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Basic introduction:
This is a new type of equipment developed by our company in 2015. The materials used in the equipment are all materials with antibacterial and antibacterial effects. The use of this material makes the equipment completely eliminate the possibility of virus and bacteria accumulating pollution and reproduction in the process of operation. The possibility of secondary pollution and man-made pollution is greatly reduced. And we use lead-free brass material in contact with water, which is an effective antibacterial and antibacterial material, which further ensures the water production quality of the equipment.
Overview of bottled purified water production equipment:
The use of this device is simply the pure water used in the food manufacturing process. And pure water is not only used in food manufacturing, it is also indispensable in all our life and work. Now I'd like to briefly introduce some of the main components of this equipment and the production process of purified water, so that you can get to know this equipment, understand this equipment, and have a certain understanding of the industry, so as to help you choose your own needs more accurately.
The figure above shows the appearance of our company's pure water preparation equipment for food. You can get a general understanding of the shape, appearance and volume of the equipment from this figure.
Equipment process flow:
The figure above shows the pure water production process (also known as: purified water production process) of the equipment. From this picture, you can fully understand the whole process of how ordinary water is treated into purified water.
Application range:
This equipment is a special water preparation equipment for food industry. I will not introduce it here. I will briefly introduce the application scope of purified water equipment for you
Pure pure water is widely used in our life and work, and the equipment for producing purified water has a wider range of use.
1. Living quarters, educational units, factories, enterprise living areas, beauty agencies, hotels, restaurants, teahouses, etc.
2. Barreled and bottled purified water is prepared.
3. Preparation of purified water for industrial use.
4. Electronic industry, cleaning of precision electronic components.
5. Water saving, open source seawater desalination, acid-base water desalination, etc.
6. Ultra pure water for automobile, power up and cosmetics.
There are many applications of the equipment, which will not be listed here.
Operation of bottled purified water production equipment
It is important to keep the equipment in good condition for a long time. Therefore, in the operation of purified water equipment should pay attention not to damage the machine. Attention should be paid to the operation of purified water equipment
1. To prevent the filter material from entering the reverse osmosis device: select the appropriate water outlet device of the filter to prevent the sand leakage and activated carbon leakage of the filter; select the appropriate activated carbon to prevent the powder removal in the process of use.
2. For large-scale purified water equipment with tap water as the source, an independent water supply system can be set up, which can not only ensure the stable operation of the water supply system, but also reduce the instantaneous impact on the water supply network of the whole plant when the RO system starts and stops. When the RO device takes water directly from the raw water pipe network, high and low pressure protection facilities should be set up, because most of the water supply network pressure fluctuations.
3. First of all, the compatibility between the agent and the agent should be considered, and then the compatibility between the agent and the membrane material should be considered. For example, coagulant, coagulant aid, bactericide, reducing agent and scale inhibitor are often used in RO system. Since colloids in natural water are generally negatively charged, cationic coagulants with positive charges are usually used. In order to prevent the scaling of R0 unit, the measures of adding scale inhibitor are almost considered at the inlet end of RO, which almost all have negative charge. Therefore, the reaction between cationic coagulant and anionic scale inhibitor should be avoided to prevent the deposition of colloidal compounds on the membrane surface.
In the use of purified water equipment, the above points are very important, not only to protect the equipment, but also to ensure the production.
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