Top Oil Water Separator Manufacturers in Pune 2026 | Ocean Enterprises
Ocean Enterprises is a prominent Oil Water Separator Manufacturers in Pune and Suppliers in Pune, providing application-focused separation solutions for industries that require efficient and reliable oil removal from wastewater and process liquids. Our systems are designed after considering important application factors such as oil concentration, wastewater characteristics, flow rate, operating temperature, installation conditions and the required level of oil-water separation.
With a strong commitment to environmental protection, improved wastewater quality and reduced oil contamination, we deliver high-quality and technology-driven Oil Water Separator solutions. As an ISO 9001:2015 certified company (GSTIN: 27BQCPV4831P1Z4), our application-oriented approach helps customers achieve dependable oil removal, cleaner wastewater streams, easier maintenance and improved overall wastewater management efficiency.
Industrial Areas We Serve
Our Industrial Oil Water Separators and related services are available for customers across Pune and prominent industrial areas, including Pimpri-Chinchwad, Bhosari MIDC, Chakan MIDC, Talegaon MIDC, Ranjangaon MIDC, Pirangut, Hadapsar, Hinjawadi, Kharadi, Kondhwa, and other industrial and manufacturing locations in and around Pune. We support customers from manufacturing, automotive, engineering, metal processing, oil and lubricant handling, wastewater treatment, chemical processing, and other industries where effective oil-water separation is required.
Leading Oil Water Separator Manufacturers in Pune & Suppliers in Pune
As experienced Manufacturers in Pune and suppliers, we focus on developing oil-water separation equipment that can operate consistently under industrial conditions. Our solutions can be configured as a compact Oil Separator for smaller installations or as a complete Oil Water Separation Plant for higher-flow applications.
We consider the complete treatment requirement instead of selecting equipment only by capacity. Depending on the application, we can integrate an Industrial Liquid Separator, collection arrangements, sludge handling provisions and automated controls to create a more effective Oil Removal System.
What Is an Oil Water Separator?
An Oil Water Separator is a separation system designed to remove free and dispersed oil, grease and hydrocarbons from contaminated water. It works by using the difference in density between oil and water, allowing lighter oil to rise while heavier solids settle.
An oil and water separator can be used as an individual treatment unit or integrated into a larger wastewater treatment process. Modern systems can also incorporate coalescing media, level monitoring, automatic oil collection and other technologies to improve separation performance.
Oil Water Separator Working Principle
Controlled Flow Separation — Reduced flow velocity provides sufficient residence time for free oil droplets to rise to the surface.
Free Oil Removal — Gravity Oil Water Separators are effective for removing free-floating and easily separable oil from wastewater.
Coalescing Technology — Coalescing media combine smaller oil droplets into larger droplets for improved separation efficiency.
API, CPI & TPI Designs — API, CPI and TPI Oil Water Separators can be selected based on hydraulic performance, footprint and operating conditions.
Fine Oil Droplet Separation — A Coalescer Oil Water Separator improves removal of fine oil droplets that cannot separate effectively by gravity alone.
How We Manufacture Oil Water Separators – From Design to Installation
Customer Requirement Assessment: We evaluate wastewater characteristics, oil type, flow rate, oil concentration, temperature and available installation space.
Engineering & Configuration: We determine the chamber design, retention time, inlet-outlet arrangement, material of construction and suitable oil collection method.
Customized Manufacturing: We manufacture Customized Oil Water Separators with suitable dimensions, coalescing media, access arrangements, automation provisions and corrosion-resistant construction.
Quality & Performance Testing: Our process covers engineering, material selection, fabrication, assembly, inspection and performance-oriented testing for reliable operation.
Installation & Integration Planning: We consider piping connections, maintenance access, oil collection and integration with upstream or downstream wastewater treatment equipment.
Oil Water Separator Manufacturing Process
Customer Requirement Assessment: We assess wastewater characteristics, oil type, flow rate, concentration, temperature and installation space.
Engineering & Configuration: We finalize chamber design, retention time, inlet-outlet arrangement, construction material and oil collection method.
Customized Manufacturing: We manufacture separators with suitable dimensions, coalescing media, access arrangements, automation and corrosion-resistant construction.
Quality & Performance Testing: We conduct material inspection, fabrication checks, assembly inspection and performance-oriented testing for reliable operation.
Installation & Integration Planning: We plan piping connections, maintenance access, oil collection and integration with wastewater treatment systems.
How Is Oil Water Separator Price Determined?
Oil Water Separator price depends on several factors rather than a single standard rate. Capacity, tank dimensions, construction material, separation technology, oil concentration, flow rate, automation level and customization requirements can all influence the final cost.
A basic gravity separator generally has a different cost structure from a high-performance Coalescing Oil Water Separator or an automated industrial system. We therefore evaluate the actual process conditions before recommending an economical configuration.
Oil Water Separator Specifications – Key Parameters We Consider
Wastewater Flow Rate
Flow rate is considered to determine the required separator capacity.
Wastewater flow
Oil concentration
Oil density
Droplet size
Water quality
Separation Design
Hydraulic conditions are evaluated for effective oil separation.
