
How an Ejector Works
Learn how Ejectors work, their principle of operation, anatomy and common terminology.
Learn how Ejectors work, their principle of operation, anatomy and common terminology.
What to consider when using Ejectors for your process application. Everything from noise & vibration to connection types.
There are many Ejector applications where 'otherwise-wasted energy' is used to 'drive' the Ejector - for free!
Ejectors have no moving parts, meaning they are robust and reliable.
Ejectors do not require regular maintenance (unlike rotating equipment), keeping life-cycle costs low.
Thats right! There are many Ejector applications where 'otherwise-wasted energy' is used to drive the Ejector - for free!
Compared to equivalent rotating equipment, Ejectors are compact, light weight and simple to install - ideal for offshore and retrofit applications.
Ejectors are fast becoming the compressor of choice for compressing and recovering low pressure waste gas.
Golden oppotunities to use Ejectors to increase production from Oil and Gas Wells - often using otherwise-wasted energy, for free!
See how Ejectors can be used instead of rotating compressors or to extend the operating range of compressors at minimal cost.
Ejectors can be used for a variety of Produced Water Treatment duties such as sand slurry pumping and beyond.
'Jet Mixer' type Ejectors are very effective for tank mixing, blending, solids suspension, dilution, heat distribution, pH control, temperature control and homogeneity.
Ejectors are ideal for subsea operation due to their simplicity and robust design. Learn how Ejectors have been proven in service for a range of subsea applications.
Steam-driven Suplhur Pit Ejectors are widely used for sulphur pit venting duties for recovery of sulphur.
Ejectors are playing a key part in some to the world's most innovative desalination processes. See how...
See how Ejectors can be for LNG processing and related gas handling duties.