Industrial Liquid Separators

Product Details:

Price: Rs. 1 to 10 Lakh per Unit

Product Details:

NeoTech offers a variety of separator equipment choices for stormwater and groundwater treatment. The stormwater equipment is often installed below ground so that the stormwater can flow by gravity through the oil/water separator. NeoTech supplies a cylindrical units for this application. We can also retrofit existing in-ground concrete separators. Our groundwater treatment separators and systems are traditionally installed above ground. The separator equipment recommended here is usually all rectangular line and can be offered in  painted carbon steel or stainless steel.

Product Details:

The Coalescing Plate Interceptor employs a series of plate packs inclined at opposite angles in close proximity; the most effective technique for increasing setting area per unit volume. As a result, CPI Separators requires far less space than settling tanks. The units can be offered in fully certified pressure vessels, or atmospheric tanks.

Process Technology:

• Waste water enters the inlet nozzle into an enlarged coalescing section. This coalescing section is where heavier solids and sludge settle out of the waste water to the bottom of the vessel where it is discharged through the clean out nozzle. Waste water then flows through the perforated distribution baffle plate. After it is evenly dispersed, it flows down through the plate pack where oil rises to the top of the corrugations and coalesces with other oil droplets. The large oil droplets rise up through the plate pack to the oil/water interface. Coalesced oil will flow over an internally adjustable oil weir and is removed through the oil outlet nozzle. Light solids and sludge separation is simultaneously accomplished within the pack by settling to the bottom of the corrugations where solids are directed to the sludge drain. The flow out of the plate pack travels upward and spills over a fixed water weir, then exits the vessel through the water outlet nozzle for further downstream treatment or disposal. Our CPI Separators effectively remove oil droplets of 50 microns or larger, depending on fluid properties.

Application:

• Oilfield production onshore and offshore
• Refineries
• Petrochemical Plants
• Industrial Plants
• Rainwater runoff
• Water treatment facilities

Product Details:

The Coalescing Plate Interceptor employs a series of plate packs inclined at opposite angles in close proximity; the most effective technique for increasing setting area per unit volume. As a result, CPI Separators requires far less space than settling tanks. The units can be offered in fully certified pressure vessels, or atmospheric tanks.

Process Technology:

• Waste water enters the inlet nozzle into an enlarged coalescing section. This coalescing section is where heavier solids and sludge settle out of the waste water to the bottom of the vessel where it is discharged through the clean out nozzle. Waste water then flows through the perforated distribution baffle plate. After it is evenly dispersed, it flows down through the plate pack where oil rises to the top of the corrugations and coalesces with other oil droplets. The large oil droplets rise up through the plate pack to the oil/water interface. Coalesced oil will flow over an internally adjustable oil weir and is removed through the oil outlet nozzle. Light solids and sludge separation is simultaneously accomplished within the pack by settling to the bottom of the corrugations where solids are directed to the sludge drain. The flow out of the plate pack travels upward and spills over a fixed water weir, then exits the vessel through the water outlet nozzle for further downstream treatment or disposal. Our CPI Separators effectively remove oil droplets of 50 microns or larger, depending on fluid properties.

Application:

• Oilfield production onshore and offshore
• Refineries
• Petrochemical Plants
• Industrial Plants
• Rainwater runoff
• Water treatment facilities

Additional Information:

• Production Capacity: 10 m3/hr
• Delivery Time: 6-7 weeks
• Packaging Details: loose

Product Details:

Effluent treatment plant is known as ETP is a facility that is used to treat wastewater. Effluent treatment plant(etp) plays a major role in each and every industry where water is used. Every industry has to follow environmental protection rules and legislation. These needs to discharge their treated waste water only after approval from the relevant government departments by performing tests to maintain good quality standards of effluent water before discharging into the environment.

