1. Introducing Adiabatic and Evaporative Cooling Technologies How Adiabatic and Evaporative Cooling Works By using an ancient process with a heritage that can be traced back to the Roman Empire, Adiabatic/evaporative cooling is a process of reducing air temperature as a result of water evaporation in the air

2. Individual temperature-control of aircraft cabin regions by heating and evaporative cooling

3. The devices are used for air humidification, for concentrating solutions, or for evaporative cooling.

4. Apparatus, systems, and methods to address evaporative cooling and wet compression for engine thermal management

5. • Installing a passive evaporative cooling tower to provide cooled air without using fans or refrigeration devices.

6. Germany's Fraunhofer Institute of Solar Energy Systems (ISE) has developed an air-conditioning unit based on evaporative cooling.

7. Whether it be through greenhouse fans, greenhouse ventilation shutters, or an evaporative Cooling system, make sure your greenhouse is the correct temperature

8. We are dedicated to designing and manufacturing the highest quality products for the evaporative Cooling and industrial refrigeration markets around the globe.

9. 28 The research provides a novelty way of developing a new type of cooling agent and evaporative cooling transformer, and has a certain theoretical and practical signification.

10. Bonaire manufactures efficient heating and cooling systems including heaters & coolers, evaporative cooling solutions, air conditioning system for home and commercial in Australia for over 60 years.

11. If the outside temperature is too high, it is also led through a second duct with an active cooling element, preferably by means of adiabatic evaporative cooling.

12. We further placed water bodies along the prevailing wind corridors, so that evaporative cooling would create microclimates that, again, would enhance the quality of those spaces available for the inhabitants.

13. Hybrid and Adiabatic products provide the best of both worlds, 1) evaporative cooling for hot design days and 2) dry cooling for most of the year to conserve water and reduce maintenance