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Ariseo Water Tech
Ariseo Water Tech
Katraj, Pune, Maharashtra
GST No. 27AHEPC0745K1ZI
08047635652 74% Response Rate
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Membrane Bioreactor Plant

MBR flat sheet submerged ultrafiltration membranes have been specially developed to improve the ease of operation and maintenance of MBR facilities.EnviQ’s innovative design offers ultrafiltration quality product water with a stronger and more rugged PVDF flat sheet membrane.Theunique features in consist of reverse diffusion and specially designed air diffusers, which maximize scrubbing efficiency, lowerspressure and reducescleaning.
Superior Membrane Technology

MBR membranes havebillions of microscopic pores on the surface that form a barrier to impurities, allowing clean water to pass. Water is drawn through the pores by using gentle suction.

MBR provides more consistent and higher quality effluent using an advanced PVDF reinforced membrane and proprietary diffuser system. The proprietary air diffuser design maintains a continuous flow of consistent/correct sized air bubbles. This then prevents solids from settling at the tank bottom or sticking to the membrane surface and eliminating septic conditions.

In addition, EnviQ lowers the total installed cost of biological waste water treatment and recycle systems as compared to conventional activated sludge processes with tertiary filtration. EnviQ facilitates increased MBR adoption, resulting in more efficient bio treatment, smaller foot print and high quality effluent.

MBR combines conventional activated sludge technology with membrane filtration. MBR can be designed at a much higher MLSS concentration compared to conventional processes, giving advantages of lower hydraulic retention time (HRT) and higher sludge retention time (SRT). This reduces the footprint of the overall wastewater treatment. In addition, MBR replaces clarifier/ sedimentation tank as well as media and membrane filtration. The treated water is highly superior and can be used directly, or as feed to a reverse osmosis unit. MBR is available in modular construction. This ensures the ease of design as well as maintenance.

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  • Immersed Membrane Bioreactor Plant
  • Immersed Membrane Bioreactor Plant
  • Immersed Membrane Bioreactor Plant
  • Immersed Membrane Bioreactor Plant
  • Immersed Membrane Bioreactor Plant
Immersed Membrane Bioreactor Plant
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Immersed Membrane Bioreactor Plant

Approx. Price: Rs 5 Lakh / UnitGet Latest Price
Product Brochure
Product Details:
Minimum Order Quantity1 Unit
Water Source TypeIndustrial Effluent
BrandARISEO WATER TECH
IndustryPharmaceutical Industry
Treatment TechniqueMembrane Bioreactor
Automation GradeFully Automatic
Installation TypeComplete Civil work with Installation
Water Pump PowerUpto 5 kW
Power SourceElectricity
Voltage220 to 430 V
Feed Flow Rate500 m3/day
Bioreactor TypeMembrane
Automatic GradeSemi-Automatic
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  • Membrane Bio Reactor Plant
  • Membrane Bio Reactor Plant
  • Membrane Bio Reactor Plant
Membrane Bio Reactor Plant
Get Best Quote

Membrane Bio Reactor Plant

Approx. Price: Rs 4 Lakh / UnitGet Latest Price
Product Brochure
Product Details:
Minimum Order Quantity1 Unit
Plant CapacityMore than 5000 LPH
Membrane MaterialPVDF
Water Source TypeIndustrial Wastewater
Type of MembranePolymeric Membrane
BrandARISEO WATER TECH
Capacity0.2MLD TO 200MLD
IndustrySugar,Foods,Beverages,Pharmacautical,Chemicals,Distillery,Hotels,Constructions,Textiles
Usage/ApplicationINDUSTRIAL,COMMERCIAL AND RESIDENCIAL WASTE WATER
Treatment TechniqueMembrane Bioreactor
Automation GradeFully Automatic
Installation TypeComplete Civil work with Installation
Frequency Range50-60Hz
Max Water Recovery Rate70-80%
Air Blower Power0.75 KW
Air Blower Count2 Blowers
Number of Filtration Passes2
Number of Membranes in RO4
Treatment StagesTertiary Treatment, Primary Treatment, Secondary Treatment
Installation RequiredYes
I Deal InNew Only
Warranty1 Year
Deliver TypePAN India
Water Pump PowerUpto 5 kW
Power SourceElectricity
Voltage220 to 430 V
Feed Flow Rate500 m3/day
Automatic GradeSemi-Automatic
Bioreactor TypeMembrane
Country of OriginMade in India
What is a membrane bioreactor?

