Condensate Pots

Product Details:

• Equipment Name: Stainless Steel Condensate Pot

          1 . Design Features

• Vertical cylindrical or bottle-type vessel
• Inlet: Top or side from steam / process line
• Outlet: To instrument or condensate return line
• Drain: Bottom drain (manual or automatic)
• Vent: Optional top vent for air release
• Wall or pipe-mounted support
• Suitable for continuous operation in high-temperature steam systems

2. Technical Specifications

3. Applications

• Steam instrumentation systems
• Pressure gauges, transmitters, and control valves protection
• Boilers, turbines, and heat exchangers
• Power plants, chemical, petrochemical, and process industries

Product Details:

Common Grades Used:

Properties:

• Resistant to corrosion in water, steam, and mildly acidic condensates.

• Good mechanical strength at ambient and moderate elevated temperatures.

• Resistant to oxidation and scaling at typical steam temperatures.

A condensate pot in a steam or vapor system:

1. Collects condensate to prevent it from entering turbines, valves, or instruments.

2. Prevents water hammer and equipment damage.

3. Maintains steady flow of condensate to traps or return lines.

4. Improves efficiency of steam-operated devices.

Shape:

• Usually vertical cylindrical, sometimes horizontal for space restrictions.

Connections:

• Inlet: From steam or vapor line.

• Outlet: To steam trap or condensate return line.

• Optional drain / blowdown connection.

Accessories / Features:

• Steam trap connection for automatic drainage.

• Level gauge for monitoring condensate.

• Pressure relief valves for safety in high-pressure systems.

• Inspection or manhole cover for maintenance.

Flanges / Connections:

• ANSI / ASME standard flanges commonly used.

• Welded construction may be used in high-pressure applications.

Internal Design:

• Size determined based on condensate load and retention time (usually 5–10 minutes).

• Internal baffles may reduce steam carryover.

• Industrial steam systems: Heating, turbines, heat exchangers.

• Chemical and petrochemical plants: Condensate in non-extreme corrosive conditions.

• Marine and offshore: Where moderate chloride corrosion may occur.

• Instrumentation protection: Steam traps, control valves, differential pressure devices.

• Corrosion resistance suitable for moderate to high corrosion environments.

• Good mechanical strength and durability.

• Easy to fabricate, weld, and maintain.

• Cost-effective compared to Monel for non-extreme environments.

• Long service life in steam and condensate systems.

Product Details:

A condensate pot (also called a seal pot or condensation chamber) is a pressure-retaining vessel installed in steam, gas, or vapor measurement systems to collect and hold condensate. This ensures accurate pressure readings by maintaining a constant condensate level between the pressure transmitter and the process line.

• Stainless Steel 304 or 316 (most common for corrosion resistance)

• Optional: Alloy Steel, Carbon Steel for specific applications

• Traps steam condensate to prevent it from entering pressure instruments

• Maintains a liquid barrier between hot vapor and sensitive instruments

• Equalizes pressure in differential pressure (DP) transmitters

• Helps protect sensors and ensures accurate readings in steam service

• 2-Port Pots: Basic type for single-sided measurement

• 4-Port Pots: Most common; allow venting, draining, and transmitter connections

• 6-Port Pots: Used for more complex systems (redundancy, flushing, etc.)

• 1/2” or 3/4” NPT (most common)

• BSP or flange ends also available

• Drain/vent ports can be fitted with valves or plugs

• Steam and vapor systems

• Differential pressure measurement setups

• Power plants (boilers, turbines)

• Petrochemical & chemical plants

• Refineries and high-temperature process lines

• Needle valves for isolation

• Air vents

• Mounting brackets or clamps

• Drain valves or plugs

Additional Information:

• Packaging Details: WOODEN BOX

Product Details:

A condensate pot is a small vessel installed in impulse lines or instrumentation tubing to collect and isolate condensate (water) from steam or gas lines. It protects pressure transmitters, gauges, and control valves from damage due to condensate.

• Material: Stainless Steel (SS 304, SS 316, or SS 316L)

• Size: Common pipe sizes range from ½″ NB to 6″ NB, with custom lengths

• Schedule: Sch 40 or Sch 80 pipe thickness commonly used

• Ports:

  • Inlet and Outlet (process connections)

  • Vent port on top (for air release)

  • Drain port at bottom (for removing condensate)

• Construction: Seamless pipe body with welded or forged end caps

• Mounting: Horizontal or vertical, often with support lugs or brackets

• Pressure Rating: Usually rated for 150–600 PSI (or higher), depending on pipe schedule and application

• Finish: Polished, pickled, and passivated stainless steel surface

• Protect instrumentation by isolating condensate

• Improve measurement accuracy

• Prevent water hammer and damage to sensitive devices

• Used in steam systems, chemical plants, power generation, and refineries

Additional Information:

• Production Capacity: 1000 PIC PER MONTH
• Delivery Time: 4 DAYS
• Packaging Details: WOODEN BOX, HPDE BOX

Product Details:

Stainless steel condensate pots are specialized vessels used primarily in steam systems to collect and manage condensate, which is the liquid formed when steam cools and condenses. Here’s a detailed overview of their features, benefits, applications, and maintenance considerations:
Key Features

Material:

Made from stainless steel, which provides excellent corrosion resistance, strength, and durability, especially important in steam and high-temperature applications.

Design:

Typically designed with a large capacity to hold significant amounts of condensate.

Often equipped with various ports for connections to steam lines, drainage, and level measurement devices.

May include trap connections to facilitate automatic drainage of condensate.

Insulation:

Many condensate pots are insulated to minimize heat loss and maintain the temperature of the condensate.

Pressure Ratings:

Generally rated for high pressure, suitable for use in industrial steam systems.

Advantages

Corrosion Resistance: Stainless steel ensures longevity and reliability, even in corrosive environments.

Efficiency: Helps in maintaining system efficiency by ensuring proper management of condensate, preventing water hammer and other issues.

Durability: Stainless steel construction withstands high temperatures and pressures, making them suitable for demanding applications.

Maintenance: Easier to clean and inspect than some other materials, promoting better hygiene and operational efficiency.

Applications

Steam Systems: Commonly used in power generation, food processing, chemical manufacturing, and HVAC systems.

Condensate Recovery: Enables the recovery of steam for reuse, improving energy efficiency.

Heating Applications: Used in various heating systems to manage condensate effectively.

Selection Tips
When choosing a stainless steel condensate pot, consider:

Capacity Requirements: Based on the expected volume of condensate.

Pressure and Temperature Ratings: Ensure compatibility with your system.

Connection Types: Verify that the ports and connections match your existing system.

Additional Information:

• Production Capacity: 6000
• Delivery Time: 2 DAYS