- Product Details
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Quick Details
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Material:
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Wooden case, Stainless Steel/FRP
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Weight:
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3000kg
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Size:
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400*80*160CM
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Power:
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18kw
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Weight (KG):
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3000 kg
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Product name:
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Water Treatment System with container
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Application:
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Filtration
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Certification:
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ISO9001 CE
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Capacity:
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10TPH
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Function:
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Producing Fresh Water
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Raw water TDS:
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<1000PPM
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Pure water TDS:
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<10PPM
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Brand:
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CHUNKE
Quick Details
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Warranty of core components:
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18 Months
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Place of Origin:
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Guangdong, China
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Brand Name:
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CHUNKE
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Material:
-
Wooden case, Stainless Steel/FRP
-
Weight:
-
3000kg
-
Size:
-
400*80*160CM
-
Power:
-
18kw
-
Weight (KG):
-
3000 kg
-
Product name:
-
Water Treatment System with container
-
Application:
-
Filtration
-
Certification:
-
ISO9001 CE
-
Capacity:
-
10TPH
-
Function:
-
Producing Fresh Water
-
Raw water TDS:
-
<1000PPM
-
Pure water TDS:
-
<10PPM
-
Brand:
-
CHUNKE
| Reverse osmosis machine introduction for each parts | ||||||||
| Water tank | Storage water, Built-in stainless steel float ball valve and inlet water level sensor to maintain the normal water level of the tank. | |||||||
| Water pump | In order to ensure the system water supply flow and pressure balance set | |||||||
| Quartz sand filter(stainless steel 304 or FRP material) | It is mainly used to filter solid substances in water, and the filter medium is generally quartz sand. It has the characteristics of high strength, long life and stable water quality. It is an indispensable pretreatment equipment for reverse osmosis, electrodialysis and ion exchange | |||||||
| Activated carbon filter (stainless steel 304 or FRP material) | It can remove harmful humic acid, fulvic acid, lignoflavic acid and other organic matter in water. Usually can remove 60% to 80% of the colloidal material; 47% to 60% organic matter. | |||||||
| Softener(stainless steel 304 or FRP material) | It removes calcium and magnesium ions that form scale in hard water. | |||||||
| Security filter | The third stage filtration is carried out on the reverse osmosis system water, the purpose is to reduce or eliminate the filter material particles leaked out of the pre-treatment equipment to play a final protective role, to ensure that the final water into the reverse osmosis system meets the requirements. | |||||||
| High pressure pump | In order to ensure the system water supply flow and pressure balance set. | |||||||
| Reverse osmosis system | The reverse osmosis device in the system uses the world's most advanced polyamide composite membrane element as the main element, its single membrane desalination rate ≥99.5%, the system desalination rate 96-98%, can effectively remove the suspended particles in the water, organic silica gel, organic matter, bacteria, viruses, pyrogen and other impurities. | |||||||
| Ultraviolet ray sterilization (UV) | When the bacteria were exposed to ultraviolet light with A wavelength of 2600°A, the bacteria absorbed the ultraviolet energy and were killed | |||||||
| Ozone sterilizer | Ozone is a very strong oxidant, ozone water has a rapid and efficient sterilization. The concentration of ozone in water is 0.1-0.2mg/L, which can kill all bacteria. The concentration of ozone is 0.3-2mg/L, which can kill bacteria within 1 minute. | |||||||
How to choose the right water treatment unit?
1) First you need to tell us what your source of raw water is.
2) It is better to provide a raw water quality report
3) What kind of water quality requirements should be achieved.
4) How many liters per hour does a desalination plant need?
How Do I Know Which Size Unit to Buy?
General guidelines for modeling an RO system to take into consideration are the silt density index (SDI) measurement of the feed water after pretreatment. Derived from experience, limits on permeate flux and element recovery for different types of waters are based on correlation of the SDI value with membrane fouling and mineral content with element recovery, respectfully, for different types of waters. These general limits shown in Table 1 below serve as boundary conditions when designing a RO system. A system designed with high permeate flux rates for example is likely to experience higher fouling rates and more frequent chemical cleanings. Due to high salinity (>36,000 ppm TDS), seawater system designs are further limited by the osmotic pressure and durability of the membrane elements.
