Currently, several methods exist for assessment of the total size of a cooling tower plume, which is created in the\ud space above the evaporation cooling systems. Practically all the available methods, however, allow only\ud qualitative assessment of this size. With the development of moisture recovery systems, there is a need to\ud quantify the cited phenomenon, particularly to allow for assessment of MRE systems. The contribution for this\ud reason discusses the compilation of a simple mathematical model on whose basis the cited quantification may be\ud done. At the same time, it has also been proven that not even one of the methods applied to date can give correct\ud results\u
Wet-dry type cooling towers with reduced plume. The mechanism of plume formation in wet cooling tow...
A cooling tower basically consists of three zones; namely, spray zone, packing and rain zones. In co...
The evaporation process in the nozzle spray system of a cooling tower was the main object of study i...
Many models have been developed for or applied to the prediction of mechanical draft cooling tower p...
The study of air velocity inside the cooling tower gives an overview of the process of heat or mass ...
A mathematical model is developed resulting in a computer program for the prediction of the behavior...
Visible plume was considered as a nuisance to the public due to health and visual issue especially i...
"NRC FIN No. A2032.""RB.""NUREG/CR-1581.""Date published: September 1980.""Department of Mechanical ...
Test and calculation method for the determination of cooling towers caracteristics. The purpose of ...
Cooling tower design has been an active area of research for over 40 years with the goalof reduceing...
Cooling tower design has been an active area of research for over 40 years with the goalof reduceing...
Heated moist air from a cooling tower forms a visible plume and needs to be predicted, not only for ...
Heated moist air from a cooling tower forms a visible plume and needs to be predicted, not only for ...
Heated moist air from a cooling tower forms a visible plume and needs to be predicted, not only for ...
Report describes the development and testing of the cooling tower plume model. The mathematical mode...
Wet-dry type cooling towers with reduced plume. The mechanism of plume formation in wet cooling tow...
A cooling tower basically consists of three zones; namely, spray zone, packing and rain zones. In co...
The evaporation process in the nozzle spray system of a cooling tower was the main object of study i...
Many models have been developed for or applied to the prediction of mechanical draft cooling tower p...
The study of air velocity inside the cooling tower gives an overview of the process of heat or mass ...
A mathematical model is developed resulting in a computer program for the prediction of the behavior...
Visible plume was considered as a nuisance to the public due to health and visual issue especially i...
"NRC FIN No. A2032.""RB.""NUREG/CR-1581.""Date published: September 1980.""Department of Mechanical ...
Test and calculation method for the determination of cooling towers caracteristics. The purpose of ...
Cooling tower design has been an active area of research for over 40 years with the goalof reduceing...
Cooling tower design has been an active area of research for over 40 years with the goalof reduceing...
Heated moist air from a cooling tower forms a visible plume and needs to be predicted, not only for ...
Heated moist air from a cooling tower forms a visible plume and needs to be predicted, not only for ...
Heated moist air from a cooling tower forms a visible plume and needs to be predicted, not only for ...
Report describes the development and testing of the cooling tower plume model. The mathematical mode...
Wet-dry type cooling towers with reduced plume. The mechanism of plume formation in wet cooling tow...
A cooling tower basically consists of three zones; namely, spray zone, packing and rain zones. In co...
The evaporation process in the nozzle spray system of a cooling tower was the main object of study i...