We are leading names in the field of offering Sewage Treatment Plants that are precision designed to receive waste from domestic, commercial as well as industrial sources . Sewage treatment is the process of removing contaminants from wastewater, primarily from household sewage. It includes physical, chemical, and biological processes to remove these contaminants and produce environmentally safe treated wastewater (or treated effluent). A by-product of sewage treatment is usually a semi-solid waste or slurry, called sewage sludge, that has to undergo further treatment before being suitable for disposal or land application. Sewage treatment may also be referred to as wastewater treatment, although the latter is a broader term which can also be applied to purely industrial wastewater. Our expertise lies in offering hybrid sewage & waste water treatment plants for both aerobic and anaerobic process SBR, FBBR, MBR. Some of the main advantages of these systems include:.

Our Expertise:

• Compact finish
• Designed to deliver odorless water
• Low power intake
• Easy maintenance and quick installation
• Reduced operational noise
• Offering negligible sludge generation
• Plants of activated sludge process that do not need any other dosing or additives
• Single built plants in closed modules that have different chambers which facilitate easy transport and installation
• Inside and outer protection through epoxy paint
• Aeration system composed of blower, fine bubble diffusers, air supply pipe and air relief valves
• Automatic sludge recirculation system
• Designed as per required capacities

System Operational Benefits:

• Zero discharge of sewage water
• Color free treated water
• Suitable for inconsistent sewage
• Reduction of BOD & COD
• Do not require continuous operations
• Environmentally safe to dispose treated water in land or water or to be used in applications like gardening, construction and many more uses

We are a leading name in the field of offering Ultra filtration plants. These systems offer tangential flow pressure driven filtration process that helps in efficiently separating particles on basis of their molecular sizes. With pore diameters of ultra filtration membranes being in range of 10 to 200 A, solvents and species that have diameters smaller than pore size of membrane passes through membrane and emerge as ultra filtrate (permeate). The particles that are rejected are progressively concentrated in retained stream. We offer Ultra filtration Plants that are reusable and cleanable with standard chemicals and are designed using advanced process technology with the purpose of removing micro bacterial counts. These Ultra filtration Control Systems act as advanced Industrial Filtration System and find application as pre treatment step to the next in step reverse osmosis process.

Ultra filtration:

• Ultra filtration system can be used both in pretreatment and post treatment process.
• These can be available in different lph/hr.
• These work on cross flow filtration principle and are designed to achieve around 85% recoveries by separating fine physical particulates like SDI, suspended solids or Colloidal silica that are harmful to RO membranes which are used in the next following water treatment operation.
• In DM Plants, these are used after the water treatment to control organic and microbial impurity.
• As an advanced technology used for removal of microbial count, the system proposed come with best inputs that allow these to deliver optimum functionality standards.

Features:

• Compact units with robust mild steel powder coated frames.
• Range of models and capacities.
• Built in safety features for protecting high pressure pump membranes.
• Fully assembled and tested before dispatch.
• On-line device for monitoring treated water quality.

Advantages:

• Economical & efficient way of removing dissolved solids.
• Easy to startup and use.
• Can handle fluctuation of total dissolved solids removal.
• Easy availability of spares and service.

Applications:

• Removal of suspended solids, bacteria, all particulate matter, viruses.
• Removal of colloidal material.
• Removal of high molecular weight organic.
• In providing hygienic drinking water to hotels, restaurants, hospitals and residence areas.
• Meeting water purity standards as required in hospitals for use in dialysis units.