How to make Industrial water treatment plant control in Kenya
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April 22, 2020
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July 20, 2020How to make Industrial water treatment plant control in Kenya
How to make Industrial water treatment plant control in Kenya
If you want to build Industrial water treatment plant control in Kenya ,please read it
Kenya is facing a serious water crisis due to a shortage of renewable freshwater resources
Kenya has become one of the world's most water-scarce countries
It is necessary to a Industrial water treatment plant in Kenya
How to make Industrial water treatment plant control in Kenya? Let us tell you have to make it.
Three control modes of industrial water treatment plant: differential pressure control, differential pressure and timing combination control, manual control, and interlocking of three control modes.
1. Industrial water treatment plant differential pressure control: The control system compares the system pressure difference with the default pressure difference or the user-set pressure difference in real time. When the system pressure difference is less than the set pressure difference, the filter filters; when the system pressure difference. When the set pressure difference is exceeded, the filter filters and cleans the blowdown.
2. Industrial water treatment plant. Pressure difference and timing combination control: The user sets the filter time and cleaning drain time according to the actual working conditions, and the control system compares the system pressure difference with the user-set pressure difference in real time. The control system can perform cleaning and discharging according to the set cycle time and the received differential pressure signal, in order of the received signals.
3. Manual control of water purification systems: When the automatic filter is in the manual control state, the water treatment equipment performs a cleaning and sewage discharge.
The industrial water treatment plant is applied after the reverse osmosis system. It uses the electrodes at both ends of the module to move the charged ions in the water, and cooperates with the ion exchange resin and the selective resin membrane to accelerate the removal of the ions, thereby achieving water purification and water production resistance. The rate can reach 15-18M. The hydrogen radical and the hydrogen and oxygen helium required for the regeneration of the ion exchange resin are supplied from the dissociation in the water under high voltage, so that regeneration and reduction are not required with acid or alkali. When water flows through high-voltage, high-frequency electromagnetic fields, calcium, magnesium ions and heavy carbonate ions in bicarbonate in water lose their chemical, physical and mutual attraction under the action of high-voltage and high-frequency electromagnetic fields. The crystal cluster is gradually formed and sinks into the bottom, and is discharged with the sewage, thereby achieving the purpose of preventing scale. The water treatment equipment taking device is composed of a pretreatment part, a reverse osmosis system and a finishing treatment, and adopts a unit combination structure. The purpose is to reduce the equipment footprint, easy to transport and on-site installation and commissioning. It has the advantages of small footprint, fast installation, beautiful appearance, convenient operation and maintenance, etc. The equipment parts are all made of Ocr18Ni9 （304） stainless steel, and the low-pressure part of the pipeline adopts ABS engineering. Plastic, high-pressure part is made of high-quality stainless steel, the main components （film, pump, instrument, etc.） are provided by famous foreign professional manufacturers, the performance of the whole machine has reached the same level abroad.
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