What are the solutions to PFAS?
PFAS stands for per fluorinated and polyfluorinated substances, which are man-made pollutants that remain in the environment.
For decades, these compounds have been employed to manufacture non-stick and water-resistant consumer goods. Unfortunately, the qualities that make them beneficial are also the reasons they remain in the environment and can bioaccumulate, or build up, in our bodies and those of animals.Traditional drinking water treatment technologies are unable to remove PFAS because they dissolve in water and have chemical characteristics that prevent them from being removed.
Reverse Osmosis, activated carbon adsorption, ion exchange resins, and high-pressure membranes are examples of these technologies. These technologies can be employed in drinking water treatment facilities, water systems in hospitals or individual buildings, and even in homes at the point of entry, where water enters the residence, or at the point of usage, such as in a kitchen sink or a shower.
Netsol has the solution for this purpose
Netsol has presented a novel solution to this problem that could save lives while also lowering treatment expenses.
Netsol, a global pioneer in specialist solutions for the water treatment sector, has proposed a solution to a problem that has not been adequately addressed in these impacted areas. To decrease running costs and fulfil the ever-changing regulatory restrictions on emerging pollutants such as PFAS, this customised treatment system incorporates Advanced Oxidation prior to the existing strategy of granular activated carbon, resins, or membrane technology.
Netsol's cost-effective Advanced Oxidation Systems are designed, engineered, and supplied to treat troublesome contaminants in both drinking water and wastewater. These systems are part of a specific treatment procedure that can handle stubborn chemicals like GenX and PFAS in water. Netsol can neutralise or eliminate hazardous pollutants in contaminated water by integrating an Advanced Oxidation System. Both industrial and small/midsize municipal water treatment applications can benefit from these modular systems.
We are able to create an abundance of extremely reactive oxygen species and hydroxyl radicals in the tainted drinking water or wastewater source using advanced processes, which can destroy a wide range of pathogens and emerging contaminants and can be further treated using conventional granular activated carbon polishing filter systems or specific resin systems.
Advanced Oxidation Process for PFAS
We offer a very successful method to treat PFAS in water as a main technique before using conventional carbon absorption to eliminate these pollutants by incorporating Netsol Water Solution specialist technologies.
This is accomplished by employing the very efficient hydroxyl radical molecule to remove not only the compounds listed above, but also other developing pollutants in drinking water and industrial wastewater applications. This system also has a small footprint and is cost-effective for the operator.
Netsol Water can personalise various techniques to help with the PFAS problem. One of our objectives is to educate the general public and industry about the advantages of specialist Advanced Oxidation. Our purpose is to serve all three parties involved: regional residents, municipalities/government agencies, and manufacturing companies. It is our goal to rebuild the manufacturing industry's reputation by establishing a public integration that will benefit all of the parties stated above.
Our RO plants also serve the same purpose of eliminating PFAS from drinking water and waste water and we are experienced in providing RO technologies all over India.
We believe that “Clean water should, after all, be a right, not a privilege”.