Sankha Chakrabortty – författare

Metal Value Recovery from Industrial Waste Using Advanced Physicochemical Treatment Technologies focuses on the fundamental and advanced topics involved with the technologies for the extraction of metal ions from different industrial discarded volumes which may be sludge or wastewater. Uniqueness of the book lies in the fact that it covers each topic related to industrial wastes and elaborates on discussions on metal ion recovery to make the readers confident about the topics and concepts explained in the section.Moreover, this book examines high potential in different downstream processes like membrane filtration, hybrid techniques, chemical leaching, electrochemical techniques, and a variety of advanced recovery techniques. Emphasis is given to state-of-the-art concept, latest research, practical applications or commercialization through case studies, and comparative evaluation of the processes for metal ion recovery from industrial wastes.

This book is a comprehensive guide to bioconversion approaches based on microorganisms and enzymes for the valorization of underused wastes of diverse categories to produce new products. Optimized conditions for microbial and enzymatic valorization are discussed, along with related biotechnological considerations, environmental considerations, bioprocess development, obstacles, and future outlooks. Biofuels, bioenergy, and other platform chemicals are only some of the products that can be produced through this book''s explanation of the microbiological processes involved in the bioconversion and valorization of wastes.

This book is a comprehensive guide to bioconversion approaches based on microorganisms and enzymes for the valorization of underused wastes of diverse categories to produce new products. Optimized conditions for microbial and enzymatic valorization are discussed, along with related biotechnological considerations, environmental considerations, bioprocess development, obstacles, and future outlooks. Biofuels, bioenergy, and other platform chemicals are only some of the products that can be produced through this book''s explanation of the microbiological processes involved in the bioconversion and valorization of wastes.

Advanced Bioseparation of Industrial Wastes: Sustainable Recovery of High-Value Metal Ions examines resource recovery from a variety of industrial waste streams, including sludge and wastewater, with an emphasis on both the fundamentals and the more advanced concepts involved. Chemical leaching, waste treatment, and other processes for metal extraction are broken down into their component parts in great detail. Several important metals, such as lithium, copper, gold, platinum, nickel, zinc, chromium, uranium, cobalt, rhodium, and indium, could be salvaged from recyclables. This book presents the best practices for dealing with waste from industries such as those involved in the production of electronic goods, automobiles, batteries, as well as mining and electroplating. It provides readers with a comprehensive understanding of the many forms of industrial waste, including their composition, recycling processes, and the potential for recovery of essential metals, from the ground up.

Features:

Advanced Bioseparation of Industrial Wastes: Sustainable Recovery of High-Value Metal Ions examines resource recovery from a variety of industrial waste streams, including sludge and wastewater, with an emphasis on both the fundamentals and the more advanced concepts involved. Chemical leaching, waste treatment, and other processes for metal extraction are broken down into their component parts in great detail. Several important metals, such as lithium, copper, gold, platinum, nickel, zinc, chromium, uranium, cobalt, rhodium, and indium, could be salvaged from recyclables. This book presents the best practices for dealing with waste from industries such as those involved in the production of electronic goods, automobiles, batteries, as well as mining and electroplating. It provides readers with a comprehensive understanding of the many forms of industrial waste, including their composition, recycling processes, and the potential for recovery of essential metals, from the ground up.

Features:

This book offers a comprehensive and forward-looking exploration of microreactor systems as transformative tools for modern chemical, materials, and environmental research. Designed to connect fundamental principles with cutting-edge applications, it presents how miniaturized, precisely controlled reaction platforms are reshaping synthesis, remediation, and sustainable process development. It overviews design principles, operational mechanisms, and the transformative impact of microreactors across various scientific domains.

Features:

Intended for researchers, postgraduate students, and professionals in chemical engineering, materials science, nanotechnology, and environmental engineering, this book serves as both a foundational reference and a guide to emerging trends.

This book offers a comprehensive and forward-looking exploration of microreactor systems as transformative tools for modern chemical, materials, and environmental research. Designed to connect fundamental principles with cutting-edge applications, it presents how miniaturized, precisely controlled reaction platforms are reshaping synthesis, remediation, and sustainable process development. It overviews design principles, operational mechanisms, and the transformative impact of microreactors across various scientific domains.

Features:

Intended for researchers, postgraduate students, and professionals in chemical engineering, materials science, nanotechnology, and environmental engineering, this book serves as both a foundational reference and a guide to emerging trends.

This book focuses on microbial prevention, the employment of specific segregated microorganisms which can be environmental-friendly and efficient technique for both prevention and degradation of wax in pipelines and during enhanced oil recovery (EOR). The demand for oil and gas as a primary source of energy is expected to reach to about 110 million barrels per day by 2040. Discovery of new conventional oil fields has declined, while its demand has risen rapidly in the last decade as crude oil still remains the primary source of energy. Hence, oil industries face a challenge of increasing production and transportation of crude oil from reservoirs which are unconventional. Reservoir to refinery transportation of heavy and waxy crude oils requires more technical expertise due its high viscosity, high asphaltene, and paraffin content along with wax deposition and agglomeration of wax on the inner walls of the pipelines and equipments.

This book also boosts the knowledge of students, researchers, scientists, professors, engineers, and professionals who aspire to work in the field of petroleum engineering and related fields of oil production and transportation, environmental science, environmental biotechnology, environmental microbiology, civil/environmental engineering, eco-toxicology, and other relevant areas of sustainable technologies by helping them understand all the necessary technicalities of organic deposition phenomenon, i.e., cause, process, problems arising due to deposition, detection of the parameters responsible for the deposition, mitigation and most importantly, and its eradication.