Record Display for the EPA National Library Catalog

RECORD NUMBER: 476 OF 1213

OLS Field Name OLS Field Data
Main Title Evaluations of Emissions and Control Technologies in the Graphic Arts Industries.
Author Gadomsk, R. R. ; Davi, M. P. ; Blahu, G. A. ;
CORP Author Graphic Arts Technical Foundation, Pittsburgh, Pa.
Year Published 1970
Report Number PHS-CPA-22-69-72; 0597;
Stock Number PB-195 770
Additional Subjects ( Air pollution ; Solvents) ; ( Printing ; Air pollution) ; ( Air pollution control equipment ; Printing) ; Surveys ; Hydrocarbons ; Alcohols ; Ketones ; Chlorine organic compounds ; Nitro compounds ; Printing inks ; Letterpress printing ; Lithography ; Gravure printing ; Flexography ; Silk screen printing ; Printing papers ; Drying ; Decorative coatings ; Gas sampling ; Gas detectors ; Adsorption ; Incinerators ; Activated carbon ; Scrubbers ; Graphic arts ; Air pollution detection ; Air pollution control
Holdings
Library Call Number Additional Info Location Last
Modified
Checkout
Status
NTIS  PB-195 770 Most EPA libraries have a fiche copy filed under the call number shown. Check with individual libraries about paper copy. NTIS 06/23/1988
Collation 238p
Abstract
A multi-faceted study was conducted to determine the nature of emission problems in the graphic arts and metal decorating industries. By means of field visits and a survey of solvent and ink use, the industry's actual and potential problems were delineated and methods used for solving these were reviewed. An industry sampling plan was developed that will measure and attempt to characterize the emissions, according to the process, type of ink coating and substrate used. Analytical procedures requisite to the chemical evaluation of effluents and sampling technique employed were examined and reviewed. The less complex method of total hydrocarbon analysis suffices for certain segments of the industry. Solvent flow charts for the basic printing processes and modifications thereof were utilized to indicate the process variables in terms of inputs and outputs. Significant emissions can be expected from web printing (letterpress and lithography using heatset inks), metal decorating, gravure and flexography. Control techniques were reviewed and presented. There are three general approaches to the problem of controlling gaseous emissions from the printing and metal decorating industries: the first, the use of air pollution control equipment, the second, a change of process materials and the third is process modification. All were considered from both a technological and economic review. Changes in process material (e.g., solventless or low-solvent inks) were reviewed. Developments in radiative drying were also discussed. (Author)