Super-gravity heat exchange process

A supergravity and process technology, applied in the field of heat exchange technology, can solve the problems of inconvenient gas exchange, small amount of atomization, large water droplets, etc., and achieve the effect of saving resources, increasing the number of mutual contact, and increasing the relative speed

Inactive Publication Date: 2015-04-29
魏永阳
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

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Problems solved by technology

[0011] However, these atomization methods have the following disadvantages: high energy consumption, lar

Method used

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  • Super-gravity heat exchange process

Examples

Experimental program
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Embodiment

[0028] An embodiment, a high-gravity heat exchange process, the cooling liquid is sheared and dispersed by the high-gravity cooling liquid atomization device to form a high-speed moving water mist, which is in direct contact with the countercurrent spiral motion air generated by the heat exchange barrel 6 and the air inlet device Flow, by strengthening the heat transfer area between the cooling liquid and the air, increasing the relative velocity, and increasing the number of mutual contacts, the efficient heat and mass exchange between the cooling liquid and the air is realized.

[0029] The atomization steps of the supergravity coolant atomization device include:

[0030] 1) The high-gravity coolant atomization device rotates at high speed, the coolant is first refined through the coolant inlet device, and then evenly sprayed onto the filler of the high-gravity coolant atomization device for further crushing.

[0031] 2) The coolant is captured by the filler in a short time ...

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Abstract

The invention discloses a super-gravity heat exchange process which is characterized in that high-speed movement water mist is formed by cutting and dispersing cooling liquid through a super-gravity cooling liquid atomization device and is in direct contact with air capable of backflow spiral movement generated by a heat exchange barrel and an air inlet device to flow, and cooling liquid and air efficient heat and mass exchange is realized by increasing the cooling liquid and air heat transfer area, accelerating the relative speed and increasing the mutual contact number. According to the super-gravity heat exchange process, the high-speed movement water mist is formed by cutting and dispersing water by utilizing the super-gravity cooling liquid atomization device and is in direct contact with the air capable of backflow spiral movement generated by the heat exchange barrel and the air inlet device to perform unique flow behavior, and the cooling liquid and air efficient heat and mass exchange is realized through increasing the cooling liquid and air heat transfer area, accelerating the relative speed and increasing the mutual contact number, so that the heat and mass transfer effect is greatly improved; meanwhile, the number of the used cooling liquid is greatly reduced, and a large amount of resources are saved.

Description

technical field [0001] The invention relates to a heat exchange process, in particular to a high-gravity heat exchange process through strengthening the heat and mass exchange process between water and air, which is suitable for various facility agriculture such as vegetables, fruit trees, flowers, and animal husbandry. Background technique [0002] At present, various facility agriculture such as vegetables, fruit trees, flowers, and animal husbandry generally use wet curtain evaporative air conditioners to cool down the temperature in the facilities in the hot summer environment. The working principle is that the outdoor fresh air evaporates through the wet curtain. The air conditioner is filtered and cooled and sent into the facility continuously, and the turbid air with peculiar smell, dust and high temperature in the facility is discharged outside, so that the temperature in the facility can be lowered, the oxygen content of the air can be increased, and the air can be i...

Claims

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Application Information

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IPC IPC(8): F28C3/06
Inventor 魏永阳
Owner 魏永阳
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