This book constitutes peer-reviewed full-length papers contributed by the authors and tailored on various thematic areas of the 4th International Conference on “Advanced Technologies for Industrial Pollution Control” (ATIPC-2024). The main purpose of this book is to keep a record of quality publication dedicated to the 4th International Conference on “Advanced Technologies for Industrial Pollution Control” (ATIPC – 2024). At the same time, it presents a collection of state-of-the-art research work/case studies in aforesaid thematic areas. Since all the thematic areas have been chosen uniquely without any similarity with other conferences, the book will definitely be an exclusive one. This book is intended for the researchers, academicians, and industry persons in the relevant field of study. It is expected that updated information in various thematic area will be available from the proposed book.
1.Water quality distribution in durgam cheruvu lake.- 1.2Monitoring of
water quality variation trends in a coastal wetland system, a ramsar site: a
gis and water quality index based assessment.-1.3 Efficiency evaluation of
fe-cu composite adsorbent for arsenic removal.-1.4 Quality improvement of a
piped water supply with high hardness and chloride by electro-dialysis
process.-1.5 Assessment of attenuation potential of a fine-grained indian
clay soil for lead (pb2+) removal with performing batch study and
kinetic-isotherm modelling.-1.6 Artificial neural network (ann) modeling of
fluoride adsorption by chloride-doped-polyaniline in a fixedbed column
study.-1.7 Modeling and optimization of arsenic removal in presence of total
organic carbon (toc) by iron functionalized reduced graphene oxide (frgo)
.-2.1 Removal of methyl green dye by adsorption using nitrogen-doped
graphitic carbon nitride.- 2.2 Combined carbon and nitrogen removal from
synthetic wastewater in an mbhbr coupled with mbr.-2.3 Sulfuric
acid-impregnated petai pod activated carbon for landfill leachate treatment:
ann prediction modelling.-2.4 Machine learning-based performance evaluation
and optimization of biological reactors for sewage water treatment.-2.5
Synthesis and application of ag+-htnt on br9 adsorption from wastewater.- 2.6
Phosphate adsorption from wastewater on the synthetic low-cost adsorbent
synthetic-iron-oxide-merged-crushers-waste (siomcw).-2.7 Reuse implications
of spent biosorbent in removal of dye .-2.8 Adsorptive removal of methylene
blue and congo red in binary solute using raw rice husk as a low-cost
adsorbent.-3.1The carbon footprint of an urban area: a case study on thel
ward(kurla) of municipal corporation of greater mumbai.-3.2 The greenhouse
gas emission of mumbai city.- 3.3 A study of the quality and effectiveness of
environmental impact assessment (eia) in the context of indian active
pharmaceutical ingredients (api) industry.-3.4 Design of a sustainable,
modified concrete by partial replacement of cement using ground granulated
blast furnace slag and limestone powder to reduce carbon footprint.-4.1
Influence of waste tyre derived material on shear strength of soil.- 4.2
Sorptivity of plasticized alkaliactivated concrete from waste.-4.3
Development of composite insulation board using high- density polyethylene
caps of bottles for cavity wall applications.- 4.4 Physical and chemical
characterization of various grades of natural fine aggregate and recycled
fine aggregate.-4.5 Predicting e-waste trajectory: a comparative analysis.-
5.1 Forecasting solid waste generation and its composition in visakhapatnam:
a case study.-5.2 Performance of batch studies on composting of kitchen
vegetable waste.-5.3A sustainable strategy to control urban pollution from
municipal solid waste management practice- a case study of smart city,
newtown.-6.1The potential application of mercury-resistant bacterial strain
(iitism24id) in mercury removal.-6.2Primary treatment of synthetic plastic
waste materials.- 6.3Recovery of lithium from end-oflife mobile phone battery
waste.-6.4Distribution of microplastics in semi-urban estuary water along the
west coast of india.
Prof. Debabrata Mazumder did his bachelors and masters degree in civil engineering from Jadavpur University in 1993 and 1996, respectively. He received his Ph.D. degree in civil engineering (environmental engineering specialization) from Bengal Engineering and Science University, Shibpur (presently Indian Institute of Engineering science and Technology, Shibpur), in 2004. He has a total 32 years of industrial, teaching, and research experience. He published more than 175 technical papers and 16 book chapters in various national and international journals and conference proceedings. He has co-authored 1 reference book and edited 3 proceedings books in the Springer Nature. He is Member of American Water Works Association (AWWA) and Member of International Water Association (IWA). He is also Life Fellow of Institution of Engineers (India), Institution of Public Health Engineers (India), and Indian Water Works Association (IWWA). He has become Professional Engineer [ P.Eng. (India)], certified by Institution of Engineers (India) in 2025.
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