Dessicant-Humidifier Cycle Refrigeration: Difference between revisions

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=Open Source Designs=
=Open Source Designs=
**[https://www.youtube.com/watch?v=R_g4nT4a28U A design by the youtube channel "Tech Ingredients"]
*[https://www.youtube.com/watch?v=R_g4nT4a28U A design by the youtube channel "Tech Ingredients" ]


=OSE Design=
=OSE Design=

Revision as of 23:12, 1 February 2021

Basics

  • A type of Refrigeration Cycle that uses a combination of evaporative cooling (endothermic cool end), and dehumidification via dessicant(s) (exothermic hot end) to pump heat
  • Can be used for Solar Air Conditioning
  • Is also advantagous in it's design, and material simplicity

Plotting

  • Should the columns be randomly packed, packed, spray, or some hybrid
  • Little info on water evaporation (That User:Eric has found so far )
  • A Whitepaper on CO2 Scrubber Tower Design (this was for co2 scrubbing via amonia absorbtion but compared the Spray Towers and Packed Columns)

Process

Dessicant AC Diagram.jpg

Evaporative Cooling Collumn

  • Room Temperature air is pushed in to a counter flow water sprayer collumn with mesh/bioballs
  • The water evaporates and cools the air (at the cost of increased humidity)
  • It is then sent to the Dessication Collumn

Dessication Collumn

  • This works in a similar manner as the Evaporative Column, but it has the opposite goal, Dessication of the Air Stream
  • It does this via a dessicant, most likely a Liquid Dessicant, due to ease of operation
  • Produces Fully Dry Air, and Saturated Dessicant via Liquid Dessicant
  • Make an identical unit to the Evaporative Cooling Collumn, and replace the water with ?percent concentrated calcium chloride solution
  • Air sent to Humidity Control Collumn (Optional), Liquid Dessicant sent to Regenerator

Humidity Control Collumn

  • This takes the Fully Dry Air, and brings the humidity up to comfortable levels
  • It can use OTS humidifiers, or be a smaller version of the Evaporative Cooling Collumn
  • This stage is OPTIONAL

Dessicant Regeneration Module

  • This is a module where the Saturated Liquid Dessicant is Heated to Concentrate it and thus regenenerate it.
  • Passive solar is promising, but any heat source will do
  • Also heat exchangers that utilize waste heat from the process for regeneration may improve efficiency further

Industry Standards

Open Source Designs

OSE Design

Internal Links

External Links