Suraj K. Tripathy – författare

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:Provides updated occurrence and characteristics of a variety of high-value metal ions that can be recovered from different industrial wastes.Presents advanced chemical leaching technologies for those metal ions.Describes detailed accounts of physico-chemical-based reuse and recycle methodologies.Covers innovative approaches for the reutilization and management of industrial 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:Provides updated occurrence and characteristics of a variety of high-value metal ions that can be recovered from different industrial wastes.Presents advanced chemical leaching technologies for those metal ions.Describes detailed accounts of physico-chemical-based reuse and recycle methodologies.Covers innovative approaches for the reutilization and management of industrial wastes.

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:Provides readers with a thorough understanding of microreactor technology, covering fundamental principles, design, and a wide range of applications.Aligns with global efforts toward sustainability by showcasing how microreactors can reduce waste and enhance energy efficiency.Emphasizes that microreactors are primarily valuable for generating insights and refining designs before larger-scale pilot plant installations.Balances the focus on both the “how” and the “why” of microreactor technology, addressing both technical aspects and broader industrial implications.Includes practical examples, case studies, and pedagogical content.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.

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:

Provides updated occurrence and characteristics of a variety of high-value metal ions that can be recovered from different industrial wastes. Presents advanced chemical leaching technologies for those metal ions. Describes detailed accounts of physico-chemical-based reuse and recycle methodologies. Covers innovative approaches for the reutilization and management of industrial 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:

Provides updated occurrence and characteristics of a variety of high-value metal ions that can be recovered from different industrial wastes. Presents advanced chemical leaching technologies for those metal ions. Describes detailed accounts of physico-chemical-based reuse and recycle methodologies. Covers innovative approaches for the reutilization and management of industrial wastes.

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: Provides readers with a thorough understanding of microreactor technology, covering fundamental principles, design, and a wide range of applications. Aligns with global efforts toward sustainability by showcasing how microreactors can reduce waste and enhance energy efficiency. Emphasizes that microreactors are primarily valuable for generating insights and refining designs before larger-scale pilot plant installations. Balances the focus on both the "e;how"e; and the "e;why"e; of microreactor technology, addressing both technical aspects and broader industrial implications. Includes practical examples, case studies, and pedagogical content. 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.