reverse osmosis water purification system activated carbon filter for water purification-Ocpuritech

reverse osmosis water purification system activated carbon filter for water purification

by:Ocpuritech     2019-07-27
reverse osmosis water purification system activated carbon filter for water purification
The activated carbon filter is used to remove the color and other visible impurities in the water.It is the most commonly used water purification system in pharmaceutical industry.Activated carbon filters are used to the maximum extent during evacuation of natural mixtures and/or separation of free chlorine from water, making the water suitable for release or use during assembly.
Dealing with organic matter in consumable water, such as Humin and yellow rot acid corrosiveness, preventing the synthesis of chlorine and acid in the water from reacting and forming trihalogen methane, a class of known cancerscausing agents.As with any water treatment system, activated carbon filtration is not equipped to evacuate a wide range of possible contaminants.For example, sodium, organisms, fluoride and nitrate cannot be evacuated with activated carbon filtration.
In addition, the AC filter is not able to achieve water softening.In addition, a large amount of metal, such as lead, must be removed with some kind of activated carbon water treatment, which is often used as part of a private purposeTake advantage of the filter.Coconut shells and coal (coal or asphalt) are natural sources of activated carbon.
Carbon frames when natural sources shine in areas without oxygen.The process left only about 30% of the natural mass, driving away the overwhelming natural particles.The natural quality must be "activated" before it is used for water treatment.
"The development process opens up a large amount of pores for carbon and further removes undesirable particles.Open pores allow carbon to capture contaminants, called "adsorption ".The adsorption rate within the surface range of only one pound of activated carbon is equivalent to 60-150 land!There are two main drive systems: steam activation-steam setting is done with steam at temperatures of approximately 800 °C and 1000 °C.
At such a temperature, water-The gas reaction takes place to vaporize the carbon material.Then, the air will wear the gas and not burn the carbon.This program provides an evaluation, screening and goingCleaning type of activated carbon.
Most of the carbon activated by steam has fine pore structure and is ideal for adsorption of fluid-grade and steam-grade mixtures.Substance activation-by compound setting, the carbon is initially loaded with an operator capable of drying, typically the type of glue that is corrosive to phosphate (P2O5) or zinc chloride (zinc chloride.The glue is heated at temperatures of about 500 °C and 800 °C to start the carbon.
Substance treatment produces activated carbon with an unusually open pore structure, making it more suitable for absorbing a large number of atoms.How it works: Activated Carbon water treatment is basically used for two water treatment purposes, and each work is done in a very surprising way.1.Chlorine Removal: Activated carbon can be used to remove chlorine, which is very harmful to carbon.
The chlorine removal rate is very fast and the turnover rate is usually very high.In any case, this procedure requires an extensive measurement of the surface area, and in the long run organic matter in the water can clog the pores of carbon.In the end, since the capacity of the activated carbon filter to dechlorine water will gradually decay, the activated carbon filter should be replaced.
Waste carbon can beactivated;In any case, againThe activated filter should be used only as part of the wasteWater treatment applications.One interesting thing about taking advantage of activated carbon is its low operating costs and once virtual "protected" operations are introduced.One burden is that when chlorine is discharged from the highest level of the medium, activated carbon provides a perfect area for the development and expansion of microorganisms.
Microorganisms can cause problems in remediation applications, or when carbon is used as a pretreatment to switch penetration.2.Evacuation of organic matter: when water passes through an activated carbon filter, natural particles and chemicals are captured through a known "adsorption" process.The adsorption process depends on five key elements: 1) the physical properties of activated carbon (surface area and pore size distribution );2) cosmetics of carbon source substance (determination of hydrogen and oxygen );3) preparation of cosmetics and concentration of pollutants;PH and temperature of water;.
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