Sustainable Advanced Technologies for Industrial Pollution Control (eBook, PDF)

Proceedings of ATIPC 2022

• Format: PDF

Produktbeschreibung

This proceedings volume constitutes peer-reviewed full-length papers contributed by the Authors and tailored on various thematic areas of the 3^rd International Conference on “Advanced Technologies for Industrial Pollution Control” (ATIPC – 2022). The areas of research covered by these papers include but are not limited to:

•Water quality monitoring and treatment in industrial area

•Industrial effluent treatment, reuse and conservation

•Monitoring of industrial emission and control

•Industrial solid waste management

•Handling and disposal of hazardous waste

•Case Studies on industrial pollution control

•Innovative technologies in industrial waste management

Produktdetails

• Verlag: Springer Nature Switzerland
• Erscheinungstermin: 20. September 2023
• Englisch
• ISBN-13: 9783031375965
• Artikelnr.: 69014051

Autorenporträt

Dr. Debabrata Mazumder is a Professor in the Department of Civil Engineering at the Indian Institute of Engineering Science and Technology, Shibpur.

Inhaltsangabe

Chapter 1: Water decontamination through Thiamethoxam removal using DL menthol-octanoic acid Deep Eutectic Solvent : Molecular dynamics insights.- Chapter 2: Methyl Red dye abatement from aqueous solution using Calcium Ferrite and Manganese Ferrite magnetic nanocomposite: Kinetics and isotherm study.- Chapter 3: Adsorption of Fluoride onto PANI-Cl jute fibre - designing higher flow rate and initial concentration column reactor from a batch reactor.- Chapter 4: Biosynthesis of Nano Zero valent Iron (nZVI) using Shorea robusta Leaf Extract and its application in UV-assisted Photocatalytic Degradation of Methyl Orange.- Chapter 5: Method Development for detection of 2-Methylpyridine by High Performance Liquid Chromatography.- Part 2 - Industrial effluent treatment, reuse and conservation.- Chapter 6: Importance of cost functions for biological treatment of wastewater.- Chapter 7: Removal of heavy metals by Laterite soil.- Chapter 8: Removal of Methylene Blue from wastewater by Red Sandy soil-Based Alkali activated binder.- Chapter 9: Assessment and Treatment of iron from industrial wastewater using activated carbon derived from Parkia Speciosa pod.- Chapter 10: Activated Carbon developed from Phumdi biomass and Deccan Hemp for adsorption of Methylene Blue.- Chapter 11: An experimental study of Metanil Yellow dye remediation using Fe-Mn Bimetal oxide composites.- Chapter 12: Optimization of electrocoagulation process parameters using magnesium electrodes for treating pharmaceutical wastewater containing salicylic acid.- Chapter 13: Optimization of process parameters for biodegradation of Cresol by mixed bacterial culture using Response Surface Methodology.- Chapter 14: Biological degradation of Cresol containing wastewater using mixed microbial culture in presence of heavy metals.- Part 3 - Monitoring of industrial emission and control.- Chapter 15: Development of a simplistic model for the prediction of reactive air pollutants in the atmosphere.- Chapter 16: Controlling Air and Metal pollution in industrial area Singrauli, India: Role of plants.- Part 4 - Industrial solid waste management.- Chapter 17: Enhancing the dewatering ability of sludge by locally available biomass.- Chapter 18: Production of Xylose from Water Hyacinth Biomass (WHB) (lignocellulosic waste) for Xylitol production: waste to wealth.- Chapter 19: A simplistic mathematical model for two-stage Anaerobic Digestion of plastic wastes.- Part 5 - Handling and disposal of hazardous waste.- Chapter 20: Modeling migration of Cr(VI) contaminant through Clay Liner using Hydrus-3d.- Chapter 21: Electrokinetic remediation of total Chromium from contaminated soil.- Chapter 22: Low-Cost recovery of Cadmium from wastewater by soil bacteria.- Part 6 - Case Studies on industrial pollution control.- Chapter 23: Tannery waste management in India: A case study.- Chapter 24: Removal of natural organics and selected antibiotics using PAC and AL electrode: A study for Jumar River.- Chapter 25:Quantification of floating plastics using UAV images and Identification of Microplastics in Ukkadam tank.- Chapter 26: Study of wastewater treatment in Hindustan Coca-Cola plant at Khurda.- Part 7 - Innovative technologies in industrial waste management.- Chapter 27: In Vitro Performance Analysis of Ti and Zn doped Hydroxyapatite made from waste Eggshells.- Chapter 28: Production of non-toxic, non-polluting herbal soaps using plant extracts having anti-microbial activity.- Chapter 29: Decolourization of Textile Dye RR 141 using electrochemical process.

