AZUD WATERTECH DWE

Packaged energy efficient drinking water plant, skid/close framework mounted or containerized, for potable water supply in municipal, defence and humanitarian applications, including different technologies depending on the raw water source:

AZUD WATERTECH DWE FW SA/ For fresh water (TDS < 1.000 mg/l) and semiautomatic operation

Main technologies: Disc filtration + Ultrafiltration membranes

Production flow rates: 1,5 – 3 m3/h *

Skid mounted. Solar option available.

AZUD WATERTECH DWE FW L5/ For fresh water (TDS < 1.000 mg/l) and automatic operation

Main technologies: Disc filtration + Ultrafiltration membranes

Production flow rates: 1,5 – 3 m3/h *

Close framework mounted. Solar option available.

AZUD WATERTECH DWE BW VERSATILE L5 / For fresh and brackish water (TDS < 6.000 mg/l) and automatic operation

Main technologies: Disc filtration + Ultrafiltration membranes + BW Reverse Osmosis membranes

Production flow rates: 0,3 m3/h (brackish water) and 1,5 – 3 m3/h (fresh water) *

Close framework mounted. Solar option available.

AZUD WATERTECH DWE SW VERSATILE L5/ For fresh, brackish and sea water (TDS < 45.000 mg/l) and automatic operation

Main technologies: Disc filtration + Ultrafiltration membranes + SW Reverse Osmosis membranes

Production flow rates : 0,2 m3/h (sea water) and 1,5 – 3 m3/h (fresh water) *

Close framework mounted. Solar option available.

* Customized plants for high production flow rates

Advantage

  1. AZUD WATETECH DWE plants are a robust, compact and factory tested solution for its Plug&Play installation and immediate commissioning.

  2. The automation and instrumentation of the plants allows their completely autonomous operation to reduce running costs and to ensure an efficient long term performance.

  3. They incorporate an user-friendly interface, with remote control option, for an easy supervision and control of the system.

Additional Info.

Thanks to an appropriate design criteria and the top brands equipment and components, the AZUD WATERTECH DWE plants allow:

  • To optimize the system performance and to minimize the energy consumption.
  • To guarantee the quality of the treated water.
  • To reduce the consumables and chemicals consumption.
  • To extend the life span of the plant and its components.