Plunging jet, reactor

Contactors in which gas is dispersed into the liquid phase Plate columns (including control cycle reactors) Mechanically agitated reactors (principally stirred tanks) Bubble columns Packed bubble columns Sectionalized bubble columns Two-phase horizontal contactors Cocurrent pipeline reactors Coiled reactors Plunging jet reactors, ejectors Vortex reactors... 

Brief discussion of a total of over 25 reactors of all categories, such as fixed-, fluidized- and moving-bed reactors, bubble columns, sectionalized bubble columns, loop reactors, stirred-tank reactors, film reactors, rotating disk reactors, jet reactors, plunging jet reactors, spray columns, surface aerators... 

Single-stage and multistage stirred-tank reactors, self-inducing reactor, jet-loop reactor, plunging- jet reactor, surface aerator... 

Laderach, Widmer, and Einsele, 1978 the cyclone reactor, Dawson, 1974 the cycle tube cyclone reactor, Liepe et al., 1978). The plunging jet reactor developed by Vogelbusch, Vienna, in collaboration with the Engineering Center, Bohlen G., East Germany, is another type of special design that works with a two-phase pump and a foam-like gas/liquid mixture (Schreier, 1975 Steiner et al., 1977). The last type of bioreactor to be mentioned is the thin-film type. Here the liquid and/or solid phase is in the form of a thin layer, and this promotes the reaction. 

Tauchstrahlreaktor plunging jet reactor, deep jet reactor, immersing jet reactor... 

Stichleitung plunger injection Kolbeninjektion plunging Jet reactor/ deep Jet reactor/ immersing Jet reactor T auchstrahlreaktor plunging siphon Stechheber... 

Many options are available besides the traditional liquid gravity spray into a vessel filled with gas. These include options where the liquid is pumped through a jet or spray nozzle. Venturi jet the liquid and gas are mixed in the venturi. Plunging jet (buss loop reactor) vertical column filled about 2/3 with liquid, no internals. Liquid is withdrawn at the bottom and liquid is pumped into a top-mounted jet that induces air and resulting mix impinges vertically under the top surface of the liquid. (This is in contrast with the jet loop, Section 6.13, where the ejector is at the bottom of the liquid column.)... 

Evans GM, Jameson GJ. (1991) Prediction of the gas film entrainment rate for a plunging liquid jet reactor. In Proceedings of AICHE Symposium on Multiphase Reactors, Houston, TX, USA. 

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