how water filters work - 2: ceramic filters and reverse osmosis filter systems

Ceramic filters are very effective for bacteria, sediment and parasites present in the water.
Some models of ceramic filters can filter up to 0. 9 of a micron.
This type of filter has a hollow core made of ceramic that can be easily cleaned by scrubbing it with a soft brush or a Scottish brite sponge.
Ceramic filters can also be used as pre-sediment
Replace the standard folding filter or the filter with foam and wire wrap.
Some ceramic filters can also be fitted with additional activated carbon blocks to help improve their taste and odor reduction efficiency.
Sediment filters, also known as particle filters, act as fine screens or filters, thereby reducing dirt and other foreign particles present in the water.
Use a sediment filter as a pre-
The filter protects the water purifier from damage and damage as it takes longer to get blocked by unwanted media.
There are basically two types of ratings for sediment filters;
Thick and thin.
The sediment filter can be made with a winding string and hard foam or wrinkled film.
These types of filters work best when installed under the sink.
The life span of a common sediment filter is basically dependent on the contaminants or garbage present in the water it filters, but their average life span ranges from 6 to 12 months.
The name clearly indicates that the reverse osmosis purifier is basically operating according to the principle of penetration.
Infiltration is a process that occurs when two solutions composed of different concentrations pass through semi-separation
Permeable membrane.
Similarly, the working principle of the reverse osmosis purifier is to put the water under great pressure with the ultra-fine half
A permeable membrane, specially designed to allow a single water molecule to pass through, while not allowing the penetration of contaminants or contaminants.
Thus, the membrane is basically functioning as a mechanical filter to filter out individual molecules of microorganisms, asbestos, particulate matter, and even heavier organic compounds.
A typical structure of the reverse osmosis purifier is that it consists of four filters in series and a storage tank.
The filter in the 1st series is the sediment filter, 2nd is the carbon block, 3rd is the membrane, and the 4th is the activated carbon block for the removal of any residue of chlorineproducts.
This type of purifier usually produces water at a relatively slow speed
Almost a drop.
The reverse osmosis purifier can be connected directly to the faucet and directly loaded with glass or bottles from the purifier.
An ordinary purifier produces about 200 liters of water per day, which is sufficient for an ordinary small family.
Unlike ordinary filters, the reverse osmosis purifier does not actually accumulate contaminants, but the membrane itself will gradually degrade as it is used.
Film is best every 3-
5 years or time specified by the purifier manufacturer.