Hydraulic loading
Retention time
Tank volume
Separation area
Separation efficiency
Material Selection
Materials are chosen based on chemical and corrosion conditions.
Carbon steel
Stainless steel
Corrosion resistance
Operating temperature
Service life
Equipment Design
Key equipment parameters ensure reliable operation and easy maintenance.
Inlet/outlet size
Operating pressure
Installation orientation
Sludge collection
Oil storage
Automation & Control
Automation features support efficient monitoring and system operation.
Sensors
Control logic
Alarms
Remote monitoring
Automatic operation
Types of Oil Water Separators We Provide
A well-known Oil Water Separator Manufacturers in Pune, we are providing the best quality Oil Water Separator such as:
Gravity Type Oil Water Separator: Our Gravity Type Oil Water Separator uses controlled flow and density differences to separate free oil from water through a simple and dependable process. As experienced Oil Water Separator Suppliers in Pune, we offer gravity-based systems for wastewater containing relatively larger oil droplets that can naturally rise under low-turbulence conditions.
Coalescing Oil Water Separator: Our Coalescing Oil Water Separator uses specialized coalescing media to help smaller oil droplets combine into larger droplets for easier separation. It is suitable when conventional gravity separation alone cannot achieve the required oil removal performance.
Plate Type Oil Water Separator: Our Plate Type Oil Water Separator uses inclined plates to increase the effective separation area without requiring an excessively large tank. This technology can be configured as a Parallel Plate Oil Water Separator and is useful for improving dispersed-oil removal under controlled hydraulic conditions.
Industrial Oil Water Separator: Our Industrial Oil Water Separator is designed for demanding wastewater streams from manufacturing, engineering, automobile and process industries. As reliable Oil Water Separator Suppliers in Pune, we can provide systems with robust construction, higher capacities, automated controls and application-specific internal arrangements.
Technical Specifications
Parameter
Specification
Separator Type
Gravity, Coalescing or Customized
Flow Capacity
As per application requirement
Material of Construction
MS, SS or FRP
Oil Removal Method
Gravity and coalescence separation
Inlet Connection
Flanged or customized
Outlet Connection
Flanged or customized
Operating Temperature
Suitable for specified process conditions
Oil Handling Capacity
Based on influent oil concentration
Separation Efficiency
Depends on design and operating conditions
What Features Make Our Oil Water Separators Efficient?
One of the leading Oil Water Separator suppliers in Pune, our all-types of Oil Water Separator is included with new technological formulations such as:
Efficient Hydraulic Flow Management: We design inlet and internal flow arrangements to reduce turbulence and provide suitable residence time for oil separation. Proper hydraulic distribution helps minimize short-circuiting and improves contact with the separation zone.
Advanced Oil Collection: We provide suitable oil collection arrangements based on the type and concentration of oil being separated. Automatic oil collection options can reduce manual intervention and help prevent excessive oil accumulation inside the separator.
Automation and Monitoring: We can incorporate sensors, control panels, alarms and automatic operating sequences according to the customer's requirement. An automated system can monitor oil levels, process conditions and selected operating parameters to support more consistent performance.
Corrosion-Resistant Construction: We select construction materials according to the wastewater chemistry, temperature and operating environment. Corrosion-resistant construction can improve equipment durability where aggressive liquids or outdoor installation conditions are involved.
How to Choose the Right Oil Water Separator for Your Application?
Flow Rate & Oil Concentration — Select the separator according to flow rate, oil concentration and expected separation capacity.
Oil Type & Droplet Size — Free-floating oil may suit gravity separation, while finer droplets may require coalescing technology.
Separator Technology — API, CPI or TPI Oil Water Separators can be evaluated for high-throughput industrial treatment requirements.
Specialized Separation Needs — Centrifugal Oil Water Separators or Disc Stack Separators may suit compact, high-speed applications.
Installation & Operation — Consider temperature, outlet quality, available space, maintenance access and continuous or intermittent operation.
Where Are Oil Water Separators Commonly Used?
Oil Water Separators are commonly used wherever water becomes contaminated with free oil, lubricants, fuels, hydraulic fluids or hydrocarbons. They are frequently installed in industrial wastewater systems, garages, manufacturing plants, automobile facilities, engineering workshops and petroleum-related operations.
An Oily Water Separator can also be incorporated into a broader Oil removal from wastewater process before additional treatment stages. Depending on the site conditions, systems can be installed above ground, below ground or integrated into a complete treatment plant.
Oil Water Separator Applications in Different Industries
Being the best Oil Water Separator Manufacturers in Pune, our all types of Oil Water Separator are included with new feature and highly used in multiple applications such as:
Oil Water Separator for Industrial Wastewater: Our separators are used for industrial wastewater containing free oil, grease and hydrocarbon contamination generated during production and maintenance activities. They can act as a primary oil removal stage before biological, chemical or filtration-based treatment.
Oil Water Separator for Effluent Treatment: Our systems can be installed as part of an effluent treatment process where oil contamination needs to be reduced before downstream treatment. Proper oil removal can protect subsequent treatment stages from excessive hydrocarbon loading.
