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Impact of Flow Rate in Integration with Solar Radiation on Color and COD Removal in Dye Contaminated Textile Industry Wastewater:Optimization Study

引用

Energy Engineering 2022年第1期119卷 419-427页

作者： Pradeep K.Majhi Rifat Azam Richa Kothari Naveen Kumar Arora V.V.Tyagi Department of Environmental Sciences Babasaheb Bhimrao Ambedkar UniversityLucknow226025U.P.India Department of Environmental Sciences Central University of JammuRahya-SuchaniBaglaSamba181143J&KIndia School of Energy Management Shri Mata Vaishno Devi UniversityKatra182320J&KIndia

Dyes are an integral part of the dying industry and have significantly resulted in environmental pollution by altering the standardwater quality after their discharge into the water *** culprits behind the altered water quality are the pretreatment chemicals used during dying manufacturing *** advanced treatmentmethods using conventional and advanced treatment options including solar energy have been put forth by researchers for the treatment of the dying effluents but,these methods have not proved significantly ***,the present study intends to check the efficiency of solar parabolic trough collector for treating the dying effluents in terms of color and ***,other wastewater parameters(BOD,nitrate and phosphate)have also been considered for this experimental *** standard flow rates(0.5,1.3,1.95 and 2.6 L/M)were maintained during the experiment for six hours at solar intensity(849.3±21.2W/m^(2))and the optimized flow rate(1.95 L/M)was detected and considered for further study during the present *** color concentration showed a significant reduction(≥76.4%)by treatment with the designed solar *** significant results were also noticed in terms of COD(79%).In this context,the current experimental study provides ideas on the decolorization and COD reduction efficiency with optimal flow rate in terms of cost-effectiveness with designed experimental reactor which could be further used and implemented for advanced scientific purposes.

关键词： Dye industry effluents decolorization renewable energy-based treatment lab-scale experiment

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