, and is widely used in industries such as electronics, chemical, medicine, atomic energy, and electricity.
Mixed -bed ultra -pure water equipment is to fill a certain percentage of yang and anion exchange resin to the same exchange device. For ion exchanges on the previous reverse ionic pure water, replace the remaining yin and yang ions in pure water, and make the water out of our requirements, the general ones can reach 18 trillion
With the technological development of semiconductor and electronics industry, the demand for water treatment equipment has also become more and more extensive. The technology of super pure water equipment at home and abroad has also achieved rapid development and widely used. A large number of ultra -pure water treatment has emerged Field companies. At present, the domestic ultra -pure water preparation industry is in a rapid development stage, but there is still a big gap compared to foreign development. With the popularization of domestic semiconductor production lines, the demand for ultra -pure water equipment is increasing. At present Parameters such as silicon, ions, and metal impurities are characterized, and they have a great impact on device. Therefore, this requires designing an immersive solution super pure water treatment system that can prepare the indicator requirements to ensure the normal operation of the photocal machine. The ultra -pure water treatment system is an automatic control system for preparation of ultra -pure water. In the photoresistor, it is used as a sub -module in the immersion control system. It is mainly responsible for preparing ultra -pure water pollution substances, and achieves it and achieves it. The requirements of the non -supply solution are required.
eDi ultra -pure water equipment working principle:
eDi working principle as shown in the figure. A certain amount of EDI unit is separated in the EDI film block to form a thick water and freshwater room. Set up yin/positive electrodes at both ends of the unit. Driven by DC power, the yin and yang ions in the water flow of freshwater rooms are migrated to the thick water room through the yin and yang ion exchange membranes through the yin and yang ion exchanges, respectively.
The electric field allows the water molecules in the water to dissolve H and OH- in the ion exchange resin interface, and continuously regenerate the shade and cation in the freshwater room to exchange resin. The yin and cations in the ion exchange resin are attracted by the corresponding positive and negative electrodes during the regeneration process, and the resin exchanging the resin through the yang and the anion to the direction of the corresponding ion membrane. When these ions enter the thick chamber through the switching membrane, H and OH-re-combined into water. This H and OH-generation, annihilation, and yin, and cationic migration are the mechanism of ion exchange resin to achieve continuous regeneration.
Detailed click: Web link
Mixed -bed pure water equipment resin is a kind of gel -type strong acid yang ion exchange resin and strong alkaline anion exchange resin and the regenerative pre -hybrid is used. This product is transformed and specially purified by a high degree of transformation and special purification. It is mainly used in the direct purification of water, the preparation of pure water in the electronic industry, and the subsequent bed mixing of other various water treatment processes. It is suitable for various water treatment areas that require high water requirements and do not have high requirements for regeneration conditions, such as display equipment, calculator hard disks, CD-ROM, precision circuit boards, discrete electronic equipment and other precision electronic products industries, medicine and medical, cosmetics, and cosmetics,, cosmetics, cosmetics, cosmetics, and cosmetics,,, cosmetics, cosmetics, and cosmetics,,, cosmetics, cosmetics, cosmetics,, cosmetics, cosmetics, cosmetics, and cosmetics,, cosmetics, cosmetics, and cosmetics,,, cosmetics, cosmetics, cosmetics,, cosmetics, cosmetics, and cosmetics, Precision machinery processing industry, etc.