The MBR process can be configured in many different ways depending on the specific nutrient removal targets. Anoxic zones before or after aerobic treatment can be used for denitrification, depending on the needs of waste nitrates and total nitrogen. ESLI prefers a submerged configuration due to less energy needs and low pollution potential. In a submerged configuration, a suction force is applied to draw water through the membrane while the sludge remains on the surface of the membrane.

Membrane modules consist of hollow fiber bundles that are made of polyvinylidene fluoride (PVDF). The aeration nozzles are located in the center of the fiber bundle to scrub the entire length of the fiber, minimizing energy consumption. The single-head design reduces energy, minimizes downtime and increases flow, all within a small footprint. MBR treatment plants can be used in a wide range of capacities. ESLI provides pre-designed systems up to 1000 m3 / day.

AREAS OF APPLICATION

Human-induced (urban) wastewater, educational institutions and applications for health services, hotels, labor and refugee camps, parks and military bases, construction complexes (workplaces, shopping malls, small shops), industrial wastewater, food industry and others.

AQUALINE MBR SYSTEMS

Turnkey MBR system

Standard, pre-designed package systems

Low area requirement for the plant thanks to the efficient compact design

Durable, high quality system and parts

Easy capacity increase

A system product that delivers purified water values ​​that meet disposal standards or are much lower.

ADVANTAGES OF MBR SYSTEMS

There is no need to apply a final precipitator and tertiary filtration steps, this reduces the need for area for the facility.

Unlike the final sedimentation tanks, the quality of the solids treatment does not depend on the concentration and quality of the suspended solids in the system.

Suitable for remote control, as no good sediment is expected in the system.

With a high retention time of the sludge, the amount of mud formed is lower in the design. It is suitable for reuse, as a quality product with UF is obtained. It can be used as feed water with reverse osmosis to obtain water of higher quality.