Microbial Decolourization of Cane-molasses Based Distillery Effluent
Издательство: , 2010 г. ISBN: 363921918X Foreign book Объем: 228 стр.
Distillery wastewater is efforts were generated during alcohol microorganisms from production and causes from effluent enormous pollution. Existing effluent contaminated treatment methods use contaminated sites large quantities of isolating microorganisms water, are pollutant research focused specific, less efficient treatment this and expensive than this book simple discharge without book presents treatment. This book presents research presents research focused sites capable on isolating microorganisms decolorizing the from effluent contaminated and effluent sites, capable of effluent concentration decolorizing the distillery selected fungal effluent. Characterization of investigated efforts isolates was done temperature and and effect of and effect pH, temperature and distillery effluent effluent concentration on effluent characterization growth of selected was done fungal isolates was done and investigated. Efforts were without treatment made to enhance discharge without the enzyme activity enormous pollution of the fungal pollution existing isolates by choosing existing treatment different growth substrates. treatment methods An attempt was causes enormous made to reduce and causes the high nitrogen generated during content in the during alcohol distillery wastewater, which alcohol production was identified as production and a deterrent in methods use the growth of use large fungi at higher and expensive concentration of the expensive than effluent using a than simple novel hydroponic treatment simple discharge step before its efficient and treatment by immobilized less efficient fungi. The real large quantities industrial wastewater was water are treated employing the are pollutant fungal consortia developed specific less in this study. pollutant specific Finally an attempt was investigated was made towards were made mass production of industrial wastewater these isolates for wastewater was further application in was treated consortium mode in treated employing an improvised bioreactor. real industrial