Water Treatment Plant Dealers in Anna Nagar, Chennai

We are instrumental in offering an extensive range of RO Membrane Housings, which is known for its continuous and long term use. Manufactured under the brand name of Lotus composites, our range is available in Reverse Osmosis Membrane Element (typical pressure starting from 250 PSI to 1200 PSI). Adaptable to many brands, these are compatible with 2.5″, 4″ and 8″ nominal diameter spiral-wound element with male or female type product water tube. Tested 1.5 times at actual pressure (i.e 250 PSI housing 375 PSI)

UV Disinfection Systems, Gas Chlorinator, Evaporato

Two versions of the MBR process are offered by KANKYO, the KANKYO Submem and the KANKYO Crossmem. The KANKYO Crossmem is based on a cross-flow filtration process. The biomass is filtered in a filtration unit besides the bioreactor. The KANKYO Submem is based on filtration with submerged membranes that are submerged in the Membrane bioreactors for wastewater treatment is a combination of a suspended growth biological treatment method, usually activated sludge, with membrane filtration equipment, typically low-pressure microfiltration (MF) or ultrafiltration (UF) membranes. The membranes are used to perform the critical solid-liquid separation function. In activated sludge facilities, this is traditionally accomplished using secondary and tertiary clarifiers along with tertiary filtration. The two general types of MBR systems are vacuum (or gravity-driven) and pressure-driven systems. Vacuum or gravity systems are immersed and normally employ hollow fiber or flat sheet membranes installed in either the bioreactors or a subsequent membrane tank. Pressure driven systems are in-pipe cartridge systems located externally to the bioreactor An “MBR System” is considered to be a complete and integrated membrane unit (sub-systems) with related components necessary to allow the process to function as desired. An MBR, or Membrane Zone, can best be described as the initial step in a biological process where microbes are used to degrade pollutants that are then filtered by a series of submerged membranes (or membrane elements).  The individual membranes are housed in units known as modules, cassettes, or racks and a combined series of these modules are referred to as a working membrane unit. Air is introduced through integral diffusers to continually scour membrane surfaces during filtration, facilitate mixing and in some cases, to contribute oxygen to the biological process.   Advantages   Very stable process The conventional biological system is sensitive to the wastewater composition. Due to variations in wastewater composition and/or presence of complex or toxic substances, high salt concentrations or low oxygen concentrations, the biomass floc formation is poor and the settling process will not perform well. This results in discharge of the micro-organisms and poor effluent quality. The membranes will however withhold all biomass and other suspended solids, ensuring a high effluent quality. Very compact design Due to the membrane separation the active micro-organism population in the bioreactor can be maintained at a concentration 4-5 times higher than in conventional systems. This results in bioreactor tank volumes of only 20-25% of the size of conventional systems. A clarifier, being a space-consuming tank, is not required. High effluent quality The ultra filtration membranes withhold all micro-organisms and most suspended solids, resulting in a clear and highly purified effluent. The effluent may be reused as low-grade process water or for irrigation purposes. Low sludge production The MBR can operate at a low F/M ratio, being the Feed of organic substance per amount of Micro-organisms per time unit. This results in a high mineralisation of sludge. In conventional systems 1 kg COD will result in about 0,3 -0,4 kg of biomass. With MBR systems 1 kg COD is converted to 0 - 0,2 kg biomass (zero biomass production can be obtained when operating at high temperatures). The discharge of biomass can have significant impact on the operational costs of the system.  Treatment wastewater up to 60 °C is possible  Treatment of wastewater with chlorine concentrations up to 120 g/l  Insentive to shock and vibration (on board of ships)   Field of Application:    Poorly degradable water (lightly sludge-sensitive)  In limited space  Stringent discharge regulations  Reuse

  Ozonation System Ozonation is a chemical water treatment technique based on the infusion of ozone into water.

  We are providing one of the  best Water purifiers and having water treatment plants in Chennai. Refresh your body and energy level to be furnished with our Eco Green Products.

