QUA Group introduces three new membrane technologies

QUA Group has announced a submerged ultrafiltration membrane and outside-in ultrafiltration rack for wastewater treatment applications, a high flow electrodeionization technology for industrial applications.
Dec. 1, 2023
2 min read

QUA Group, a provider of membrane solutions for water treatment applications, has announced three new membrane technologies to diversify its product line.

EnviQ RF: enhancing membrane bioreactor facilities

EnviQ RF is a submerged ultrafiltration membrane designed to enhance membrane bioreactor (MBR) facility operation and maintenance.

This addition to QUA's EnviQ product line features durable PVDF hollow fiber membranes with a unique airflow distribution design. It ensures consistent, high-quality ultrafiltration effluent thanks to its reinforced PVDF membrane fibers with high mechanical strength and tolerance to chlorine and chemicals

EnviQ RF's compact and adaptable design is ideal for handling high-feed turbidity across challenging wastewater applications.

Q-SEP Q-Connect outside-in ultrafiltration modules series

Q-SEP Q-Connect offers a pre-engineered outside-in ultrafiltration rack solution with a reduced footprint, high flow, ease of installation and containerization ability. The solution is sitable for industrial and municipal water and wastewater treatment applications requiring ultrafiltration-quality water with a silt density index (SDI) of less than 3.

The Q-Connect solution enables closer collaboration with system integrators, reducing the time to engineer and install ultrafiltration systems.

FEDI GIGA: high flow electrodeionization technology

FEDI GIGA is a fractional electrodeionization (FEDI) technology engineered for high-flow ultrapure water production with minimal space requirements. Its port design features one inlet and two outlet ports. It is the first electrodeionization stack with just three ports — feed, product and reject.

FEDI GIGA delivers high-purity product water, effectively removing hardness, silica and boron. This technology is most suitable for larger flow applications in industries such as semiconductors, microelectronics, hydrogen, solar, power, and refining, offering high flows with reduced footprint demands.

 

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