Purification of final rinse water for industrial products
Working Principle
The most practical, cheapest and basic type of water filtration is a carbon filter to clean water. Carbon filters have a multitude of applications including filtering drinking water and keeping a fish aquarium’s water from getting murky. While it can remove some particles that cloud the water, reduce nasty chlorine residue and can even help to reduce odors, thus improving the general taste and clarity of water, it does have its limitations when it comes to microbe and bacterial removal.
With a carbon filter process, water passes through activated carbon which is porous, trapping certain particles that are attracted to the porous material. The size of particles attracted depends on the size of the pores or micron rating. However, not all particles are attracted to the active carbon filter.
And at some point it loses its ability to attract particulates and must be changed in order to be effective.
Technical details:
Iron content: ≤20mg/L;
Manganese content: ≤3mg/L;
Raw water turbidity: <20FTU;
Alkalinity: ≤2mg/L;
Working Environment Parameters
Working Temperature:5-60℃
Working pressure: ≤0.6MPa
Operating Parameters
Working style: pressure style
Operating style: Current top-down
Filter speed: 6-10m/h(remove iron),5-8m/h(remove manganese)
Operation period: it depends on raw water condition, not less than 8 hours
Using scope for Sand Filter Machine
1. Chemical: Resin powder, palette, washing powder, paint, soda and citric acid, etc.
2. Abrasive material and ceramic industry: alumina, arnaceous quartz, slurry, and spray soil grain etc.
3. Food industry: Sugar, salt, Alkali, monosodium glutamate, milk powder, soybean milk, yeast, juice, soy sauce, vinegar etc.
4. Paper Making Industries: Coated slurry, exhaust liquid, paper making liquid and waste water reclamation, etc.
5. Metallurgy and mining: Titanium oxide, zinc oxide, electromagnetism materials, metal materials, welding rod materials, etc.