The most common name of the ETP plant and also known as in this manner effluent treatment system, etp,etp plant, Effluent wastewater treatment plant, mbr etp plant, effluent treatment plant for textile industry, effluent treatment plant system, Effluent Treatment For Rice Mills, effluent sewage treatment plants, common effluent treatment plant, Effluent Treatment Plant of Dairy Wastewater, Wastewater Treatment in Dairy Processing, effluent treatment system, effluent treatment plant , etp water plant, effluent treatment, etp manufacturer, best etp plant, best effluent treatment plant, common etp, effluent treatment system plant, industrial Effluent treatment, industrial Effluent treatment system, industrial Effluent treatment plant, textile effluent treatment system, manufacturing of etp, effluent water 

The Coalescing Plate Interceptor employs a series of plate packs inclined at opposite angles in close proximity; the most effective technique for increasing setting area per unit volume. As a result, CPI Separators requires far less space than settling tanks. The units can be offered in fully certified pressure vessels, or atmospheric tanks.

Process Technology:

• Waste water enters the inlet nozzle into an enlarged coalescing section. This coalescing section is where heavier solids and sludge settle out of the waste water to the bottom of the vessel where it is discharged through the clean out nozzle. Waste water then flows through the perforated distribution baffle plate. After it is evenly dispersed, it flows down through the plate pack where oil rises to the top of the corrugations and coalesces with other oil droplets. The large oil droplets rise up through the plate pack to the oil/water interface. Coalesced oil will flow over an internally adjustable oil weir and is removed through the oil outlet nozzle. Light solids and sludge separation is simultaneously accomplished within the pack by settling to the bottom of the corrugations where solids are directed to the sludge drain. The flow out of the plate pack travels upward and spills over a fixed water weir, then exits the vessel through the water outlet nozzle for further downstream treatment or disposal. Our CPI Separators effectively remove oil droplets of 50 microns or larger, depending on fluid properties.

Application:

• Oilfield production onshore and offshore
• Refineries
• Petrochemical Plants
• Industrial Plants
• Rainwater runoff
• Water treatment facilities

The most common name of the ETP plant and also known as in this manner effluent treatment system, etp,etp plant, Effluent wastewater treatment plant, mbr etp plant, effluent treatment plant for textile industry, effluent treatment plant system, Effluent Treatment For Rice Mills, effluent sewage treatment plants, common effluent treatment plant

Product Details:

Price Range: Rs. 1 to 10 Lakh per Unit

Product Details:

Price Range: Rs. 1 to 10 Lakh per Unit

Product Details:

The Coalescing Plate Interceptor employs a series of plate packs inclined at opposite angles in close proximity; the most effective technique for increasing setting area per unit volume. As a result, CPI Separators requires far less space than settling tanks. The units can be offered in fully certified pressure vessels, or atmospheric tanks.

Process Technology:

• Waste water enters the inlet nozzle into an enlarged coalescing section. This coalescing section is where heavier solids and sludge settle out of the waste water to the bottom of the vessel where it is discharged through the clean out nozzle. Waste water then flows through the perforated distribution baffle plate. After it is evenly dispersed, it flows down through the plate pack where oil rises to the top of the corrugations and coalesces with other oil droplets. The large oil droplets rise up through the plate pack to the oil/water interface. Coalesced oil will flow over an internally adjustable oil weir and is removed through the oil outlet nozzle. Light solids and sludge separation is simultaneously accomplished within the pack by settling to the bottom of the corrugations where solids are directed to the sludge drain. The flow out of the plate pack travels upward and spills over a fixed water weir, then exits the vessel through the water outlet nozzle for further downstream treatment or disposal. Our CPI Separators effectively remove oil droplets of 50 microns or larger, depending on fluid properties.

Application:

• Oilfield production onshore and offshore
• Refineries
• Petrochemical Plants
• Industrial Plants
• Rainwater runoff
• Water treatment facilities

Product Details:

The Coalescing Plate Interceptor employs a series of plate packs inclined at opposite angles in close proximity; the most effective technique for increasing setting area per unit volume. As a result, CPI Separators requires far less space than settling tanks. The units can be offered in fully certified pressure vessels, or atmospheric tanks.

