MBR MODULES
REFERENCE
YEAR: 2020
 DRAIN IN SEWAGE 3 m3/h | E-BOX 03-105
PRODUCT E-BOX 03-105
FLOW RATE 3 m3/h
WASTE WATER INDUSTRIAL
N° MODULES 3 (Total 315 m2)
WATER USE DRAIN IN SEWAGE
OEM ANUFA (Italy)
END USER CONFIDENTIAL (Italy)
SECTOR FOOD

Everblue designs, manufactures and commercializes MBR modules for waste water treatment since 2000. The MBR membrane modules in the waste water biological systems, allow us to obtain water without suspended solids and with low concentration of BOD and nitrogen. The water produced from MBR systems can be used for industrial use or irrigation. Everblue has called MBR modules in its product range: E-CUBE, can be supply with frame or  we can also provide a complete MBR unit consisting of module and tank.

Everblue MBR modules are made with Toray flat sheet membranes PVDF (poly vinylidene fluoride) for the functional layer of the membrane and PET (polyester) non-woven fabric as the base layer to provide the membrane a superior physical strength and chemical stability; the nominal pore size is 0,08 microns with a narrow pore size distribution. Toray membranes are inserted in 304 stainless steel frames, 316 SS is also available on request. The high-quality of the SS guarantees long life even in the most aggressive environments.

MBR modules provide three main advantages:
- Modular design : they can comply with all capacity requirements. This feature allows you to combine the modules together in order to create bigger types of modules and to place the modules in the MBR tank in a very compact way.
- Better energy efficiency : consume less energy compared to hollow fibre membrane modules due to more effective scouring aeration and a lower trans-membrane pressure.
- Better performance and decreased operating costs of the MBR plant : PVDF and PET flat sheet membranes ensure a greater mechanical resistance compared to the hollow fibre membranes resulting in a longer duration and in a considerable reduction of maintenance costs. Furthermore the high mechanical resistance of the flat sheet membranes together with the more effective scouring aeration system ensure a better resistance against fouling thus allowing the realization of a more coarse screening and less expensive operating costs.

 

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