ClassID:

161779

F28B3/04 - CPC Classification

Classification description:

Condensers in which the steam or vapour comes into direct contact with the cooling medium by injecting cooling liquid into the steam or vapour

Recent Application in this class:
#1
20190346221
2019-11-14

Cooling tower water distribution system

#2
20190285120
2019-09-19

Connection system for condenser and steam turbine and methods of assembling the same

#3
20190099693
2019-04-04

Combined Solids-Producing Direct-Contact Exchange and Separations

#4
20180164054
2018-06-14

Cooling tower water distribution system

#5
20150192308
2015-07-09

Hyper-condensate recycler

#6
20150109730
2015-04-23

Direct coolant contact vapor condensing

#7
20150076718
2015-03-19

Jet type condenser

#8
20150035176
2015-02-05

Direct contact condenser

#9
20140291312
2014-10-02

Condensation management system and method

#10
20140041410
2014-02-13

Condensing apparatus

#11
20130264754
2013-10-10

Steam condensation tower for a granulation installation

#12
20130152589
2013-06-20

Direct contact condenser for a steam turbine and having a first cooling water spraying mechanism spraying cooling water downstream and a second cooling water spraying mechanism spraying cooling water in multiple directions

#13
20130081393
2013-04-04

CONDENSER FOR AXIAL FLOW EXHAUST TYPE STEAM TURBINE AND GEOTHERMAL POWER PLANT HAVING THE SAME

#14
20130055737
2013-03-07

Power plant cooling system and a method for its operation

#15
20120248213
2012-10-04

Hyper-condensate recycler

#16
20120133063
2012-05-31

Jet stream generating method and apparatus

#17
20100294468
2010-11-25

Direct-contact steam condenser

#18
20090071107
2009-03-19

Device for shrinking packagings

#19
20080276633
2008-11-13

Process for cooling down a hot flue gas stream

#20
20060236865
2006-10-26

Method and device for condensing of periodically and momentarily released quatities of vapour

#21
20060151154
2006-07-13

Combined air cooled condenser

#22
20050279089
2005-12-22

Sub-zero condensation vacuum system