Process Water

Advanced Process Water Treatment Solutions for Diverse Industries

Hydroflux offers a comprehensive range of products specifically engineered to produce high-quality process or ultra pure water across various industrial applications. Our diverse lineup includes state-of-the-art technologies such as Multimedia Filters, Activated Carbon Filters, Ion Exchange systems, Ultrafiltration systems, as well as the innovative NX Nanofiltration and Reverse Osmosis systems. Each of these advanced technologies plays a crucial role in addressing the specific requirements of different industries, ensuring efficient and effective water treatment solutions.

With Hydroflux, industries can rely on advanced technology and expert engineering to achieve superior water treatment outcomes, promoting sustainability and operational efficiency while meeting the highest standards of environmental responsibility.

HyPURE® Membranes Range

Ultrafiltration, Nanofiltration and RO

Hydroflux excels in delivering cutting-edge process water treatment membranes tailored to diverse industrial needs. Our proven solutions are suitable for sectors including food and beverage, pharmaceuticals, electronics, mining, and power generation. They ensure high efficiency and available in hygienic and non-hygienic forms.

HyPURE® Filtration Range

Multimedia, Green Sand and Activated Carbon

HyPure Filtration systems are supplied with various types of media, including sand, greensand, crushed glass, and activated carbon. Available in a range of capacities, configurations, and materials of construction, they are designed for high-efficiency removal of suspended solids, organics, and other contaminants.

HyX® Range

Ion Exchange and Demineralisation

The HyPURE HyX Ion exchange systems efficiently remove dissolved ions from water using resin beads that attract and replace contaminants like hardness minerals, heavy metals, and nitrates. Our Ion exchange systems are available in various configurations, materials of construction and resins to suit the application.