In today’s market, we have many water purifiers available. Knowing which one you would need in your home or office is important.

The main reasons behind the development and use of water treatment technologies have been the discovery of new, unusual toxins, the acceptance of new drinking water regulations, and cost. For the first 75 years of this century, the three main treatment techniques used to treat water were chemical clarity, granular media purification, and chlorination. However, there has been a considerable change in the water treatment industry over the past 20 years, and water utilities have started to actively look into alternatives to the traditional filtration/chlorination treatment method.

Let us now look at the latest water purifiers’ methods to make your drinking water safe

1. The utilization of activated carbon

 To remove large impurities from potable water, activated carbon is primarily used in water purifiers. Charcoal generated from coal is roasted at temperatures between 800 and 1000 degrees Celsius to produce granular activated carbon. The technique's objective is to ignite the coal's abundant carbon. A large number of pores in the activated carbon particle solids have a surface area per gram of about 1000m2. In the process of pyrolyzing polymer beads, activated carbon is produced that is much purer. The lab water filtration system uses this method to remove the contaminants from the water. Activated carbon can identify the organic components of feed water in addition to eliminating free chlorine and chloramine.

2. Technology based on electrode ionization 

This electrically powered technology is used in any lab water purifier. Utilizing electricity, the technique swaps ions with the supplied drinkable water. Electrode ionization technology is also used in ion-exchange membranes that purify drinkable water by removing ionized species. Using electricity, EDI technology purifies water by removing all ions and charged organisms from regular water. These ions, or charged species, can be organic acids or salts.

3. Reverse osmosis

In labs, reverse osmosis technology offers a useful way to purify water. The bulk of the impurities in tap water are eliminated with this technique, leaving just pure water remaining. The RO membranes used in the reverse osmosis process efficiently eliminate organic contaminants. These membranes were created with the express purpose of preventing the passage of pollutants larger than 0.1 nm. Up to 90% of it can be eliminated by reverse osmosis in a single application. This method is also used in part to remove non-ionic contaminants with molecular weights of more than 100 Dalton. To easily eliminate many of these pollutants, this technique makes use of a water purification system designed for laboratory use.

4. Technology Using UV

The wavelengths of ultraviolet electromagnetic energy range from 10 to 400 nm. The wavelength is shorter than visible light but longer than X-rays. In a water treatment system laboratory, a second artificial quartz housing is used to minimize the absorbance of light in the feed water. UV rays are used in a laboratory's ultrapure water system to inhibit microbial growth. It also aids in the elimination of such particles by oxidizing organic particles into carbon dioxide and acidic chemicals. All of these ionic species are removed in a later down-streaming process.

5. Micron-Level Filtration

Within the primary filter system, there is an additional sub-filtration system that traps contaminants with a size of 0.05 to 0.22 microns or less. The microorganism pollutants, such as bacteria, are captured in this sub-micron filter membrane, which results in the feed water being cleaned. Large organic molecules are also captured in this filter along with endotoxins.

Advantages of these systems

Now let's discuss the advantages of these systems:

Benefits of activated carbon technology:

• Pretreatment of water (removal of chlorines)
• Production of chlorides
• Since water absorbs the majority of the organic components, it is appropriate for lab work.
• Pure water maintains low TOC levels.
• Maintains the ultrapure water system in a laboratory's purified water reservoirs.

Advantages of electrode ionization technology:

• Used as a single-use filtering system substitute.
• The most popular way for consistently producing pure water.
• After the organic impurities are lessened.

Benefits of reverse osmosis technology:

• A significant amount of pollutants are collected.
• Protects clean water against contamination and fouling brought on by organic materials.
• Removes germs and viruses from the feed water 

The benefits of ultraviolet technology:

• removing all traces of organic materials, which facilitates the production of pure water.
• Quickly produces cleaner water.

Benefits of sub-micron filters

• A clean, germ-free source of water is maintained.
• Bioactive chemicals are also used to eliminate big endotoxins.
• Measures to prevent tainted clean water
• Helpful in autoclaving

About Livpure

Look into Livpure if you're seeking a business with a solid reputation in the water purifying industry. It is a business that is based on best practices and is propelled by design and technology. The Livpure RO water purifier sets the standard for mineral water and is a pioneer in providing customers with intelligent water services. With its extensive selection of water purifiers, Livpure provides its consumers with a comprehensive range of water filtration options. Livpure's water filtration programs are created to satisfy everyone's needs. You can select a plan and close one that will be most advantageous to you based on your needs. The programs created just for you can help you save money and time on routine water purifier maintenance. Livpure Provides a Variety of Water Purifiers: Livpure provides a large selection of water purifiers. They all work to provide you with the best water you can drink, despite slight differences. 

Livpure provides a large selection of water purifiers. They all work to provide you with the best water you can drink, despite slight differences.

They market the following water purifiers, among others:

1.   Alkaline water purifier Envy
2.   Alkaline water purifier with copper by Livpure
3.   Under-the-counter Zinger Copper Hot Water Purifier (UTC) Neon Cleaners
4.   Glitz TDS up to 200 ppm, Water Purifier (UV+UF) Suitable for Municipal Water
5.   (RO+UF) Bolt+ Bolt+ Water Purifier (RO+UV) a UV water purifier for water TDS < 200 ppm, suitable for municipal water

If you are looking for a reliable brand make sure it's Livpure.

Also Read: What is the latest water purification technology