The present work deals with an experimental study of the performance of an evaporative
cooling tower (ECT) with a developed fill pack. The fill pack consists of inclined-corrugated …

The design of a wet cooling tower involves a number of trade-offs including the efficiency of
the device to remove waste heat (thermal performance) and environmental aspects …

This study aimed to experimentally investigate the effects of filled beds on the performance
of a cross-flow cooling tower (CFCT) with the approach of using nanofluids. Multi-walled …

Improving the performance of cooling towers has always been of interest to researchers due
to their importance and widespread use in various industries. In the present study, after …

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 …

This paper presents a critical evaluation of the thermal performance analysis of the inverted
cooling tower, which was conceived as a new cooling tower prototype that prevents the …

Thermal power plants are users of high water consumption, and the water consumption of
cooling towers accounts for more than half of the total water consumption of the whole plant …

Cooling sector plays a crucial role in the World's transition towards an efficient and
decarbonised energy system. Solar cooling is an attractive idea because of the …

Under strict environmental requirements, the mechanical draft wet cooling tower (MCT)
should control the generation of plume and save water resources. In this study, the plume …

To realize plume abatement and water saving of mechanical draft wet cooling tower (MCT),
a rectangular module with plume abatement and water saving performance is proposed in …