Industrial Dye Degradation: for a clean environment

Water consumption in the textile dye house is very high. Water as a utility is becoming more and more costly, and its availability is becoming increasingly scarce. The nature of the pollution that accompanies the dyeing industry is primarily due to the non-biodegradable nature of the dyes along with the strong presence of toxic trace metals/acid/alkali/carcinogenic aromatic amines traceable in the effluents. The nature of the pollution that accompanies the dyeing industry is primarily due to the non-biodegradable nature of the dyes along with the strong presence of toxic trace metals/acid/alkali/carcinogenic aromatic amines traceable in the effluents. It can be safely used on many washable, color-fast fabrics including cotton, polyester, nylon, acetate, linen, rayon and permanent press. Hypochlorite can provide a significant boost to the whitening and cleaning power of laundry detergents even in cold or hard water. Hypochlorite's unique disinfecting properties assure sanitization, which is of particular importance in hospital linens to reduce the possible transmission of disease.

Autorentext

Dr. S. Nadupalli is an expert in Physical Chemistry. Dr. Jignesh Valand is from the area of Material Chemistry. Dr. Venkata D. B. C. Dasireddy has high experience in treatment of hazardous wastes through environmental friendly process. This book will be helpful for scientist who involves in Green Catalysis and Environmental Chemistry.