Praneet Enviroquips Pvt. Ltd

Phase 7, Mohali, Punjab

We bring forth superior quality Lamellar Decanters in the market. Our Lamellar Decanters works impeccably and are very trustworthy to use. Operation Lamellar Decanter is a Solid-Liquid Separator based on Sedimentation process where the entire space in the Clarifier is divided into several integral Sections or Chambers. One side of each blade provides a settling surface. The Untreated inlet stream enters the Lamella and transverses through feed ducts longitudinally along the Lamella Tank. Solids now separated descend a short distance onto the setting surface formed by numerous blades & continue to slide down to Collection hopper. Clarified water is collected all across the Decanter Section through perforated double wail pipes. Water level is maintained through external Adjustable Weir. Suitable Flocculation aids are used to enhance efficiency of removal. Praneet Lamellar Decanter Low Hydraulic retention time of only 30 minutes makes the unit very compact, light weight with high specific clarification. (Volumetrically less than 1/5th Size). Most modern clarification system with efficiency more than 85-95%. Low retention time eliminates chances of septicity. Easy to clean, pre-fabricated design is shiftable Settled sludge is drained off by gravity. Quick transfer of settled sludge to aeration tank eliminates chances of anaerobic shock to micro- organisms leading to better biological growth. Thin blade separation cell protects the escape of micro-flocs and rising sludge in the treated water. Low powerconsumption, No internal moving parts requiring maintenance. Low capital and operating cost. No civil work required. No Gear Boxes, No Lubrication. Conventional Sedimentation Clarifier High Hydraulic Retention time of more than 2 hours makes the system bulky. Efficiency of sedimentation processes is mostly bot beyond 65%.Effluent turns septic & thereby leads to foul smell due to high retention time.Permanent huge civil constructions leading to fast erection in small area. It requires sludge transfer pump.Anaerobic conditions at times develop which upset the Biological system. Works by sedimentation alone, rising sludge is difficult to handle. Power required for the movement of Internal mechanism and sludge transfer Specialised duration civil works involved. Daily maintenance of Drive System.

We offer highly efficient Dissolved Air Flotation System in the market. Our Dissolved Air Flotation System works faultlessly and ensures quick performance. Operation Wastewater from Equalisation/Aeration tank is delivered by feed pump at low head to the over ground DAF-Clarifier through rotating Hydraulic Joint and is released all along the radius through contgrollableapertures. The flow of water is in clockwise direction & the distribution pipe rotates in anticlockwise direction to create nearly zero relative velocity so as to achieve quiescent state in the main TUB Saturated dissolved air gets released in the form of microscopic bubbles which attach to the fine suspended solids & colloids. Due to buoyancy effect, these SS particles are carried upwards at a fast rate of up to 300mm/min forming a thick floating smudge blanket that keeps on thickening until picked up by Rotating Sludge Skimmer into the Floated Sludge Shell. The clarified water below sludge blanket is directed to Rotating Middle Shell & it flows by gravity to adjustable weir that presents the sludge-to-sludge skimmer at desired height. Sediment able particles are swept into built in sludge tray by a scraper attached to the rotating middle shell A fractional H.P. Variable speed drive rotates both the shell & the sludge skimmer. Air Absorption Unit Consists of a 300 mm tube with micro porous air sparger Part of the clarified water is made to pass across the air sparger at high pressure & velocity absorbing air up to saturation level. It is subsequently depressurized to release micronic bubbles in the main Tub Air is fed at a controlled rate through glass tube rotameters. Praneet DAF Clarifier Extremely low Hydraulic retention time of only 4 minutes makes the unit very compact, light weight with high specific clarification (Volumetrically less than 1/30th Size). Most modern clarification system with efficiency morethan 96-98%. Due to low retention time & infusion of Air/Oxygen dissolved oxygen levels are high resulting in better aerobic growth which eliminates chances of septicity. Shallow, open, self-cleaning, pre-fabricated design is shiftable leading to fast erection in small area. Light chemicals like Alum & Poly electrolytes leads to lower volumes of high consistancy sludge, easier to dry up on smaller bed areas there by reducing further cost on sludge handling, bed construction & transportation etc. Quick transfer of aerated sludge to aeration tank eliminates chances of anaerobic shockto microorganisms leading to better biological growth. Works simultaneously by sedimentation & flotation. Can handle rising sludge & bulking sludge effectively. Used as savealls in paper Mills, 100% closed water system feasible with complete fibre recovery. Excellent for naturally floating pollutants like oil & grease, Oil. Recovery possible in industries like Petrochemical, Vanaspati, Cokeoven batteries, paint shops etc. Primary & Secondary clarification is possible within minutes in industries like paper & pulp, textile, starch, Tannery, Wool. Conventional Sedimentation Clarifier High Hydraulic Retention time of more than 2 hours makes the system bulky. Efficiency of sedimentation processes is mostly not beyond 65%.Effluent turns septic & thereby leads to foul smell due to high retention time. Permanent huge civil constructions requires a large area. Lime is used to creat settlable flocs leading to very high sludge quantities difficult todry up & dispose off. Anaerobic conditions at times develop which upsets the biological system. Works by sedimentation alone, rising sludge difficult to handle. Closed water system & fibre recovery in Paper Mills not effective. Oil recovery not possible due to sedimentation process. Primary & Secondary clarification takes time.

