Cooling towers are extensively utilized in diverse industries for efficient heat dissipation. Fill
media are a critical component, facilitating heat and mass exchange between water and air …

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 …

This article deals with an experimental investigation on the thermal performance of a
mechanical draft wet cooling tower when using Zinc Oxide (ZnO) nanoparticles and three …

Present work deals with the design and construction of a forced draft counter flow cooling
tower unit using Celdek 7090, Celdek 5090, corrugated and honeycomb as packing …

The airflow distribution of the mechanical draft wet cooling tower group will become very
uneven under crosswind conditions, and the cooling capacity of leeward towers can be …

Deterministic lateral displacement (DLD), which takes advantage of the asymmetric
bifurcation of laminar flow around the embedded microposts, has shown promising …

In this study, effects of using nanofluid (distilled water as base fluid and aluminum oxide and
copper oxide as nanoparticles) on thermal performance of mechanical draft cooling tower …

To optimize the uneven distribution of flow field in the mechanical draft cooling towers, four
cases for deflector plates are proposed. Based on the analysis of the velocity and …