DWE mobile water purification plant from 1.5 to 3 m3 / hour

Semi-automatic fresh water plant, model: DWE FW SA

For water with TDS < 1,000 mg/l and semi-automatic operation

Technology used: Disc filtration + ultrafiltration membranes.

Production flow rate: 1.5 to 3 m3/h *.

Mounted on a skid structure, solar power option available

Automatic fresh water plant, model: DWE FW L5

For water with TDS < 1,000 mg/l and automatic operation

Technology used: Disc filtration + ultrafiltration membranes.

Production flow rates: 1.5 to 3 m3/h

Mounted in an enclosed cabinet, solar power option available

Freshwater and brackish water plant, model: DWE BW0.3 VERSATILE L5

Fresh water: TDS < 1,000 mg/l

Brackish water with TDS 1,000 to 6,000 mg/l

Technology used: Disc filters + ultrafiltration membrane + BW reverse osmosis membranes.

Production flow rates: 1.5 m3/h (fresh water)

and 0.3 m3/h (brackish water)

Mounted in an enclosed cabinet, solar power option available

Freshwater, brackish water and seawater plant, model: DWE SW0.2 VERSATILE L5

Seawater; TDS: 35 000 – 45 000 mg/l

Brackish water; TDS: 1 000 – 6 000 mg/l

Fresh water; TDS < 1 000 mg/l

Technology used: Disc filters + ultrafiltration membrane + BW reverse osmosis membranes.

Production flow rates: 1.5 to 3 m3/h (fresh water) 0.2 m3/h (sea water)

Mounted in an enclosed cabinet, solar power option available

* Tailor-made plants for high production flow rates.

Benefits

AZUD WATETECH plants are a highly durable, compact and factory-tested solution for Plug&Play installation and immediate start-up.

The automation and equipment of the plants allows them to operate completely autonomously, to reduce operating costs and ensure efficient long-term performance.

They have a user-friendly interface, with remote control option, to facilitate system monitoring and control.

Sustainable compact water purifiers.

The mobile water purifiers are ideal for providing drinking water in emergencies and remote populations, designed with an extraordinary energy efficiency that enables its completely autonomous operation with the exclusive use of clean renewable energy, solar panels.

It integrates a series of water filtration and disinfection technologies that provide drinking water free of physicochemical and bacteriological contamination that meets water quality standards for human consumption, from any source of contaminated freshwater, brackish water or seawater.

How is it different from other plants that are assembled on site:

• Less time on site for installation and start-up.
• We optimize system performance and minimize energy consumption.
• We guarantee the quality of the water supplied.
• We reduce the consumption of consumables and chemicals.
• We extend the useful life of the plant and its components.
• No need for electricity in places without access to it, thanks to its photovoltaic solar panels.