V9D INDUSTRIES PRIVATE LIMITED Ghaziabad, Uttar Pradesh

• SizeAs per Requirement
• TypePebble Stone
• MaterialNatural Stone
• ApplicationWalls Flooring
• ColorMixed
• Surface FinishingPolished & Non Polished
• Stone FormSolid

• Packaging Size25 Kg
• Packaging TypeGunny Bag
• Ph Value8-11
• Ash ContentMax 5%
• ColorBlack
• UsageIndustrial
• Moisture4-5 %

Effluent is generated in many manufacturing industries like textile, pharmaceuticals and chemicals, tanneries etc. Contaminated water cannot be released without treatment as it contains toxic and non-toxic chemicals. Releasing it may cause contamination of the existing pure water and will affect the envionment. As a result ETP's are installed in most manufacturing industries. The Effluent treatment plants (ETP) are used for the removal of high amounts of organic compounds, debris, dirt, grit, pollution, toxic, non-toxic materials and polymers etc. from industrial effluent. The ETP plants use evaporation and drying methods and other auxiliary techniques such as centrifuging, filtration, incineration for chemical processing and effluent treatment.  

• Treatment PlanEffluent and Sewage Treatment Plan , Wastewater Treatment
• CeramicsClay, fine Earth , Marble and Granite
• MatallurgyElectroplating and electro Polishing , Steel mill waste , Nickel
• Pharma IndustriesAntibiotic , Syrup, Inter Mediates and Bulk Drugs
• Chemical & Dyes IndustriesBasic Chemicals , Organic and Inorganic , Resins Enzymes
• StructuresCast Iron, Mild Steel, Stainless Steel
• Sizes310,450, 610, 760, 910, 1220 mm & Customized
• NozzlesPP/Nylon/Cotton or as per req.
• Devices TypePP, Nylon, Cotton or as per req.
• Filter MediaPP/CI/SS
• Working Temp85 Deg C(PP)
• Working PressureUp to 16 Kg/Cm2
• Filter ElementsRatchel Gear / Hand
• MOCHydraulic / Power Hydraulic

• Dosing Rate @ 4 kg/cm21, 5, 3.0, 6.0, & 10.0 lph
• Section/Descharge tubing4/6 mm
• Frequencyupto 400 spm
• Electrical230 V AC, 50Hz
• Power Consumption at 400 spm30 Watts

Water treatment plants are based on coagulation, flocculation and disinfection processes and found to be most cost effective in treating large quantities of water. However, they entail large infrastructure costs which is difficult to raise in rural regions of developing countries and are generally installed using government funding. Hence, centralized treatment is available only in the metros of developing countries and mainly benefit the urban population. The transportation cost of water to the centralized treatment plant and from the treatment plant to the individual households is another major expense which limits its benefits to regions which are situated away from the treatment plant. Hence centralized treatment plants are generally installed near the freshwater resources (rivers or lakes) and benefit the people living closer to these water bodies.