Clean water is essential to promote health, social, and economic development. But as the worldwide population grows and the environment continues to degrade, access to safe and sufficient water is becoming more and more difficult. The best way to address this is to improve the way dirty water is being managed, which is reusing wastewater.
This type of water is used in many industrial and commercial water applications. It has a high amount of suspended solids and particles, which is why it requires pre-filtration through a water treatment system. It gets rid or at least reduces any contaminants that the downstream systems could not handle effectively.
The filtration process makes sure that the treated water meets the required discharge or reuse standard. It also boosts the efficiency of the water treatment process and cuts down the operating and maintenance costs on downstream polishing water treatment systems. Here are several advanced water treatment processes that require prior filtration:
Disinfection systems involve treating microscopic pathogens through oxidation. For instance, UV disinfection destroys bacteria using ultraviolet radiation. This works by letting the wavelength of the light travel from the light source to the targeted contaminants through the fluid.
Finer filtration involves using membrane filters, such as ultrafiltration, micro- or nanofiltration, reverse osmosis filters, and other finer media filters or nano cartridge filters.
Most filtration systems start with a rough, coarse filtration until it reaches the finest level necessary. It is designed to keep the filters going for as long as possible before they need cleaning, backwashing, or replacement.
One of the most effective water filtration technologies in Australia is our Purus H2O solution, a nanoscale water filtration technology system. It can remove non-dissolved particulates as small as 10 nanometers and can separate water from fuel and organic materials and eliminate viruses and bacteria. Also, it can be customised to suit any water cleaning requirements.
Our filtration system is designed to fit on a standard Australian pallet and built on a scalable, modular platform. It has a modular, rugged, and transportable design that allows for scaling with multiple units. Furthermore, it requires only minimal maintenance and uses low power consumption.
We aim to boost the global volume of clean, usable water with our water filtration system. This nanofiltration separation technology is particularly beneficial for manufacturing facilities or plants with contaminated water supplies that need industrial water cleansing in Australia.
Advanced oxidation operates dissolved compounds. It uses hydroxyl radicals produced through a combination of UV light, ozone, hydrogen peroxide, or electro oxidation systems.
Unfiltered contaminants like hydroxyl scavengers make UV lights inefficient. These scavengers react with hydroxyl radicals before the targeted compounds are destroyed. You can remove these particles with proper pre-filtration and other treatments.
Wastewater plays a major role in meeting the growing water demand in various parts of the world. With proper filtration and management, it can improve energy production, enhance industrial development, and make agriculture more sustainable. A revolutionary water filtration technology like ours is vital in wastewater reuse.
Work with us for a cost-effective, modular, and portable industrial wastewater treatment in Australia. Contact us to learn more about our water filtration solution.