In this paper a comprehensive experimental parametric study on the performance of a new
evaporative cooling pad type made of cellulose papers in bee-hive structure is presented …

External-cooling indirect evaporative cooling is an effective energy saving technology,
where air–water finned coils are linked with packed cooling tower by water pipes. However …

This paper experimentally studies the thermal and fluid-dynamic behaviour of a new type of
evaporative pad made from a high-density polyethylene mesh. Three different pad sizes with …

In HVAC, indirect evaporative cooling powered by renewable energy sources is the key
factor for effectiveness with respect to thermal comfort, sustainability, exergy utilization …

The target of this work is to perform the exergoeconomic analysis of a solar photovoltaic-
based direct evaporative air-cooling system. The system was investigated experimentally …

This paper deals with the exergy analysis of two experimental prototypes consisting of
indirect evaporative cooling systems with different constructive characteristics. Both …

A comprehensive exergetic evaluation of six single-stage and multi-stage evaporative
cooling modes along with a standalone direct expansion cooling system (DX) is conducted …

Riyadh is a desert region characterized by large daily and seasonal ambient temperature
variations. Air cooling using mechanical vapor compression requires high energy rates …

The industrial sector is a major energy consumer worldwide. Much of this consumption is
due to air conditioning systems. In regions with extreme temperature conditions, the …

Evaporative cooling (EC) technology can effectively improve the energy efficiency of the
mechanical vapor compression (MVC) system by enhancing the heat exchange capacity of …