tailieunhanh - Decolorization of textile dying mill effluent by using a bacterial strain Lysinibacillus boronitolerans CMGS-2

Water is a essential source, nowadays days the resources of the water and its availability is lacking. Industrial pollutions like textiles, leather, food industries, pharmaceuticals are the major part of pollutants and creating a major problems. Especially textile areas, uses high colorant synthetic chemical dyes, and also recalcitrant, mutagenic in nature. Without treatment these chemicals were leaving to water bodies, the whole ecosystem disturbs, in the form of alteration in the BOD, COD, DO, PH, TDS, and accumulation of heavy metals, and toxic compounds in the water may results in the death of flora and fauna. And also causes effects on humans and became necessity to treat waste water and reuse it and textile dyes were part of it. By these concept we isolated a novel dye degrading bacterial strain, Lysinibacillus boronitolerans CMGS-2 has been isolated from the textile dye treatment unit solapur, Maharashtra and identified by 16s rRNA and. It is deposited in the IMTECH, MTCC Chandigarh with MTCC number-12531 showed a promising result in the decolorisation of textile effluents in raw samples and as well in poly urethane foams (PUF). | Decolorization of textile dying mill effluent by using a bacterial strain Lysinibacillus boronitolerans CMGS-2

• Sinh học
• Poly urethane
• Textile dying mill effluent
• Bacterial strain
• Lysinibacillus boronitolerans CMGS 2
• MTCC Chandigarh
• MTCC number 12531 showed
• Journal of Chemistry
• Polyurethane derivatives
• Poly(urethane acrylate)
• Phosphorus flame retardant
• Polyurethane coatings
• Polymerization systems