A MEMBRANE BIOREACTOR (MBR) is a process which combines a microfiltration or ultrafiltration membrane unit with a suspended growth bioreactor, and is now widely used in both municipal and industrial WasteWater Treatment Plants (WWTPs).

1)  Bioreactor:

In a wastewater treatment process, a bioreactor is specifically-designed chamber to support a biologically active environment, namely where bacteria and protozoa (the so-called biomass) can grow and consume some (or all) the substances within the raw wastewater.

They can be aerobic (to remove organic matter and oxidize ammonia to nitrate), anoxic (to remove nitrogen from nitrates to nitrogen gas) or anaerobic (to remove organic matter), depending on the presence of oxygen and nitrates or their absence. Typically, membranes are installed after aerobic or anaerobic bioreactors (respectively, the MBR and the An MBR processes).

There are three types of bioreactors:

  • Suspended growth bioreactors, where the biomass grows into flocs;
  • Attached growth (or biofilm) bioreactors, where the biomass grows attached to carriers;
  • Hybrid bioreactors, which combines suspended and attached growth.

Typically, suspended growth bioreactors are these ones used for MBR processes. If properly designed, hybrid bioreactors can be used as well.

2)  Membranes:

In the MBR process, membranes act as a solid-liquid separation device, keeping the biomass within the bioreactor before discharging the treated effluent to the nature. Basically, they take the place of clarifiers used in the conventional activated sludge (CAS) process.

Both micro- (MF) and ultrafiltration (UF) membranes can be used in MBR applications. Typically, UF membranes are the preferred choice because of their superior separation characteristics (thus, being able to remove some colloids and viruses as well) and lower fouling tendency (because of the smaller pore size, they have a lower risk of pore clogging).

There are three types of membrane geometries used for MBRs:

  1. Hollow fibre (HF);
  2. Flat sheet (FS);
  3. Tubular (or multi-tubular, MT).

Other configurations, such as spiral-wound (SW), are not suitable to MBR applications because of their sensitivity to suspended solids contents.

How does a membrane bioreactor work in wastewater treatment processes?

The crucial function of membranes is to separate solids from a liquid. In activated sludge facilities, this is traditionally accomplished using secondary clarifiers.

Two process configurations are possible:

  • Submerged MBR, in case vacuum-driven membranes are used (like PCI HF-Zmbr2 Series);
  • Sidestream (or external) MBR, in case pressure-driven membranes are used (like PCI A-Series).

Usually, pressure-driven membranes are used for smaller installations and/or tough-to-treat industrial wastewaters, while submerged membranes are used for medium and large installations.

What are the advantages of membrane bioreactors (MBR)?1) Smaller footprint (new WWTPs) or higher hydraulic throughput (existing WWTPs)

Large clarifiers no longer are needed. A smaller often rectangular shaped chamber, fitted with the membrane cassettes replaces the secondary clarifier whose size is governed by hydraulic and solids loading. On top, because of the higher biomass concentrations that can be sustained within the bioreactors, the same total mass of solids is stored in a smaller tank, resulting in up to 50% smaller footprint.

2) High-quality effluent, free of bacteria and pathogens

In comparison to the activated sludge (CAS) process, the effluent is free of suspended solids and reduced bacteria and viral content. Therefore, minimum disinfection is required.

 


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