潮湿气候下的暖通空调系统应仔细设计，以保持湿度控制。目前讨论暖通空调系统功耗的研究论文已经证明了湿度管理对于最小化能耗的重要性。空气除湿是指降低空气中蒸汽含量的过程。空气可以通过几种方式除湿:加热和通风、冷凝除湿和吸附除湿。本研究将研究一种新型除湿器，利用超音速分离喷嘴在正压和较低水分负荷下将空气输送至内部区域。该研究将通过实验研究新型除湿器对冷却盘管负荷的影响。 与超音速空气分离相比，超音速空气分离的能耗更低。除湿过程后，预计温度将低于过程开始时的值。因此，在下一个过程中减少冷却盘管。这项研究还将检查不同形状的喷嘴，以选择最合适的形状，具有最高的效率。检查的几何形状将为圆形、矩形和三角形喷嘴。引文:2016年3月14日至16日在科威特召开的第六届国际能源研究与开发会议

HVAC systems in humid climates should be carefully designed to maintain humidity control. Current research papers that discussed the power consumption in HVAC systems have proved the significance of the humidity management for minimizing such consumption. Air dehumidifying is a process that consists in decreasing the contents of steam contained in the air. Air can be dehumidified in several ways: heating and ventilation, condensation dehumidifying, and adsorption dehumidifying. A new dehumidifier will be investigated in the current study by utilizing supersonic separation nozzle for delivering air to the interior zone at positive pressure as well as lower moisture load. The study will experimentally investigate the impact of the new dehumidifier on the load of the cooling coil. Instead of consuming a large amount of energy to cool the air, the separation supersonic nozzle would operate as a dehumidifier by less cost. After the dehumidification process, the temperature is anticipated to be lower than its value at the beginning of the process. Thus, reduce the cooling coil in the next process. The study will also examine different shapes of the nozzle to choose the most proper shape that possesses highest efficiency. The geometries under the inspection will be circler, rectangular, and triangular nozzles.