Corrugated Plate Interceptor Separator

The Corrugated Plate Interceptor Separator is an industrial wastewater pretreatment unit designed to separate free oil from oily water through gravity separation. Featuring a corrugated plate configuration, the separator provides additional separation surfaces to support oil droplet separation under suitable operating conditions.

When oily wastewater passes through the inclined corrugated plate pack, free oil droplets rise toward the water surface due to the density difference between oil and water. The separated oil can then be collected and removed, while the treated water flows out for discharge or further treatment, depending on the project's wastewater treatment requirements.

The Corrugated Plate Interceptor Separator is suitable for a range of industrial applications, including petrochemical wastewater treatment, metalworking operations, automotive manufacturing, industrial workshop drainage, and wastewater generated by oil storage and handling activities. It is particularly applicable to wastewater containing separable free oil.

Multiple models are available, with rated flow capacities ranging from 24 to 1,980 gpm, supporting equipment selection for different project flow requirements. Customized solutions can also be considered according to wastewater characteristics, installation conditions, and project specifications.

As a manufacturer of industrial wastewater treatment equipment, we provide product information, model selection assistance, and project-based customization support. Customers can contact us with their wastewater source, estimated flow rate, and treatment requirements to discuss a suitable separator configuration.

1. Corrugated Plate Separation: Uses an inclined corrugated plate pack to provide additional surfaces for gravity-based oil separation.

2. Multiple Capacity Options: A range of models accommodates rated flow rates from 24 to 1,980 gpm.

3. Industrial Pretreatment Application: Helps separate free oil before wastewater enters subsequent treatment processes.

4. Wide Industrial Applications: Suitable for selected oily wastewater streams from petrochemical, metalworking, automotive, and oil-handling operations.

5. Project-Based Customization: Equipment configuration can be discussed according to project flow, wastewater characteristics, and site conditions.

6. Manufacturer Support: Technical coordination is available to help customers evaluate model options and project requirements.

1. Petrochemical Wastewater Treatment: For wastewater streams containing separable free oil from petrochemical operations.

2. Metalworking and Machining Wastewater: For selected industrial wastewater streams generated by metalworking processes where free oil is present.

3. Automotive Manufacturing Wastewater: For oily wastewater from vehicle manufacturing and related production operations.

4. Industrial Workshop Oily Drainage: For workshop drainage containing free oil that can be separated by gravity.

5. Oil Storage and Handling Wastewater: For wastewater generated by oil storage, transfer, and handling activities when free oil separation is required.

The Corrugated Plate Interceptor Separator is available in multiple models to accommodate different rated flow requirements. Please refer to the technical specification table for model capacities, separation areas, weights, and dimensions.

For accurate equipment selection, confirm the wastewater flow rate, oil characteristics, site conditions, and downstream treatment requirements with our technical team.

Request a Quote

Looking for a Corrugated Plate Interceptor Separator for your industrial wastewater project?

Please provide the following information to help us evaluate your requirements:

1. Wastewater source and application.

2. Required or estimated flow rate.

3. Known oil characteristics and wastewater composition.

4. Required treated-water quality or downstream treatment process.

5. Available installation space and site conditions.

If a laboratory water analysis is not yet available, you can start by sharing the wastewater source and estimated flow rate. Our team can then discuss the information needed for preliminary model selection and quotation.