Latest Water Purification Technologies That You Need To Know

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Global water treatment product manufacturers are coming up with smart water New South Wales (NSW)filtration technologies such as advanced membrane systems and carbon nanotubes to better serve their clients. Read on as we explain some of the latest water purification technologies that you need to know.

Nanotechnology

This water technology involves several processes and approaches to applying materials on the molecular or atomic scale. Nanotech-based purification processes are modular, cost-effective and highly efficient when compared to conventional purification methods.

Some of the major applications of nanotechnology in purification processes include copper, silver and zero-valent iron nanoparticles, nano-membranes, nanostructured photo catalysts and nano adsorbents. It is important to understand that the large surface area to volume ratio of nanoparticles helps in the adsorption of biological and chemical particles while enabling the separation of debris and contaminants at low concentrations. Also, nano adsorbents feature specific chemical and physical properties for removing metallic pollutants from water.

On the other hand, carbon nanotubes are considered to be one of the most prominent nanomaterials used for purifying water. Carbon nanotubes-based filtration systems can efficiently remove inorganic, organic and biological compounds from water.

Acoustic nanotube technology

This technology employs acoustic in place of pressure to help direct water through tiny diameter carbon monotubes. This technology is based on a molecular screen that is integrated with carbon nanotubes to allow the passage of smart water molecules while blocking larger molecules. It consumes less energy compared to traditional filters and drives water away from the contaminants instead of removing the contaminants from water. The process eliminates the need for flushing the filtration system.

The top applications of acoustic nanotube technology include medical facilities, municipal water plants, distillers, labs, desalination plants, wastewater treatment plants, industrial facilities and the consumer segment. This innovation is scalable with the integration of numerous filters, according to the users’ needs.

Photocatalytic purification technology

The treatment of water using photo catalysis has gained popularity in recent years due to its effectiveness and efficiency in water purification. The technology uses photo catalyst and UV rays to remove contaminants from water.

A technology that binds the photo catalyst to a catalyst and commercial adsorbent was developed to ensure effective separation and proper recovery of photo catalysts from the water. titanium dioxide is the photo catalyst used and it can mineralise a wide range of organic compounds into safe products. This catalyst uses UV rays either from artificial light or sunlight to separate substances.

This photo catalysis can break down a wide range of organic materials, crude oil, pesticides, estrogens, dyes and microbes such as chlorine-resistant pathogens and viruses as well as inorganic compounds. These water treatment systems are suitable for treating wastewater and water and can treat industrial wastewater polluted with metals and organic substances.

Automatic variable filtration

This smart water NSW filtration technology involves a simple process whereby an upward flow of influent is treated by a downward flow of the filter media. This technology eliminates the need for additional processes or freshwater for using filters. The method uses continuously cleaned descending filters embedded in a variable array. It is a two-stage configuration system that integrates two sets of filters that can function in parallel or serial mode.

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