Energiagazdalkodasi Intezet

Transelektro Magyar Villamossagi Kulkereskedelmi Vallalat

Gyorgy Frank

Janos Bodas

Gyorgy Palfalvi

Laszlo Heller

Gyorgy Bergmann

Laszlo Forgo

Gabor Csaba

A jet condenser of the type comprising a water chamber in a mixing chamber (24) and an after-cooler (52), wherein the water chamber is subdivided in a narrower upper water chamber portion (38a) and a broader lower water chamber portion (39b). The after-cooler (52) is fixed at the junction (66) of both water chamber portions (38a, 38b). Cooling water is injected into the mixing chamber (24) by nozzles (40) of the upper water chamber portion (38a) where it flows in vertical direction. By the reduced width of the upper water chamber portion (38a) flow resistance of steam flow in the mixing chamber (24) and, thereby, undesired subcooling is substantially diminished. (FIG. 3).

Jet condenser

A heat engine producing a hot gas is cooled by a fluid which in turn is cooled by the convective updraft of air in a cooling tower. The convective updraft is increased by adding a portion of the hot gas to the air in the cooling tower downstream of the heat exchange between the air and the cooling fluid. The heat engine may be an internal combustion engine of the gas turbine or piston type or a compressor or the like, and the hot gas may be product or exhaust.

Method and apparatus for cooling heat engines

Growing community of inventors

Budapest, Hungary

Gyorgy Frank