Five Best Water Treatment Technologies For Pure Water

The water which is contaminated with various disease-causing agents and once used water is generally called the wastewater.  The wastewater treatment process is to eradicate these foreign disease-causing agents from the contaminated water and make it available for reuse. There are many technologies has been used to purify these contaminated water depending upon their level of contamination.

Ozonation:

Ozonation is a good water treatment system. The ozone treatment systems are using many water treatment companies for removal of color substances, improve water taste, vanish the odor and disinfection of the water for reuse. The ozonation technology also reduces chlorine and pathogens in water.

Biological Filtration:

Unlike physical as well as the chemical process of water purification there is certain biological process also very effective in wastewater management. There a certain percentage of BOM (Biodegradable Organic Matter) in the water. This can be purified by using biological filtration method. Some water treatment technology companies use biological filtration immediate after the ozonation of water for double pure drinking water.

Ion Exchange Technology:

Ion exchange water treatment technology is a chemical process of wastewater management system. This technology is used for extract harmful minerals from the water like selenium, arsenic, nitrate, fluoride, chromate, radium, barium and lead etc. The equipment used in the water treatment plant is specially designed for the purpose by the water &wastewater equipment company.

UV Irradiation:

In this process of wastewater management, hydrogen peroxide is used along with the Ultra Violate light. The hydrogen peroxide produces free hydroxyl radicals by making a chemical reaction with the UV rays. These radicals help destroy the micropollutants of the water.

Membrane Filtration Technology:

Membrane filtration technology is one of the oldest yet very effective wastewater management systems. This is divided into two categories. One is the use of low- pressure membranes and another one is the high-pressure membrane. Almost every sewage treatment plant servicing have this membrane filtration technology.

In the low-pressure membrane system the micro level waste materials are purified. The microfilters, as well as the ultrafilter are highly used in low-pressure membrane technology. In the other hand, high-pressure membrane technology for water filtration act on the nano level particles. The nanofiltration is used widely in this system. In high-pressure technology the Reverse Osmosis technology also use. 

These are some of the highly used wastewater management systems for purification of the contaminated water and supply for reuse.

Let Your Body Consume Purified Water

The importance of water for the human body is already known yet most people don't intake sufficient water. With the active lifestyle and fast-changing world, proper diet and body care are difficult for everyone. It is recommended to consume mineral enriched diet and drink at least 9 glass of water every single day.

Meanwhile, make sure the water you drink is free from dust, bacteria, and microorganism. Purified water has a good impact on your health. Here, you will get an idea of how UV rays and electric current is used to purify the water. Electrodeionization is an advanced water treatment technology, which has been in the industry for many years.

This excellent water purification technology companies use ion exchange, ion resins and electricity to eliminate microorganism and bacteria from water. The basic principle of this technology is adding ion exchange membranes and ion exchange resins together to remove the ionic impurities perfectly.

• ElectrodeionizationElectrodeionization makes use of the EDI machine, which can be effectively used for water treatment. Surprisingly, water and wastewater treatment companies operate EDI machine for more than a year. When a slight force is applied to the EDI module, ions in the water move through the resins. And, it is gathered into a hot stream, which can be recycled.
  During this process, cations and anions exchanged together for H+ and H- ions. When the force is applied, the ion that is bounded to the resing is migrated to a separate chamber. It produces H+ and OH- ions to attract the resins in the regenerated state. Meanwhile, ions in EDI system will exhaust so, it should be regenerated continuously.
• Ultraviolet rayUltraviolet rays are effectively used to inactivate microorganism and bacteria by disrupting the nucleic acids, interrupting their DNA and preventing their DNA replication. Mostly, watertreatment technology companies use ultraviolet water treatment technique for water purification systems. Interestingly, it is also used in low-pressure mercury lamps.

How does it work?

When the low dosage of the ultraviolet ray is passed in water, it disrupts DNA and RNA that causes breakage of large molecules into small molecules. These smaller ionized molecules are removed gradually using ion exchange resin beds. After filtering the water, the deionized product is sent for further treatment.

The organic ions are further purified to ensure the water is free from bacteria and microorganism. The ultraviolet ray is not just used for inactivating microorganism but also used in photolysis to effectively remove chloramines species from the water. The UV rays are also used by many sewage treatment plant companies around the globe.