Priya Banerjee – författare

Microbial and Biochar Technology for Waste Valorization delves into the innovative integration of microbial and biochar technologies, presenting a compelling case for their combined utilization in waste reuse to aid environmental sustainability. The book opens with a discussion of current and emerging environmental issues and the need for implementing integrated microbe-biochar processes. Initial chapters explore the fundamentals of biochar, its sources, synthesis routes, characterization methods, its impact on soil, environment, and water microbiomes, and approaches to biochar production.The book then delves deeper into its role in environmental remediation, its suitability as a microbe carrier, and the combination of biochar and microbes for various applications, including microbial fuel cells, biofertilizer, biopesticide, and water treatment processes. Final sections highlight the use of machine learning and AI for predicting biochar characteristics, biochar's potential in promoting a circular economy and carbon neutrality, and future directions for biochar-microbe applications.Highlights the synergistic use of biochar and microorganisms for sustainable waste treatmentProvides detailed exploration of biochar sources, modifications, and applications for environmental remediation and waste valorizationEmphasizes eco-friendly, cost-effective methods for improving soil fertility, carbon sequestration, and bioremediationFeatures the latest advancements in biochar-microbe technologies for achieving a circular economy

Microbial and Biochar Technology for Waste Valorization delves into the innovative integration of microbial and biochar technologies, presenting a compelling case for their combined utilization in waste reuse to aid environmental sustainability. The book opens with a discussion of current and emerging environmental issues and the need for implementing integrated microbe-biochar processes. Initial chapters explore the fundamentals of biochar, its sources, synthesis routes, characterization methods, its impact on soil, environment, and water microbiomes, and approaches to biochar production.The book then delves deeper into its role in environmental remediation, its suitability as a microbe carrier, and the combination of biochar and microbes for various applications, including microbial fuel cells, biofertilizer, biopesticide, and water treatment processes. Final sections highlight the use of machine learning and AI for predicting biochar characteristics, biochar's potential in promoting a circular economy and carbon neutrality, and future directions for biochar-microbe applications. - Highlights the synergistic use of biochar and microorganisms for sustainable waste treatment- Provides detailed exploration of biochar sources, modifications, and applications for environmental remediation and waste valorization- Emphasizes eco-friendly, cost-effective methods for improving soil fertility, carbon sequestration, and bioremediation- Features the latest advancements in biochar-microbe technologies for achieving a circular economy

The introduction of emerging contaminants through anthropogenic activities and industrial discharges has raised significant public health concerns worldwide. Various techniques, including bioremediation, have been explored for their effectiveness in removing pollutants from water bodies and effluents. Microorganisms, particularly bacteria and fungi, have emerged as promising candidates for bioremediation due to their abundance, diversity, and ability to thrive under various conditions. Microbes and Enzymes for Water Treatment and Remediation covers a range of topics, from the role of microorganisms and enzymes in efficient pollutant removal to recent advances in microbial immobilization and enzymatic systems for enhanced wastewater treatment. The book provides up-to-date insights into the potential of microbial and enzyme-based processes for wastewater treatment, addressing challenges and limitations while offering alternative methods for effluent treatment and water reclamation. It serves as a valuable resource for understanding the interplay between microbial, biological, and chemical components in the remediation of toxic aqueous pollutants, aiding both researchers and industrialists in advancing environmental stewardship efforts.Offers comprehensive coverage of emerging contaminants and their impact on public health.Provides in-depth exploration of bioremediation techniques utilizing microbial and enzymatic pathways.Addresses the limitations and challenges of the existing microbial and enzyme-based processes for wastewater treatment.

The introduction of emerging contaminants through anthropogenic activities and industrial discharges has raised significant public health concerns worldwide. Various techniques, including bioremediation, have been explored for their effectiveness in removing pollutants from water bodies and effluents. Microorganisms, particularly bacteria and fungi, have emerged as promising candidates for bioremediation due to their abundance, diversity, and ability to thrive under various conditions. Microbes and Enzymes for Water Treatment and Remediation covers a range of topics, from the role of microorganisms and enzymes in efficient pollutant removal to recent advances in microbial immobilization and enzymatic systems for enhanced wastewater treatment. The book provides up-to-date insights into the potential of microbial and enzyme-based processes for wastewater treatment, addressing challenges and limitations while offering alternative methods for effluent treatment and water reclamation. It serves as a valuable resource for understanding the interplay between microbial, biological, and chemical components in the remediation of toxic aqueous pollutants, aiding both researchers and industrialists in advancing environmental stewardship efforts.Offers comprehensive coverage of emerging contaminants and their impact on public health.Provides in-depth exploration of bioremediation techniques utilizing microbial and enzymatic pathways.Addresses the limitations and challenges of the existing microbial and enzyme-based processes for wastewater treatment.

The introduction of emerging contaminants through anthropogenic activities and industrial discharges has raised significant public health concerns worldwide. Various techniques, including bioremediation, have been explored for their effectiveness in removing pollutants from water bodies and effluents. Microorganisms, particularly bacteria and fungi, have emerged as promising candidates for bioremediation due to their abundance, diversity, and ability to thrive under various conditions. Microbes and Enzymes for Water Treatment and Remediation covers a range of topics, from the role of microorganisms and enzymes in efficient pollutant removal to recent advances in microbial immobilization and enzymatic systems for enhanced wastewater treatment. The book provides up-to-date insights into the potential of microbial and enzyme-based processes for wastewater treatment, addressing challenges and limitations while offering alternative methods for effluent treatment and water reclamation. It serves as a valuable resource for understanding the interplay between microbial, biological, and chemical components in the remediation of toxic aqueous pollutants, aiding both researchers and industrialists in advancing environmental stewardship efforts.