The Fine Bubble Diffusers is simple and sturdy. It contains no susceptible moving parts such as spring clamps or check valves. An upward facing convex dish is covered by an elastic EPDM membrane that encompasses the rim of the dish and perforated precision "I"slits. When air pressure is applied, the Fine Bubble Diffusers consistently produce l-3mm fine bubbles through thousands of uniform circular perforations in the flex membrane, resulting in high oxygen transfer efficiency. When the air is shut off, the flex membrane retracts, seals the perforate and completes a second seal by means of the water pressing the diaphragm directly over the air support port. The convex shape of the dish permits the diaphragm to lay down flat, even when its elasticity is reduced by time. The materials of construction both the dish and membrane are non-corrosive and UV resistant. The dish is made of fiberglass reinforced poly-amide for working without any strength acid dosing requirements. The membrane, which covers the dish, is made of highly EPDM elastic compound (Ecoflex-361 R) or Viton (Ecoflex-3l6V) for industrial and high strength chemical plants aeration applications. Fine Bubble Diffusers require no regular maintenance. When the air expends the flex membrane, any settled solids, slime or carbonate buildup are dispersed. The membrane's "l"slits close whenever the airflow is shut off it purge them when the air blower restarts. The high resistance to fouling is critical in maintaining high oxygen transfer efficiency over the life of the diffuser and ideal for intermittent and automatic D.O. control applications.

We offer the best quality Oil Skimmers that is a widely used Abanaki skimmer in the market. The size and removal capacity of the Oil Skimmers make it suitable for most applications. From a mere shimmer on top of water to a heavy oil slick, Oil Skimmers perform efficiently, removing up to 40 gallons of oil per hour. With the proper configuration, it can handle temperature up to 212ºF, and the pH of the fluid can range from 1 to 13. Belts are made of corrosion-resistant steel, carbon steel, or a specially engineered polymer. The skimmer drive includes an oil filled year reducer with bronze gears and ball bearings. The motor, reducer, and powder coated finish of the weldments give the Oil Skimmers exceptionally long life, even under the harshest conditions. Typical Applications Wastewater sumps Parts washers Coolant systems Heat treating fluids Food processing plants Parking lots, garages, and service facilities Outdoor ponds, lakes, and basins Underground tanks Ships' bilges Aircraft service areas and tarmac runoff Truck, locomotive, and other mobile equipment washing facilities Rugged Construction for Harsh Conditions Key Features Oil Skimmers Requires only a small area in the tank or sump Easy mounting High temperature capability Chip resistant powder finish Hazardous duty and food grade options Custom designs and tumkey systems available Fast cleaning with minimal maintenance

We are the prominent Manufacture and Supplier of Fixed Aerator in the market. Our Fixed Aerator is very consistent and authentic to use. Advantages Cost of RCC structures and platform can exceed aerator price. Dewatering/desludging in Existing lagoons for fresh structures can be very difficult. Daily maintenance, high Noise level Turbulence is only at surface. Foam comes up to aerator cutting off oxygen supply. Small variation can upset Aeration pattern.

We bring for you very authentic and reliable Floating Aerator . Our Floating Aerators are made of best quality of raw material which gives flawless service. Advantages No support structure, approach platform required Can be quickly installed in existing lagoons without draining No gear boxes, no lubrication, very low noise levels. Thorough agitation right up to bottom of tank does not allow bio-sludge to die. No foam formation around aerator due to high-speed liquid spray, allow full air absorption. Can be easily relocated in tank Change in water level makes no difference in efficiency.