The paper presents a study on numerical modeling of a natural draft wet-cooling tower with
flue gas injection. A previously developed 3D CFD model of a natural draft wet-cooling tower …

The present study aimed to evaluate the interaction effects of Heller cooling tower
performance and the energy, exergy, economic and environmental (4E) analysis of a unit of …

The substantial objective of using circulating cooling water in a typical power plant is to
remove the heat effectively from the vapor cycle and to expel it to the environment. One of …

There are several methods to reduce CO 2 emissions, including optimization of energy
consumption by increasing the efficiency of a powerplant, using renewable energy, and …

Based on similarity theory, this research details a thermal-state model experiment,
concerning the evolution of the air/water temperature profiles inside a Natural Draft Wet …

A new theoretical model is proposed to predict thermal performance of natural draft dry
cooling tower (NDDCT) under various ambient conditions. When evaluating the effect of …

In this paper, the recorded operational data regarding one of the Heller towers in Shahid
Montazeri powerplant has been analyzed by a 3-dimensional numerical study on its thermal …

For the integrated dry-cooling tower and stack, the flue gas diffusion characteristics are of
great concerns for the pollutant control and tower anticorrosion. In this work, the …

Because of Natural draft dry cooling towers'(NDDCTs) extreme vulnerability to crosswind,
performance enhancement of these towers is essential. Various strategies have been …

Abstract Natural Draft Dry Cooling system (Heller Tower) is regarded as one of the
frequently used cooling systems in steam power plants. The performance of these towers …