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American Industrial Hygiene Association Journal Volume 47, 1986 - Issue 7
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Original Articles

High-Solids Paint Overspray Aerosols in a Spray Painting Booth: Particle Size Analysis and Scrubber Efficiency

T.L. CHAN Biomedical Science Department, General Motors Research Laboratories, GM Technical Center, Warren, MI 48090-9058
,
J.B. D'ARCY Biomedical Science Department, General Motors Research Laboratories, GM Technical Center, Warren, MI 48090-9058
&
R.M. SCHRECK Biomedical Science Department, General Motors Research Laboratories, GM Technical Center, Warren, MI 48090-9058
Pages 411-417 | Published online: 04 Jun 2010

Citations (15)

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Read on this site (4)

P. Nikończuk. (2014) Preliminary analysis of heat recovery efficiency decrease in paint spray booths. Transactions of the IMF 92:5, pages 235000-237000.
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Youcheng Liu, MeredithH. Stowe, Dhimiter Bello, SusanR. Woskie, Judy Sparer, Rebecca Gore, Fred Youngs, MarkR. Cullen & CarrieA. Redlich. (2006) Respiratory Protection from Isocyanate Exposure in the Autobody Repair and Refinishing Industry. Journal of Occupational and Environmental Hygiene 3:5, pages 234-249.
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GaryN. Carlton & MichaelR. Flynn. (1997) Influence of Spray Painting Parameters on Breathing Zone Particle Size Distributions. Applied Occupational and Environmental Hygiene 12:11, pages 744-750.
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BeverlyS. Cohen, LisaM. Brosseau, Ching-Ping Fang, Al Bowers & Carroll Snyder. (1992) Measurement of Air Concentrations of Volatile Aerosols in Paint Spray Applications. Applied Occupational and Environmental Hygiene 7:8, pages 514-521.
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Articles from other publishers (11)

Yihui Zhou, Xi He, Wang Li, Tao Xu, Dong Xie, Xin Dai, Zhang Liu, Hanqing Wang & Gang Yu. (2020) Separating paint mist from paint spraying waste gas: mechanism, model and application. Environmental Engineering Research 26:5, pages 200464-0.
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Jungah Shin, Boowook Kim, Jeonghoon Lee, Joon Sig Jung, Yong Chul Shin & Kyeongmin Lee. (2020) Exposure assessment of elemental carbon, ultrafine particles, and crystalline silica at highway toll booths. Environmental Engineering Research 26:5, pages 200380-0.
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Piotr Nikończuk & Włodzimierz Rosochacki. (2020) The Concept of Reliability Measure of Recuperator in Spray Booth. Eksploatacja i Niezawodność – Maintenance and Reliability 22:2, pages 264-271.
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Jae-Rang Lee, Seong‑Min Jeon, Naim Hasolli, Kang-San Lee, Kwan-Young Lee & Young-Ok Park. (2019) Removal characteristics of paint particles generated from paint spray booths. Journal of Material Cycles and Waste Management 21:4, pages 810-817.
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P. Nikończuk. (2018) Preliminary modeling of overspray particles sedimentation at heat recovery unit in spray booth. Eksploatacja i Niezawodność – Maintenance and Reliability 20:3, pages 387-393.
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Piotr Nikończuk. (2013) Study of Heat Recovery in Spray Booths. Metal Finishing 111:6, pages 37-39.
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William A. Burgess. 2001. Patty's Industrial Hygiene. Patty's Industrial Hygiene.
Jeremiah R. Lynch. 2001. Patty's Industrial Hygiene. Patty's Industrial Hygiene.
. 2000. Particle-Lung Interactions. Particle-Lung Interactions 91 112 .
Richard C. Miller & Gayle F. Brooks. Effects of Atomization on the Particle Size, Appearance, and Composition of Automotive OEM Basecoats. Effects of Atomization on the Particle Size, Appearance, and Composition of Automotive OEM Basecoats.
Howard G. Barth, Shao Tang. Sun & Robyn M. Nickol. (2002) Particle size analysis. Analytical Chemistry 59:12, pages 142-162.
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