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Journal of the Air Pollution Control Association Volume 24, 1974 - Issue 9
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Original Articles

The State-of-the-Art of Measuring and Predicting Cooling Tower Drift and Its Deposition

Amiram Roffman Westinghouse Environmental Systems Department, Monroeville, Pennsylvania, USA
&
Lowell D. Van Vleck Westinghouse Environmental Systems Department, Monroeville, Pennsylvania, USA
Pages 855-859 | Published online: 15 Mar 2012

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Read on this site (2)

Woosuk Kim & Youngjin Seo. (2015) Characterization of air-cooled heat transfer using round and slot nozzles. Science and Technology for the Built Environment 21:4, pages 396-402.
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M.A. Kessick, D.M. Pipes & J.V. Matson. (1975) A Simple Drift Measurement Technique for Industrial Cooling Towers. Environmental Letters 8:4, pages 353-360.
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Articles from other publishers (14)

Ziqi Liang, Lujun Li, Jie Yang & Qing Zhu. (2023) Numerical simulation of deposition of drifts and salt from multiple super-large seawater cooling towers. Scientific Reports 13:1.
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Jiri Houzvicka, Veronika Barraclough & Jan Cizek. (2022) Drift from cooling towers as an important emission source, its measurement and reduction. Drift from cooling towers as an important emission source, its measurement and reduction.
Christopher D. Wallis, Mason D. Leandro, Patrick Y. Chuang & Anthony S. Wexler. (2022) An instrument for direct measurement of emissions: cooling tower example. Atmospheric Measurement Techniques 15:8, pages 2547-2556.
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Pavel Procházka, Veronika Barraclough, Václav Uruba & Vladislav Skála. (2022) Drop Hunter Isokinetic Probe for Cooling Tower Drift Measurement. MATEC Web of Conferences 369, pages 05002.
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Jan Cizek, Veronika Barraclough, Jiri Houzvicka, Martin Dostal, Pavel Prochazka & Vaclav Uruba. (2022) New measurement method for in-field measurements of liquid phase drift from cooling towers. EPJ Web of Conferences 264, pages 01008.
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Surendra H. Shah, Kalash R. Pai, Sachin R. Shinde & Bhaskar N. Thorat. (2021) Analysis of a vapor compression refrigeration system using a fog-cooled condenser. Applied Thermal Engineering 196, pages 117299.
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Shuo Li & M. R. Flynn. (2021) Cooling tower plume abatement and plume modeling: a review. Environmental Fluid Mechanics 21:3, pages 521-559.
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Baohong Song. (2020) Numerical analysis on the effects of water spraying on cooling tower evaporation and drift. IOP Conference Series: Earth and Environmental Science 529:1, pages 012004.
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Baohong Song. (2020) Test study of the water quantity loss of cooling tower on U-type liquidometer. IOP Conference Series: Earth and Environmental Science 467:1, pages 012034.
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J. Ruiz, A.S. Kaiser & M. Lucas. (2017) Experimental determination of drift and PM 10 cooling tower emissions: Influence of components and operating conditions. Environmental Pollution 230, pages 422-431.
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D. S. Sontag & J. R. Saylor. (2016) An Experimental Study of the Collection of Fog Droplets Using a Mesh Fabric: Possible Application to Cooling Towers. Journal of Energy Resources Technology 138:2.
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J. Ruiz, A.S. Kaiser, M. Ballesta, A. Gil & M. Lucas. (2013) Experimental measurement of cooling tower emissions using image processing of sensitive papers. Atmospheric Environment 69, pages 170-181.
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Norbert C.J. Chen & Steven R. Hanna. (1978) Drift modeling and monitoring comparisons. Atmospheric Environment (1967) 12:8, pages 1725-1734.
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Ernest W. Peterson & Bruce Lighthart. (1977) Estimation of downwind viable airborne microbes from a wet cooling tower?Including settling. Microbial Ecology 4:1, pages 67-79.
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