METHOD OF EVAPORATIVE COOLING TO DEW POINT AND DEVICE FOR EVAPORATIVE COOLER Russian patent published in 2008 - IPC F28D9/02 F28F3/00 

Abstract RU 2320947 C2

FIELD: mechanical engineering; air conditioning and ventilation.

SUBSTANCE: invention relates to heat exchange devices used in air conditioning and ventilating plants, namely, to methods of evaporating cooling to dew point and to plate devices for evaporative cooling. According to invention, plates of plate device are made so that channels and perforation to pass from dry side to wet side can be at least partially wetted with evaporating liquid. Chute is provided made in part of plates which temporarily holds evaporating liquid in contact with wick material on surface of wet side of plate. Evaporating liquid flows along chute through perforation for liquid into following chute. When chute of plate from wet side is from above, perforation for liquid is on side forming reservoir for wetting opposite wick materials. When flow move along dry side, heat is conveyed to plate. In proposed method several heat transfer plates are used. Said plates have wet and dry sides and they form chutes. Plates are wetted form wet sides with evaporating liquid and they pass separately two flows, namely, working and product ones through dry sides. Flow of working gas passes along dry side and gets through perforation into channels on wet side which is cooled owing to evaporation, thermal conductivity of plate and its heat radiation.

EFFECT: provision of more effective air flow and heat transfer owing to evaporative cooling with intermediate coolant.

Similar patents RU2320947C2

Title Year Author Number
EVAPORATOR CARTRIDGE 2019
  • Atkins, Ariel
  • Belisle, Christopher L.
  • Christensen, Steven
  • Hoopai, Alexander M.
  • Johnson, Eric Joseph
  • King, Jason
  • Leon Duque, Esteban
  • Rios, Matthew
  • Rosser, Christopher James
  • Stratton, Andrew J.
  • Thawer, Alim
  • Wesely, Norbert
  • Westley, James P.
RU2816648C2
DEVICE OF EVAPORATIVE COOLING 2006
  • Klehrkson Pol Magnus
  • Nejsen Andreas Jakobjus Lauis
  • Rejnders Jokhannes Antonius Marija
RU2423656C2
COOLING AGENT DISTRIBUTION SYSTEM FOR INDIRECT EVAPORATIVE COOLING DEVICE 2019
  • Chinchikov Nikolaj Borisovich
  • Markman Mikhail Davidovich
RU2730945C1
VAPORIZER DEVICE AND CARTRIDGE FOR IT 2020
  • Atkins, Ariel
  • Belisle, Christopher, L.
  • Chang, Tsuey
  • Cheung, Brandon
  • Christensen, Steven
  • Entelis, Dylan, E.
  • Hoopai, Alexander, M.
  • Johnson, Eric, Joseph
  • King, Jason
  • Leon Duque, Esteban
  • Li, Yongchao
  • Liang, Huei-Huei
  • Malone, Matthew, J.
  • Monsees, James
  • Ng, Nathan N.
  • O` Malley, Claire
  • Rios, Matthew
  • Rosser, Christopher, James
  • Scott, Zachary, T.
  • Stratton, Andrew, J.
  • Thawer, Alim
  • Wesely, Norbert
  • Westley, James, P.
  • Yin, Hao
  • Zhang, Xuehai
  • Zhang, Xueqing
RU2812957C2
INDIRECT EVAPORATIVE COOLING UNIT 1991
  • Majsotsenko Valerij Stepanovich[Ua]
  • Vidjaev Nikolaj Petrovich[Ua]
  • Chelabchi Viktor Nikolaevich[Ua]
  • Maksimenjuk Jakov Aleksandrovich[Ua]
  • Orlov Gennadij Pavlovich[Ua]
  • Gerasimov Vladimir Nikolaevich[Ua]
  • Sobolev Leonid Nikolaevich[Ua]
  • Konovodov Aleksandr Petrovich[Ua]
RU2046257C1
AEROSOL FORMATION ELECTRONIC SYSTEM AND EVAPORATOR FOR SUCH SYSTEM 2017
  • Frejzer, Rori
RU2708249C1
METHOD OF HEAT EXCHANGER AND DEVICE FOR REALIZATION OF THIS METHOD 1996
  • Branislav Korenik
RU2125693C1
EVAPORATION DEVICE AND CARTRIDGE FOR IT 2019
  • Rosser, Christopher, James
  • Stean, Samuel, L.
RU2804632C2
EVAPORATIVE COOLER AND ITS USE, AS WELL AS GAS-TURBINE PLANT WITH EVAPORATIVE COOLER 2008
  • Gensler Rudol'F
  • Birken Jens
  • David Val'Ter
  • Grassman Arne
  • Khal'Bershtadt Knut
  • Khajmberg Beate
  • Kochdemir Bora
  • Nis Rajner
  • Shjurkhof Jorg
  • Shtam Verner
RU2471134C2
METHOD FOR COMBINED-CYCLE STEAM-AND-GAS PLANT OPERATION 2015
  • Biryuk Vladimir Vasilevich
  • Larin Evgenij Aleksandrovich
  • Livshits Mikhail Yurevich
  • Lukachev Sergej Viktorovich
  • Sheludko Leonid Pavlovich
RU2621448C2

RU 2 320 947 C2

Authors

Majsotsenko Valerij

Dzhillian Lilehnd E.

Khiton Timoti L.

Dzhillian Alehn D.

Dates

2008-03-27Published

2002-12-11Filed