CONDENSATE/ SEAL POT (CP)

The primary function of a condensate seal pot is to trap and store condensate (liquid) that forms from gases or steam in a system. It helps to prevent the backflow of fluids, maintains proper system pressure, and ensures safe removal or disposal of the condensate.

Condensate seal pots are commonly used in:

• Steam Systems: To trap and collect condensate that forms in steam lines and prevent backflow.
• Gas Processing Plants: For removing condensate from gas pipelines while maintaining pressure.
• Chemical and Petrochemical Industries: To protect equipment and prevent damage from corrosive condensates.
• Power Generation Plants: In turbines and boiler systems to safely manage condensate.

• Positioning: The condensate seal pot is installed at a low point in the system to allow gravity to help collect condensate.
• Connecting Ports: It is connected to the piping system via inlet and outlet ports to capture condensate and allow drainage.
• Drainage: A drainage outlet is set up to safely remove the condensate once collected.
• Pressure Settings: Adjusting pressure settings to suit system needs is crucial for ensuring optimal function.

Condensate seal pots are designed to handle a wide range of pressure ratings, typically ranging from 150 psi to 1500 psi, or more, depending on the application and specific system requirements. It’s important to match the seal pot’s pressure rating with the operating pressure of your system.

Yes, condensate seal pots can be customized in terms of materials, pressure ratings, and connection types to meet specific operational needs or system requirements.

Yes, condensate seal pots come in a variety of sizes to fit different piping systems and pressure requirements. The size is typically chosen based on the flow rate and volume of condensate to be handled.

Yes, condensate seal pots made from materials like stainless steel and alloys are capable of handling high-temperature environments, such as those found in power plants or chemical reactors.