Körting Hannover AG
26 products found

Körting Hannover AG products

Ejectors and Vacuum Blowers Technology

Gas Jet Ventilator

Using a gaseous motive medium, gas jet ventilators suck off large gas volume flows. This is possible because only slight pressure differences must be overcome.

Gas Jet Compressor

Using a gaseous motive medium, gas jet compressors compress gases or vapours with a large pressure differences.

Gas Jet Liquid Ejector

A gaseous motive medium is used to suck and transport liquids.

Steam Jet Ventilator

Using water vapour as a motive medium, steam jet ventilators remove very large gas volume flows. This is possible because only slight pressure differences must be overcome.

Steam Jet Compressor

Using water vapour as motive medium, steam jet compressors compress gases and/or vapours with large pressure differences.

Steam Jet Vacuum Ejector

Steam jet vacuum pumps remove gases and/or vapours from process operations thereby generating a vacuum in the reactor. The suction flow is compressed to a higher pressure.

Steam Jet Liquid Ejector

Water vapour as motive medium is used to suck and transport liquids.

Liquid Jet Ventilator

Liquid jet ventilators using a liquid as motive medium suck off large gas volume flows. This is possible because only slight pressure differences must be overcome. Simultaneously dust, deposits and vapours can be washed out of the suction flow.

Liquid Jet Gas Compressor

Using a liquid as motive medium, liquid jet gas compressors compress gases or vapours with large pressure differences. There is a special ejector design for mixing air or other gases with the motive liquid or for aerating waste water. These ejectors operate at a high gas/liquid mass transfer rate with simultaneous intensive mixing of the liquid itself.

Liquid jet vacuum pump

Liquid jet vacuum pumps suck off gases and/or vapours from a process. The lowest possible suction pressure in the reactor is only limited by the vapour pressure of the motive liquid. It is possible to compress to atmospheric or even higher pressure.