In the design of a cooling tower there are two key aspects, the thermal performance and
emissions level. The main objective of this paper was the experimental optimisation in terms …

Solar-driven heat pump systems can significantly reduce the energy use in buildings,
thereby contributing to meet Europe's climate commitments, including building …

Cooling towers play a crucial role in various industries to dissipate the heat of circulating
water. This process involves the direct contact of atmospheric air and hot water from the …

This study demonstrates an enhanced cooling tower technology (ECTT) under which the
ambient air is precooled and dehumidified to improve the cooling tower efficiency. The …

The electricity required for air conditioning is soaring worldwide. Absorption chillers
represent an alternative to classical vapor compression systems, using heat instead of …

Abstract The efficiency of Concentrated Solar Power (CSP) plants strongly depends on
steam condensation temperatures. Current cooling systems, either wet (water-cooled) or dry …

Abstract Combined Cooling Systems constitute a promising strategy to reduce water
consumption in Concentrated Solar Power plants. This paper addresses the comparative …

Deaerator is one of the most important equipment for steady state and dynamic operation of
power plants. The deaerator energy storage utilization process is one of the most essential …

This study presents an in-depth investigation into improving the efficiency of a laboratory
scale hybrid cooling tower by utilizing Fe₃O₄-water nanofluid at varying mass fractions …

The water storage and distribution terminal in a city on the East coast of Saudi Arabia
receives very hot potable water from thermal desalination process. The flowrate of water is …