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Water Filtration System in Rhome: Reverse Osmosis

Water Filtration System in Rhome: Reverse Osmosis

Are you looking around for a water filtration system in Rhome? You have so many choices: carbon filter, ion exchanger, water softener, water purifier, distillation unit, you name it. But, which of these is the best? Well, it obviously depends on the contaminants that are found in the water supplied in your area. Not every water filtration system in Rhome can remove all contaminants. You need to select one that can effectively cleanse water of contaminants present in your particular area. Nonetheless, of all the available choices, a reverse osmosis water filtration system in Rhome is one of the most popular options out there.  

Why should you consider a reverse osmosis water filtration system in Rhome?

The system produces water of good taste

A reverse osmosis water filtration system in Rhome improves taste and odor of tap water by eliminating all contaminants that cause taste or odor problems. It also improves the appearance of water.   

A reverse osmosis water filtration system in Rhome is easy to maintain

The RO process is fully automated. Only some of its components are moveable or replaceable so cleaning and maintaining the unit is fairly easy.

RO is a safe technique, which removes minerals quite well

Reverse osmosis is an effective process, and can remove a number of impurities from water such as pesticides, nitrates, fluorides, arsenic, bacteria and pharmaceuticals. If the unit comprises of a carbon filter, chlorine and its derivatives will also be removed.

A water filtration system in Rhome is available at an affordable price

Plus, such a system allows you to cancel your current water supply service, and the need of buying bottled water is also eliminated. In fact, a reverse osmosis water filtration system in Rhome provides better quality water than the one in ‘bottled water’.

So what is a reverse osmosis water filter?

Reverse osmosis, abbreviated as RO, is a procedure used for demineralizing or deionizing water by subjecting it to pressure, and then forcing it through a semi permeable membrane. Such a membrane only allows some specific molecules to pass through. Any particles larger than the pores of the membrane won’t be able to get through it.

Before explaining the process of reverse osmosis, let us discuss osmosis, a process that holds quite some significance in nature. It is the process in which a low salinity solution moves towards a solution with a higher salinity. Roots absorbing water from the soil, and kidneys absorbing water from blood are all real life examples of osmosis.

Reverse osmosis is just the opposite of this. Energy is applied to the solution with higher salinity, through which it is forced to pass through a semi permeable membrane that only lets through water molecules, whereas dissolved salts, bacteria and organics are all left behind as residue.  The process takes place only when pressure greater than the natural osmotic pressure of contaminated water is applied.

The remaining impurities are then flushed away. Generally, a residential reverse osmosis filter repeats the process 4 to 5 times to improve water quality.

Which types of units are available for an RO water filtration system in Rhome?

Kitchen Sink Unit

If the RO filter system is small, it can easily be installed near the kitchen tap to provide premium quality drinking water. This kind of a system is often referred to as a Point of Use or POU water filtration system in Rhome. You can also connect such a system to your ice machine or fridge.  

Whole House RO System

A whole house system is often referred to as a point of entry or POE water filtration system in Rhome and provides you continuous access to filtered water at each every faucet, tap, shower and appliance in your house. This kind of system is integrated with the main water supply line. Installation usually takes place in the garage.  

The upfront costs associated with such a system are high. Moreover, it requires maintenance, so many homeowners prefer POU systems over these. If you still want to consider this type of water filtration system in Rhome, then just make sure that the capacity of the unit is greater than your daily water consumption.

What components does a basic RO system comprise of?  

Generally, every RO system operates in the same manner and features the same components. However, the qualities of these components can differ from unit to unit.

A basic RO system comprises of the following components.  

Cold Water Valve

This valve is fitted into the water supply line. A tube emerging form the valve is then connected to the inlet of the pre filter.

Pre Filter  

The cold water from the supply line is first made to enter the pre filter of the RO system. Please note that there can be multiple pre filters can be multiple in a single RO system. Carbon and sediment filters are the most common types of pre filters.

The primary function of pre filter is to protect the semi permeable membrane, which it does by removing sand, dirt and other sediments that may potentially clog the filter unit. Carbon filter also removes chlorine, which can damages the semi permeable membrane.

Semi permeable Membrane

A semi permeable or reverse osmosis membrane removes several contaminants that can harm health and affect the appearance of water. Once water has passed through the membrane, it is transferred to a pressurized tank for storage.

Storage Tank

A typical storage tank can store around 2 to 4 gallons of water. A specific pressure is maintained inside the tank through a bladder if it’s full. Generally, such a tank has a height of 15 inches and diameter of 12 inches.

Post Filter

Before being passed to the faucet, showerhead or another outlet or appliance, the treated water is passed through the post filter, which is usually carbon, so that if any odors or tastes remain, it can be removed.

Shut-Off Valve

The automatic shut-off valve or SOV turns off the system, if the water tank is full, in order to conserve water.

Flow Restrictor  

A flow restrictor regulates water which is passed through the semi permeable membrane, and maintains the required flow rate to produce quality drinking water.