DEVICE AND METHOD FOR AIR DRYING IN GREENHOUSE AND GREENHOUSE Russian patent published in 2010 - IPC A01G9/24 

Abstract RU 2407280 C2

FIELD: agriculture.

SUBSTANCE: system comprises water-distribution devices, by means of which water, which is colder than dew point of greenhouse air, is sprayed directly into air space of greenhouse. Parametres of devices are such that their use makes it possible to spray at least 50 litres of water per m2 of greenhouse area per hour into air space of greenhouse. System additionally comprises water-collecting device to collect water sprayed into air space of greenhouse and to return it at least partially to specified devices of system. Method is characterised by the fact that air is cooled and dried directly in air space of greenhouse by supplying water, which is colder than dew point of greenhouse air by means of spraying or otherwise. Volume of water supplied per unit of time and temperature have such parametres that as supplied water passes through air space of greenhouse, more moisture is condensed in it from greenhouse air than amount of water, which is evaporated from it into greenhouse air. Volume of water supplied per unit of time sprayed into air space makes at least 50 litres of water per m2 of greenhouse area per hour. Some water supplied to air space of greenhouse is returned for repeated circulation in air space of greenhouse. Greenhouse comprises water-distribution devices to supply water, which is colder than dew point of greenhouse air, into air space of greenhouse. Parametres of specified devices are arranged so that quantity of specified water used for cooling is more than 50 litres per m2 of greenhouse area per hour. Greenhouse additionally comprises water-collecting devices, using which, at least one water, falling or passing through air space, is used repeatedly, and devices, using which, at least some reused water is again supplied into air space of greenhouse.

EFFECT: simplified process and reduced operational expenses to monitor moisture and temperature of air in greenhouse.

18 cl, 3 dwg

Similar patents RU2407280C2

Title Year Author Number
GREENHOUSE OPERATION METHOD 2020
  • Kudinov Anatolij Aleksandrovich
  • Ziganshina Svetlana Kamilovna
  • Demina Yuliya Ernestovna
RU2736221C1
METHOD AND APPARATUS FOR REGULATING TEMPERATURE IN GREENHOUSE 2002
  • Mamedov N.A.
  • Magulaev M.A.
  • Kolomiets V.I.
RU2248691C2
GREENHOUSE AND METHOD OF ITS MICROCLIMATE KEEPING AND ADJUSTMENT 2013
  • Olejnikov Vladimir Nikolaevich
  • Shishkin Pavel Valentinovich
RU2549087C1
METHOD FOR HEATING OF GREENHOUSES AND GREENHOUSE WITH SYSTEM FOR HEATING THE SAME 2004
  • Aminov Rashid Izmajlovich
  • Astafurova Tat'Jana Petrovna
RU2283578C2
AIR AND WATER COOLING METHOD 2022
  • Averkin Aleksandr Grigorevich
  • Eremkin Aleksandr Ivanovich
  • Averkin Yurij Aleksandrovich
RU2798113C1
GREENHOUSE FOR GROWING OF PLANTS WITH LOW CONTENT OF CARBON 14 ISOTOPE 2001
  • Kiritsev P.N.
RU2245024C2
GREENHOUSE 2002
  • Pyndak V.I.
  • Borovoj E.P.
  • Chekrygin A.A.
RU2207752C1
DEVICE FOR TEMPERATURE CONTROL IN GREENHOUSE 2018
  • Filippenko Nikolaj Grigorevich
  • Mashovich Andrej Yakovlevich
  • Popov Sergej Ivanovich
  • Popov Maksim Sergeevich
  • Butorin Denis Vitalevich
  • Livshits Aleksandr Valerevich
  • Karpov Aleksandr Vladimirovich
RU2710010C2
GREENHOUSE FOR GROWING VEGETABLES 2020
  • Timofeev Aleksandr Yurevich
RU2737668C1
GREENHOUSE FOR GROWING PLANTS WITH MODULE FOR DEHYDRATION OF AIR MASSES, OPERATED IN HOT TROPICAL AND EQUATORIAL CLIMATES 2023
  • Baryshnikov Nikolai Vladimirovich
RU2805877C1

RU 2 407 280 C2

Authors

Khaukioja Markku

Khuttunen Jukka

Khukhta-Kojvisto Ehsko

Dates

2010-12-27Published

2007-03-06Filed