Offers comprehensive coverage of emerging contaminants and their impact on public health. Provides in-depth exploration of bioremediation techniques utilizing microbial and enzymatic pathways. Addresses the limitations and challenges of the existing microbial and enzyme-based processes for wastewater treatment.

The introduction of emerging contaminants through anthropogenic activities and industrial discharges has raised significant public health concerns worldwide. Various techniques, including bioremediation, have been explored for their effectiveness in removing pollutants from water bodies and effluents. Microorganisms, particularly bacteria and fungi, have emerged as promising candidates for bioremediation due to their abundance, diversity, and ability to thrive under various conditions. Microbes and Enzymes for Water Treatment and Remediation covers a range of topics, from the role of microorganisms and enzymes in efficient pollutant removal to recent advances in microbial immobilization and enzymatic systems for enhanced wastewater treatment. The book provides up-to-date insights into the potential of microbial and enzyme-based processes for wastewater treatment, addressing challenges and limitations while offering alternative methods for effluent treatment and water reclamation. It serves as a valuable resource for understanding the interplay between microbial, biological, and chemical components in the remediation of toxic aqueous pollutants, aiding both researchers and industrialists in advancing environmental stewardship efforts.

Offers comprehensive coverage of emerging contaminants and their impact on public health. Provides in-depth exploration of bioremediation techniques utilizing microbial and enzymatic pathways. Addresses the limitations and challenges of the existing microbial and enzyme-based processes for wastewater treatment.

Natural wetlands, often referred to as the “kidneys of the Earth,” are vital ecosystems that provide a range of ecological, economic, and social benefits. They purify water, control floods, recharge groundwater, store carbon, and support an immense diversity of plant and animal species. Despite their crucial role, wetlands are under severe threat from human activities such as agriculture, urbanization, pollution, and unsustainable development. The growing impact of climate change exacerbates these threats, making the conservation and management of wetlands even more urgent.This new book, Wetland Management for Biodiversity Conservation and Climate Change Mitigation, explores the intricate relationship between wetland ecosystems, biodiversity, and climate change. It brings together cutting-edge research, expert analyses, and case studies from across India and beyond, addressing both the challenges wetlands face and the strategies needed to conserve them. The chapters provide a comprehensive overview of the current status of wetlands, the threats they encounter, and the actions required to protect and restore these critical ecosystems.The volume first provides an overview of the current status of wetlands globally, exploring the ecological significance of wetlands and outlining the major threats they face, from habitat destruction to pollution and climate-induced changes. Chapters delve into the role of wetlands as ecosystem engineers, demonstrating how these habitats regulate water cycles, support biodiversity, and contribute to human well-being. Also addressed are the complex challenges of restoring degraded wetlands and enhancing their resilience in the face of climate change. Key topics such as methane emissions, biodiversity loss, and greenhouse gas sequestration are explored to highlight both the positive and negative impacts of wetlands on the global climate.The volume discusses the strategies needed to safeguard wetlands and the species they support. It examines wetland ecosystems from a conservation biology perspective, addressing the urgent need to halt the decline of biodiversity and ecosystem services. Case studies demonstrate successful restoration efforts, showcasing the potential for wetland conservation to reverse environmental damage and restore ecological balance.Focusing on the management of wetlands, the book offers practical tools and frameworks for enhancing the effectiveness of wetland conservation programs. It discusses the Management Effectiveness Tracking Tool (METT) and other methodologies for monitoring and managing wetland health. Additionally, it reviews the economic value of wetland products and services, highlighting the importance of recognizing wetlands not just as ecological assets but also as economic resources that provide livelihoods for millions of people. The role of remote sensing and other technological innovations in wetland management is also explored, providing a modern approach to tracking wetland conditions, evaluating conservation outcomes, and guiding future restoration efforts.Serving as a call to action for all those involved in environmental conservation and policy, this volume, through collaborative efforts and informed by rigorous science and guided by sustainable practices, provides valuable insights for professionals and researchers working in the field of wetland conservation in various disciplines, as well as for faculty and students in environmental sciences and conservation.

This book provides comprehensive description of polymeric membranes in water treatment and remediation. It describes both the sustainability challenges and new opportunities to use membranes for water decontamination. It also discusses the environmental-related issues, challenges and advantages of using membrane-based systems and provides comprehensive description of various polymeric membranes, nanomaterials, biomolecules and their integrated systems for wastewater treatment. Various topics covered in this book are direct pressure-driven and osmotic-driven membrane processes, hybrid membrane processes (such as membrane bioreactors and integrating membrane separation with other processes), and resource recovery-oriented membrane-based processes. The book will be useful for students, researchers and professionals working in the area of materials science and environmental chemistry.

This book provides comprehensive description of polymeric membranes in water treatment and remediation. It describes both the sustainability challenges and new opportunities to use membranes for water decontamination. It also discusses the environmental-related issues, challenges and advantages of using membrane-based systems and provides comprehensive description of various polymeric membranes, nanomaterials, biomolecules and their integrated systems for wastewater treatment. Various topics covered in this book are direct pressure-driven and osmotic-driven membrane processes, hybrid membrane processes (such as membrane bioreactors and integrating membrane separation with other processes), and resource recovery-oriented membrane-based processes. The book will be useful for students, researchers and professionals working in the area of materials science and environmental chemistry.