Process Technology:

• Waste water enters the inlet nozzle into an enlarged coalescing section. This coalescing section is where heavier solids and sludge settle out of the waste water to the bottom of the vessel where it is discharged through the clean out nozzle. Waste water then flows through the perforated distribution baffle plate. After it is evenly dispersed, it flows down through the plate pack where oil rises to the top of the corrugations and coalesces with other oil droplets. The large oil droplets rise up through the plate pack to the oil/water interface. Coalesced oil will flow over an internally adjustable oil weir and is removed through the oil outlet nozzle. Light solids and sludge separation is simultaneously accomplished within the pack by settling to the bottom of the corrugations where solids are directed to the sludge drain. The flow out of the plate pack travels upward and spills over a fixed water weir, then exits the vessel through the water outlet nozzle for further downstream treatment or disposal. Our CPI Separators effectively remove oil droplets of 50 microns or larger, depending on fluid properties.

Application:

• Oilfield production onshore and offshore
• Refineries
• Petrochemical Plants
• Industrial Plants
• Rainwater runoff
• Water treatment facilities

Additional Information:

• Item Code: neoskim
• Production Capacity: 5 m3/hr
• Delivery Time: 5-6 weeks

Product Details:

The Coalescing Plate Interceptor employs a series of plate packs inclined at opposite angles in close proximity; the most effective technique for increasing setting area per unit volume. As a result, CPI Separators requires far less space than settling tanks. The units can be offered in fully certified pressure vessels, or atmospheric tanks.

Process Technology:

• Waste water enters the inlet nozzle into an enlarged coalescing section. This coalescing section is where heavier solids and sludge settle out of the waste water to the bottom of the vessel where it is discharged through the clean out nozzle. Waste water then flows through the perforated distribution baffle plate. After it is evenly dispersed, it flows down through the plate pack where oil rises to the top of the corrugations and coalesces with other oil droplets. The large oil droplets rise up through the plate pack to the oil/water interface. Coalesced oil will flow over an internally adjustable oil weir and is removed through the oil outlet nozzle. Light solids and sludge separation is simultaneously accomplished within the pack by settling to the bottom of the corrugations where solids are directed to the sludge drain. The flow out of the plate pack travels upward and spills over a fixed water weir, then exits the vessel through the water outlet nozzle for further downstream treatment or disposal. Our CPI Separators effectively remove oil droplets of 50 microns or larger, depending on fluid properties.

Application:

• Oilfield production onshore and offshore
• Refineries
• Petrochemical Plants
• Industrial Plants
• Rainwater runoff
• Water treatment facilities

Product Details:

Tube Settler System:

• Conventional clarification equipment requires 10 times more physical area to even begin to approach the same settling capacity of a Neotech Lamella Gravity Settler. This means faster settling in one-tenth space because the effective gravity settling area of the inclined plate design equals each plate are projected on a horizontal surface. Up to ten square feet of settling area becomes available for each square foot of physical area occupied by the unit. Loading rates normally used for the design of conventional settlers can be applied to the sizing of a Lamella Settler by substitution projected area for the surface settling area of a conventional clarifier.
• The compact design minimizes hydraulic disturbances caused by wind or temperature changes. Balanced flow distribution ensures equal flow to each plate and across the plate surface area preventing short-circuiting.
• Units and plate packs arrive at the job site factory assembled which reduces installation time and lowers installed costs. Minimal moving parts mean low maintenance costs.

How it Works:

• Influent enters the lamella system and flows downward through the inlet chamber in the center of the unit and enters the plates through side  entry plate slots. The countercurrent design, unlike typical bottom feed designs, reduces the risk of disturbing previously settled solids. As the liquid flows upward, the solids settle on the inclined, parallel plates and sludge into the sludge hopper at the bottom. Further thickening of the sludge is achieved in the hopper due to compression in the quiescent zone achieved by the side feed design.
• The clarified liquid leaves the plate assembly through orifices or weirs at the top and is distributed into the collection channels leading to the clarified water outlet. This creates a pressure drop across the collection channels which ensure uniform flow distribution across the plates in order to utilize the full area for settling.