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Chapter 1: Water decontamination through Thiamethoxam removal using DL menthol-octanoic acid Deep Eutectic Solvent : Molecular dynamics insights.- Chapter 2: Methyl Red dye abatement from aqueous solution using Calcium Ferrite and Manganese Ferrite magnetic nanocomposite: Kinetics and isotherm study.- Chapter 3: Adsorption of Fluoride onto PANI-Cl jute fibre - designing higher flow rate and initial concentration column reactor from a batch reactor.- Chapter 4: Biosynthesis of Nano Zero valent Iron (nZVI) using Shorea robusta Leaf Extract and its application in UV-assisted Photocatalytic Degradation of Methyl Orange.- Chapter 5: Method Development for detection of 2-Methylpyridine by High Performance Liquid Chromatography.- Part 2 - Industrial effluent treatment, reuse and conservation.- Chapter 6: Importance of cost functions for biological treatment of wastewater.- Chapter 7: Removal of heavy metals by Laterite soil.- Chapter 8: Removal of Methylene Blue from wastewater by Red Sandy soil-Based Alkali activated binder.- Chapter 9: Assessment and Treatment of iron from industrial wastewater using activated carbon derived from Parkia Speciosa pod.- Chapter 10: Activated Carbon developed from Phumdi biomass and Deccan Hemp for adsorption of Methylene Blue.- Chapter 11: An experimental study of Metanil Yellow dye remediation using Fe-Mn Bimetal oxide composites.- Chapter 12: Optimization of electrocoagulation process parameters using magnesium electrodes for treating pharmaceutical wastewater containing salicylic acid.- Chapter 13: Optimization of process parameters for biodegradation of Cresol by mixed bacterial culture using Response Surface Methodology.- Chapter 14: Biological degradation of Cresol containing wastewater using mixed microbial culture in presence of heavy metals.- Part 3 - Monitoring of industrial emission and control.- Chapter 15: Development of a simplistic model for the prediction of reactive air pollutants in the atmosphere.- Chapter 16: Controlling Air and Metal pollution in industrial area Singrauli, India: Role of plants.- Part 4 - Industrial solid waste management.- Chapter 17: Enhancing the dewatering ability of sludge by locally available biomass.- Chapter 18: Production of Xylose from Water Hyacinth Biomass (WHB) (lignocellulosic waste) for Xylitol production: waste to wealth.- Chapter 19: A simplistic mathematical model for two-stage Anaerobic Digestion of plastic wastes.- Part 5 - Handling and disposal of hazardous waste.- Chapter 20: Modeling migration of Cr(VI) contaminant through Clay Liner using Hydrus-3d.- Chapter 21: Electrokinetic remediation of total Chromium from contaminated soil.- Chapter 22: Low-Cost recovery of Cadmium from wastewater by soil bacteria.- Part 6 - Case Studies on industrial pollution control.- Chapter 23: Tannery waste management in India: A case study.- Chapter 24: Removal of natural organics and selected antibiotics using PAC and AL electrode: A study for Jumar River.- Chapter 25:Quantification of floating plastics using UAV images and Identification of Microplastics in Ukkadam tank.- Chapter 26: Study of wastewater treatment in Hindustan Coca-Cola plant at Khurda.- Part 7 - Innovative technologies in industrial waste management.- Chapter 27: In Vitro Performance Analysis of Ti and Zn doped Hydroxyapatite made from waste Eggshells.- Chapter 28: Production of non-toxic, non-polluting herbal soaps using plant extracts having anti-microbial activity.- Chapter 29: Decolourization of Textile Dye RR 141 using electrochemical process.