Condensate pots

Condensate pots are used in piping systems to collect and store condensate (liquid formed from steam or gas) and prevent it from entering sensitive instruments or equipments. It ensures accurate pressure and flow measurements by separating condensate from the main process fluid particularly in steam and gas applications. It is typically made of corrosion-resistant materials like stainless steel or carbon steel.

It is installed between the process line and instrumentation (e.g. pressure transmitters). It maintains a consistent liquid column for precise readings.

Condensate pots are used across a wide range of industries including Steam Boiler, Power Plants, Chemical and Petrochemical, Oil & Gas and Water Treatment facilities. These are versatile components that ensure efficient and reliable operation in diverse environments.

Condensate pots prevent direct exposure of sensitive instruments (like pressure transmitters or gauges) to high-temperature steam or hot gas applications.

They protect these devices from thermal damage and ensure their longevity and accuracy. The condensate pot maintains a stable, moderate temperature for the measurement device. Condensate pots make it easier to service and calibrate instruments without the need to drain or disturb the entire system.

Condensate pots work on the principle of phase separation utilizing the differences in density between liquids (condensate) and gases to effectively trap and isolate condensate from process fluids. They are commonly used in piping systems involving steam, gas or other vapour processes to ensure accurate measurement and prevent damage to instrumentation. The condensate pot is installed between the process line and instrumentation (e.g. pressure transmitters or flow meters). They are positioned horizontally or vertically depending on the application with inlet / outlet connections.

Condensate pots serve as a vessel to collect and trap condensed water ensuring it does not flow back into the measuring instrument. This helps prevent the measurement device from being exposed to extremely high temperatures or pressures that could potentially damage the equipment. In steam systems, steam is often generated at high pressure and temperature. The condensate pot is installed in the process line where steam or hot gases flow often in between pressure gauges, level transmitters or other instruments.

By collecting the condensate, the pot creates a stable and cooler environment for the measurement devices. This prevents the instrument from being exposed to sudden temperature changes which could affect the reading. The temperature of the collected condensate is lower than the original steam ensuring that instruments downstream remain within their safe operational temperature range.