Keharia Haresh, Madamwar Datta
Post Graduate Department of Biosciences, Sardar Patel University, Vallabh Vidyanagar 388 120, India.
Indian J Exp Biol. 2003 Sep;41(9):1068-75.
Synthetic dyes are extensively used in wide range of industries amongst which textile processing industries are the major consumers. Large amounts of dyes are lost in wastewaters of these industries during dyeing and subsequent washing steps of textiles. These dyes are resistant to de gradation by conventional wastewater treatment plants and are released into environment untreated thus causing pollution of surface and ground waters in the areas of the world harboring such industries. Presence of color in wastewaters has become major environmental concern and stringent discharge standards are being enforced on release of colored wastewaters in environment. The seriousness of the problem is apparent from the magnitude of the research done in this field in last decade. Increasing number of microorganisms are being described for their ability to decolorize and degrade artificial dyes and novel bioremediation approaches for treatment dye bearing wastewaters are being worked out. In this review we have investigated potential microbial processes for developing feasible remediation technology to combat environmental pollution due to dye bearing wastewaters.
合成染料广泛应用于众多行业,其中纺织加工业是主要消费行业。在纺织品染色及后续洗涤步骤中,这些行业的废水中会流失大量染料。这些染料难以被传统污水处理厂降解,未经处理就被排放到环境中,从而对世界上有此类工业的地区的地表水和地下水造成污染。废水中的颜色已成为主要的环境问题,针对有色废水向环境中的排放正在实施严格的排放标准。从过去十年该领域的研究规模可以看出这个问题的严重性。越来越多的微生物因其能够使人工染料脱色和降解的能力而被发现,同时也在研究处理含染料废水的新型生物修复方法。在这篇综述中,我们研究了潜在的微生物过程,以开发可行的修复技术,应对含染料废水造成的环境污染。