Oil Water Separator for Automobile Industries: Our separators are suitable for automobile manufacturing, servicing and maintenance areas where lubricants, fuels and machining fluids may enter wastewater. They can help separate floating oil before the wastewater proceeds to further treatment.
Oil Water Separator for Manufacturing Industries: Our equipment is suitable for manufacturing plants where process water can become contaminated with oils and hydraulic fluids. A properly selected separator can reduce the oil load entering downstream wastewater treatment equipment.
Oil Water Separator for Oil & Petroleum Industries: Our separators can be designed for applications involving oily wastewater and hydrocarbon-contaminated water generated in petroleum-related operations. API-style separation principles can be considered where suitable hydraulic and process conditions exist.
Oil Water Separator for Workshops and Garages: Our compact separators are useful for workshops, service centers and garages where wastewater may contain lubricants, engine oil and fuel residues. They provide a practical method of capturing free oil before contaminated water reaches drainage or further treatment systems.
Oil Water Separator for CNC and Engineering Industries: Our separators can be used for wastewater and cleaning streams associated with CNC machining and engineering operations where cutting fluids and oils may be present. They can complement an Oil Removal System used for managing oily industrial liquids before further treatment or recycling.
What Are the Benefits of Using an Oil Water Separator?
Reduces Oil Contamination: Helps remove free oil and hydrocarbons before wastewater enters downstream treatment systems.
Improves Treatment Stability: Reduces oil-related fouling and supports smoother operation of subsequent treatment equipment.
Low Energy Consumption: Gravity-based separation can provide effective oil removal with relatively low energy requirements.
Enables Oil Recovery: Collects separated oil for proper disposal, reuse or further handling as required.
Oil Water Separator vs Oil Skimmer – What's the Difference?
An Oil Water Separator primarily separates oil from water by controlling hydraulic conditions and using density differences, coalescing or other separation mechanisms. An oil skimmer generally collects floating oil from the liquid surface using a belt, tube, disc, drum or similar collection medium.
A separator is generally selected when contaminated water needs systematic oil separation, while a skimmer is useful for continuous removal of floating oil from tanks and process sumps. In some industrial applications, both technologies can complement each other as part of an integrated oily-water treatment strategy.
Oil Water Separator Maintenance and Cleaning Requirements
Regular Inspection — Periodically inspect the inlet, outlet, oil collection area, baffles, and separation elements to ensure efficient operation.
Oil and Sludge Removal — Remove accumulated oil and sludge at suitable intervals to maintain effective treatment volume and separation efficiency.
Cleaning Schedule — Adjust cleaning frequency based on wastewater characteristics, solids concentration, oil loading, and operating hours.
Sensor and Control Check — Check sensors, control components, and automation systems regularly to ensure reliable system operation.
Preventive Maintenance — Follow routine maintenance practices to extend equipment life and maintain stable separation performance.
Why Choose Us as Oil Water Separator Manufacturers in Pune?
Application-Focused Engineering: We first understand the wastewater characteristics and process requirements to select a suitable Oil Water Separator configuration.
Customized System Design: We develop customized systems for industrial wastewater, ETP plants, automobile operations, CNC facilities and workshops.
Reliable Fabrication: Our equipment is fabricated with practical engineering, suitable materials and a focus on long-term industrial reliability.
Suitable Separation Technology: We select the separation method and system configuration according to oil type, wastewater conditions, flow requirements and installation space.
Automation-Ready Solutions: Modern automation options can include monitoring, controls and future-ready features for easier operation and maintenance.
Ocean Enterprises is a prominent Oil Water Separator Manufacturers in Pune and Suppliers in Pune. We provide application-focused Oil Water Separator solutions for industries requiring reliable oil separation, wastewater treatment and process-liquid management. We combine practical manufacturing experience with gravity, coalescing, plate and industrial separation technologies to address different operating conditions. Our focus remains on developing efficient, maintainable and customizable systems that can support modern industrial wastewater management, advanced automation and changing process requirements. Contact us today for more information!
Frequently Asked Questions (FAQs)
It is used to separate free oil, grease and hydrocarbons from contaminated water before further treatment or discharge.
It reduces water velocity and uses density differences, gravity, coalescing media or plate separation to allow oil droplets to separate from water.
The suitable type depends on flow rate, oil concentration, droplet size and required treatment quality, so gravity, coalescing or plate-type systems may be selected.
A CPI Oil Water Separator uses corrugated or inclined plate arrangements to improve oil separation efficiency within a compact treatment area.
A TPI Oil Water Separator uses tilted plate separation principles to increase effective separation area and support improved oil removal.
Yes, the dimensions, capacity, materials, internal configuration, oil collection and automation can be customized according to the application.
Yes, it can be used for oily wastewater and machining-related liquid streams after evaluating the specific oil, coolant and wastewater characteristics.
Cleaning frequency depends on oil loading, solids accumulation, operating hours and wastewater characteristics, so inspection-based maintenance is recommended.