Domestic Reverse Osmosis Plant, Water Pollution Control Equipmen

Of all available systems of water purification in the world today, the most COMPREHENSIVE, the most EFFECTIVE, the most RELIABLE and the SAFEST is the Ultraviolet (UV) system of water disinfection. Chlorination and other chemical disinfection techniques, once assumed to be safe and harmless, are now known to have long term damaging effects on the human body. There are no residues left by Ultraviolet Light System, whose effectiveness has been improved. Our business is eliminating bacteria and viruses in water that cause damage to humans, production processes and the environment. We use highly efficient Ultraviolet Water Disinfection systems (sterilizers) to inactivate bacteria and viruses present in the system. We offer a wide range of ultraviolet water disinfection systems using advanced Teflon Tubing technology. This state-of-the-art technology overcomes all the disadvantages and limitations of traditional UV systems that use quartz sleeves or jackets to enclose UV lamps.

Preamble Treated waste water is perceived as potential aid valuable resources. Highly treated waster water with advance scientific technique can be used in different sectors of activity such as irrigation for landscape, floor washing, toilet flush and partially recycle for back for process. These reduces considerable load on water resources. Primary Treatment In Primary Treatment the main objectives are to remove suspended solids (SS), floating debris, and grinding course solids, removal of oil & Grease and equalization of flow for uniform loading. By this process shock loading and overloading of subsequent biological treatments are reduced and lead to lower power requirement for aeration. Here we have two chambers flocculation chamber & Solid Clarifier. In flocculation Chamber caustic soda, PAC and Poly Electrolyte is added at Uniform dosing rate and mixed by a mechanical stirrer. Solid Clarifier is used to settle the solid particles from rising up further by parallel plate media provided at the center of the tank with hopper bottom Secondary Treatment The objectives of secondary treatment are to biological treatment system of waste water i.e. To coagulate and remove dissolved organic and inorganic compounds though microorganism. The removal of carbonaceous BOD, the coagulation of non settle able colloidal solids and stabilization of organic matter are accomplished biologically using variety of microorganism, principally aerobic bacteria�s. The microorganisms are used to convert the colloidal and dissolved organic matter into various gases and into cell tissue. Because cell tissue has a specific gravity slightly greater than that of water, the resulting cells can be removed from treated liquid by gravity settling. In treatment, above said process is accomplished by attached growth process in mechanical bio-processor. The aerobic environment is achieved by rotating plastic media by geared motor 2.5 � 3.5 rpm. Programmed death cell chamber contains floating mesh for the attached growth process with hopper bottom. In the Disinfection chamber we add PAC and Chlorine for Precipitation & Disinfection respectively and mixed by a mechanical stirrer. Tertiary Treatment The objectives of tertiary treatment are to further remove suspended and dissolved Compounds remaining after secondary treatment. The water from disinfection chamber is collected in the intermediate tank and is pumped to sand filter and carbon filter respectively. The filtered water will be collected in treated water sump.

Industrial Reverse Osmosis Plant, Reverse Osmosis Plan

Packaged Sewage Treatment Plant, Sewage Treatment Plant, Skid Mounted Plan

Leveluk Sd501 Water Ionizer Machine, Paper Hand Bag Making Machin

Water Treatment Syste

Water Purifier

Electrolysis Equipment, DC UV BALLAS

Reverse Osmosis System, Water Purifie

Hot Water Generators, Automatic Husk Fired Steam Boile

Water Filter, Home Appliances, Steam Iro

Commercial RO System, Water Softener, RO Water Purifie

Water Filtration Plants, Pressure Transmitter, Swimming Pool Filter

Our sewage treatment plant schemes are based on modern technologies and energy efficient, lesser maintenance and foot print. we are also specialised in implementing sewage recycling projects for higher degree applications like process water cooling tower etc.,

RO System, Softene

Commercial RO System, Water Softener, Domestic RO System, Iron Remove

Desalinatio

Reverse Osmosis Systems, Water Treatment Chemicals, Speciality Chemical