Bottom Blowdown Valve | Gestra
Bottom Blowdown Valve | Gestra
Bottom Blowdown Valve | Gestra
Bottom Blowdown Valve | Gestra
Bottom Blowdown Valve | Gestra
Bottom Blowdown Valve | Gestra
Bottom Blowdown Valve | Gestra
Bottom Blowdown Valve | Gestra

Bottom Blowdown Valve | Gestra

The Bottom Blowdown Valve by Gestra is a specialized valve designed for the removal of sediment and impurities from the bottom of boilers and pressure vessels. This valve is essential for maintaining the efficiency and longevity of boiler systems by ensuring that accumulated sludge and particulates are effectively discharged. Gestra's design typically emphasizes durability, reliability, and ease of operation, often incorporating features that allow for precise control and minimal maintenance. These valves are crucial for preventing scale buildup and maintaining optimal heat transfer within the boiler system.

Description

Bottom blowdown valves

Deposits build up very quickly at the bottom of industrial steam boilers.

The way to remove these deposits effectively is by very rapidly opening and closing a valve at the bottom of the boiler, this is called intermittent blowdown.

It is an extremely demanding application which requires a robust and reliable product.

The GESTRA bottom blowdown valve achieves this by opening very quickly, for just 2 seconds, producing a vacuum at the bottom of the boiler.

The resulting suction removes settled sediment, known as sludge, from the bottom of the boiler.

When the valve closes its design ensures tight shut-off with no leakage.

Opening the valve for longer than 2 seconds has no further effect at reducing blowdown and simply wastes water.

Our solutions will help you to...

  • Improve boiler efficiency
  • Save energy
  • Reduce fuel costs
  • Reduce operating costs
  • Maximise system uptime

What are the features?

  • Quick removal of sediment stopping build up
  • Extends life of your boiler
  • Reduces carbon emissions
  • Minimal water and energy losses reducing costs
  • Reduces boiler carry-over for better steam quality and improved plant productivity