Table of Contents

Partial table of contents:

WASTEWATER TREATMENT METHODS.

Carbon Adsorption of Dyes and Selected Intermediates (A. Reife& H. Freeman).

Ozonation (M. Matsui).

Use of Electrochemical Technology to Remove Color and OtherContaminants from Textile Mill Effluents (A. Wilcox, et al.).

The PACT System for Wastewater Treatment (D. Hutton, et al.).

WASTE MINIMIZATION/SOURCE REDUCTION.

Reduction of Textile Wastewater Using Automatic Process Control,Recycle, and Filtration (J. Porter).

Membrane Filtration Techniques in Dyestuff Recovery (J.Elliott).

WASTEWATER ANALYSIS.

Mass Spectrometry in the Analysis of Dyes in Wastewater (L.Betowski, et al.).

REGULATORY ISSUES.

U.S.

Safety, Health, and Environmental Regulatory Affairs for Dyes andPigments (H. Smith).

Index.

About the Author

About the editors

ABRAHAM REIFE is a dyestuff and environmental consultant forindustry, academia, and government. A former senior chemist inprocess development at Ciba-Geigy, he is also a contributing authorto the Kirk-Othmer Encyclopedia of Chemical Technology, alsopublished by Wiley.

HAROLD S. FREEMAN is the Ciba-Geigy Professor of Dyestuff Chemistryin the Department of Textile Chemistry, Science, and Engineering atNorth Carolina State University. An expert on designing syntheticdyes based on toxicological considerations, he has published morethan 100 papers on various aspects of dyestuff chemistry.