PRDS, Steam Desuperheater, Multi Nozzle Desuperheater, High Pressure Control Valve, Cage Guided Globe / Angle Type Control Valve etc.Īpplications: Power Stations, Edible Oil Industry, Chemical Industry, Energy from Waste, Fertilizer, Steel Degassing, Steam Jet Boosters, Condensing systems, Thermocompressors, Combination Vacuum Systems of Steam Jet Ejector and Liquid Ring Vacuum Pumps,įeedwater Heaters, LP / HP Heaters, Gland Steam Condensers, Shell & Tube Heat Exchanger, Dump Condensers, Steam Jet Liquid Heaters,Īir Jet / Liquid Jet / Vapour Jet / Gas Jet Ejectors, Liquid Ring Vacuum Pump, Jet Heater / Mixers, Jet Ventury Scrubbers, Steam Conditioning Valve, Products: Steam Jet Air Ejectors, Multi Stage Steam Jet Ejector vacuum systems, Surface Condenser
#EJECTOR VACUUM PUMP REGISTRATION#
Jet Flow can supply equipments with 'U' and 'NB' stamping, registration with AS1210, CRN, GOSHT, DOSH and offer inspection under any TPI. Customized solutions are the key to success. Jet Flow solutions find applications in all major industrial sectors. With our strategic partnership with Jet Flow Technologies, India, you have the option to buy, either Made in India or Made in Europe or both from a single window. 160 City Road, London EC1V 2NX, United Kingdom Power Stations, Edible Oil Industry, Textile Finishing, Urea Plants, Refrigeration,Ĭhemical Industry, Oil Refineries, Shipbuilding Heat Recovery, Paper Industry, Polyester Plants, Water Treatment, Jet Pumps, Vacuum Technology, Refrigeration Plants, Evaporation Plants, Steam Jet Heaters. Products: vacuum ejectors and condensers, KÖRTING Hannover AG - Badenstedter Str.56, 30453 Hannover, GermanyĮmail: Tel. Steam ejectors, liquid jet ejectors, air or gas ejectors, engineered vacuum systems, thermocompressors,Ĭonveying ejectors, venturis, gas scrubbers, desuperheaters, heaters Products: ejectors and vacuum systems ferferf Specialized in ejector design and manufacturing since 1969. Saint-Ouen-l'Aumône, 95078 Cergy-Pontoise, France
Le Vide Industriel SA (LVI) - Parc d'Activités des Béthunes, 26 Avenue de l'Ile de France, In any case, the vapours and steam going to the Vacuum System should be carefully modeled using 'vetted' computer simulation models and the eductor or ejector purchased from technically qualified 'technology suppliers'.Keywords ATEX vacuum condenser liquid ring other vacuum pumpsĬhemical industry power plants seawater desalinationīE CH DK DE ES FI FR GR HU IR IL IT NL PL PT RU SA SE TR UK ZA The remaining four stages might involve two steam jet ejectors and two liquid ring vacuum pumps. For example, within a deep cut vacuum distillation tower, the vacuum diesel pumparound zone at the top is not able to fully capture enough of the lower boiling components and thus the first stages of a four or five stage Vacuum System is really an Eductor compressing the as yet uncaptured condensible vapours and 'non-condensibles' and 'process steam' to a sufficient absolute pressure where these can be condensed via a 'surface condenser'. I use the term Ejector when the principal function of one or more given stages within a steam jet ejector system is 'creation of vacuum'.
The diameter of the ejector's throat is lesser than the eductor.Īlan Goelzer, Jacobs Consultancy, within the context of petroleum refining and non-conventional oil upgrading, I use the term Eductor when the principal function of a given stage within one-to-five stage steam jet ejector system becomes 'compression of vapours or gases'.
The difference is with respect to their function and not with respect with their motive fluid. whereas the ejectors just suck the excess volume of the system and maintains the system pressure accurately. Hence the Eductors can be used to transfer a considerable volume of fluid from low pressure to high pressure with high compression ratio than ejectors. Here the motive fluid is high pressure water. The water jet eductors are used to suck the muddy water, or a oily water from the storm water channel or a pit (an alternative for a de-watering pump). The eductors are used to remove the air 4 times the volume of the vessel per hour for the vessel entry jobs. GS Singh, NPCC, ejectors are used to maintain a system vacuum in the upstream (Example maintaining the vacuum column pressure) whereas eductor's main objective is to take out the volume of any fluid out of the system by maintaining a system pressure in the upstream.
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