The discovery of new, uncommon toxins, the adoption of new drinking water standards, and cost have been the main driving forces behind the development and application of water treatment technology. Chemical clarity, granular media purification, and chlorination were essentially the main treatment methods employed in Water purification during the first 75 years of the century. But over the past 20 years, there has been a significant shift in the way the water business treats water, and water utilities have begun to seriously investigate alternatives to the conventional filtration/chlorination treatment technique.
Many different water treatment methods have been created or are being created right now.
1. The use of activated carbon
The technology of activated carbon is mostly utilized in water purifiers to absorb big particles of contaminants from drinkable water. Granular activated carbon is created by roasting charcoal made from coal at temperatures between 800 and 1000 degrees Celsius. The goal of this technique is to activate the carbon-rich coal. The surface area per gram of the many pores in the activated carbon particulate solids is around 1000m2. Pyrolyzing polymer beads result in the production of significantly purer activated carbon. Such a technique is used by the lab water filtration system to treat the water’s pollutants. In addition to removing free chlorine and chloramine from feed water, activated carbon may also trace its organic composition.
2. Technology based on electrode ionization
Any lab water purifier uses this process, which is electrically powered technology. The technology exchanges ions with the supplied drinkable water using electricity. Ion-exchange membranes that remove ionized species from drinkable water also use electrode ionization technology. To create pure water, EDI technology employs electricity to eliminate all ions and charged organisms from ordinary water. These ions, which function as charged species, can be salts or organic acids.
3. Reverse Osmosis
In laboratories, reverse osmosis technology provides a practical way to cleanse water. With this method, the majority of the pollutants in tap water are removed, leaving just clean water behind. The reverse osmosis process is based on RO membranes, which are effective at substantially removing organic substances. These membranes are designed specifically to block the passage of contaminants larger than 0.1 nm in size. Reverse osmosis can remove up to 90% of it in a single use. The removal of non-ionic pollutants with molecular weights of more than 100 Dalton is also done in part using this technology. This method uses a water purification device for laboratory use to easily remove many of these impurities.
4. Technology Using UV
The electromagnetic radiation known as ultraviolet has wavelengths between 10 and 400 nm. The wavelength is longer than X-rays but shorter than visible light. To reduce the absorbance of light in the feed water, a second artificial quartz housing is utilized in a water treatment system laboratory. To stop microbiological growth, UV rays are utilized in a laboratory’s ultrapure water system. By oxidizing organic particles into carbon dioxide and acidic substances, it also aids in the removal of such particles. A subsequent down-streaming procedure eliminates all of these ionic species.
5. Micron-Level Filtration
There is an extra sub-filtration system within the main filtration system that catches pollutants with a size of 0.05 to 0.22 microns or less. The feed water is purified as a result of the microorganism contaminants, such as bacteria, being caught in this sub-micron filter membrane. Along with endotoxins, large organic molecules are also caught in this filter.
Lets us now talk about the benefits of these systems:
1. The advantages of activated carbon technology are as follows:
- Water pre-treatment ( Removing of chlorines)
- Synthesis of chlorides
- Water is suitable for lab work since it absorbs the majority of the organic components.
- Low TOC levels are maintained in pure water.
- Safeguards the purified water reservoirs in a laboratory’s ultrapure water system
2. Electrode ionization technology benefits
- Pure water yields a product that has good resistance.
- Used as an alternative to filtration systems for single use.
- Used more frequently than any other method for reliably creating pure water.
- When organic impurities are reduced.
3. Reverse Osmosis Technology Benefits
- A high level of contaminants is captured.
- Shields pure water from pollution and fouling caused by organic substances.
- Eliminates viruses and bacteria from the feed water
4. Ultraviolet technology’s advantages:
- makes it easier to produce pure water by eradicating all traces of organic materials.
- Produces purer water quicker
5. Sub-Micron Filter Benefits
- Preserving clean water that is clear of germs and other tiny particles
- Additionally, it uses bioactive compounds to remove large endotoxins.
- Safeguards against contaminated pure water
- Beneficial for autoclaving
About Livpure
If you are looking for a company that is well-established in the water purification market, have a look at Livpure. It is a company built on the best operating practices and is driven by design and technology. The Livpure RO water purifier is a pioneer in offering clients intelligent water services and established the benchmark for mineral water. Livpure offers its customers a wide range of water purifying alternatives with its large array of water purifiers. The water filtration programs from Livpure are designed to meet everyone’s demands. Depending on your demands, you can choose a plan and close one that will be most beneficial to you. You may easily save time and money on routine water purifier maintenance with the help of the programs designed just for you.
Livpure Offers a Variety of Water Purifiers: There is a wide range of water purifiers available from Livpure. Despite minor variances, they all strive to provide you with the finest water possible to drink.
Livpure Offers a Variety of Water Purifiers: There is a wide range of water purifiers available from Livpure. Despite minor variances, they all strive to provide you with the finest water possible to drink.
They market the following water purifiers, among others:
- Alkaline water purifier Envy
- Alkaline water purifier with copper by Livpure
- Under-the-counter Zinger Copper Hot Water Purifier (UTC) Neon Cleaners
- Glitz TDS up to 200 ppm, Water Purifier (UV+UF) Suitable for Municipal Water
- (RO+UF) Bolt+ Water Purifier (RO+UV) a UV water purifier Purifier of 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 future of water purification
