Water Treatment Plant

• It consist of biological reactor (bio reactor) with Suspended Biomass and Solids separated by Micro filtration membranes with nominal pore sizes ranging from 0.1 to 0.4 µm,are finding many applications in Waste water treatment.
• This may be used with aerobic or anaerobic suspended growth bioreactors to separate treated wastewater from the active biomass.
• The concept of the MBR system consists of utilizing a bioreactor and micro filtration as one unit process for waste water treatment thereby replacing, and in some cases supplementing, the solids separation function of the secondary clarification and effluent filtration.

The ability to eliminate secondary clarification and operate at higher MLSS concentrations provides the following advantages:

• Higher volumetric loading rates and thus shorter reactor hydraulic retention times.
• Longer SRTs resulting in less sludge production.
• Operation at low dissolved oxygen concentrations with potential for simultaneous nitrification – denitrification in the long SRT designs.
• High – Quality effluent in terms of low turbidity, bacteria, TSS, and BOD.
• Less space required for the waste water treatment.

Our Wastewater Treatment Plants are efficient to provide assessment of various effluent treatment plant and water management systems installed in the industries. These are maintained on the operation and maintenance of ETPs and CETPs, we also upgrade these services after proper Evaluation and selection.

The application Areas of Wastewater Treatment Plants are:

• Clean water for reuse or recycle
• Process water treatment for various industry
• High-purity water 
• Medical or scientific usages
• Safe drinking water

Owing to modern technology of manufacturing process, we offer a wide spectrum of demineralisation plant which is highly appreciated for its effective performance.The plant clean the polluted and infected water by killing the injurious microorganisms and bacteria.We offer sand filters which are available in manual as well as automatic configurations. The collection possesses following salient features:
 

• Available in FRP, composite, LLDPE, MS & SS 316 finishes
• FILTERS: ( 0.1 M3/hr to 200 M3/hour modular units), with all spares
• Capacity: 100 ltrs/hr to 500 ltrs/hr.

 

Water softener is a device or a substance, that remove or renders inactive and isolate minerals . This chemical softener is made using premium quality of raw materials and is widely demanded in the global markets. They can also be designed as per the required technical specifications and are easy to install.

• In fluidized bed bioreactors the waste water is fed upward to a bed of 0.4 to 0.5 mm sand or activated carbon.
• Bed depths are in the range of 3 to 4 m
• The specific surface area is about 100 m2/m3 of the reactor volume, which is greater than any of the other fixed film packing. Up flow velocity is 30 to 36 m/h.
• The hydraulic retention time in the FBBR is ranging from 5 to 20 min.
• For aerobic applications recirculated effluent is passed through an oxidation tank to predissolve oxygen.
• Adding air to the FBBR would discharge packing to the effluent. For waste water treatment, FBBRs have been used mainly for the post denitrification.
• Aerobic FBBRs are frequently used to treat groundwater contaminated with hazardous substances.

The main advantages of the FBBRs

• It provides an extraordinarily long SRT For microorganisms necessary to degrade the xenobiotic and toxic compounds.
• Shock loads or non biodegradable toxic compounds can be absorbed onto the activated carbon.
• High – quality effluent is produced low in TSS and COD concentration.
• The oxygenation method prevents the stripping and emission of toxic organic compounds to atmosphere
• The system operation is simple and reliable.

• Sequence Batch Reactor (SBR) process utilizes a full – and – draw reactor with complete mixing during the batch reaction step and where the subsequent steps of aeration and clarification occur in the same tank.

The system involves 5 steps in common, which are carried out in sequence as follows

• Filling of influent
• Reaction of influent(aeration)
• Settling process(sedimentation/clarification)
• Drawing(decantation process)
• Idle

In an SBR operation, sludge wasting usually occurs during the reaction phase ,so that a uniform discharge of solids occurs.

• A unique feature of the SBR system is that there is no need for the Return Activated Sludge (RAS) system.
• Since, both aeration and settling occurs in the same chamber, no sludge is lost in the reaction step and none has to be returned to maintain the solids content in the aeration chamber.

We are manufacturing MBBR water treatment plant