Sustainable Advanced Technologies for Industrial Pollution Control

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

• 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.