Jet devices or ejectors are pumps for conveying, compressing or mixing gases, vapours, liquids or solids using a liquid or gaseous driving fluid. They operate by converting the driving fluid’s pressure energy into velocity in specially designed nozzles.
General description of jet pumps:
|
driver side
intake side |
gas jet |
steam jet |
liquid jet |
|
ventilator |
gas jet ventilator |
steam jet ventilator |
liquid jet ventilator |
|
compressor |
gas jet compressor |
steam jet compressor
(thermocompressor) |
liquid jet compressor |
|
vacuum pump |
gas jet vacuum pump |
steam jet vacuum pump |
liquid jet vacuum pump |
|
liquid pump |
-- |
steam jet liquid pump |
liquid jet liquid pump |
|
solid pump |
-- |
-- |
liquid jet solid pump |
Jet pumps have many advantages:
- Jet pumps are static devices with no moving parts
- They only need minimal maintenance and are simple to operate and use
- They can be produced in any size and out of any material available on the market
- They can be used in any harsh environment and in contaminated or inaccessible areas.
Range of jet pumps:
- liquid jet vacuum pumps
- liquid jet gas compressor
- water jet liquid pumps
- water jet solid pumps
- liquid jet mixers
- liquid jet ventilators
- steam jet liquid pumps
- steam jet heaters
- “in-line” steam jet heaters
- steam jet compressors (thermocompressors)
- multi-level steam jet vacuum pumps with intermediary condensations
- water cooling plants