Shubha Dwivedi – författare

Integrated Biotechnological Solutions for the Treatment of Industrial Wastewater: For a Healthy and Sustainable Environment: Developments in Wastewater Treatment Research and Processes presents the latest studies on biotechnological concepts and their role in revolutionizing conventional treatment methods accompanied with eliminating or minimizing negative influence of hazardous contaminants (industrial) on human health and the environment. This book highlights the characteristics, aims, and applications of integrated biotechnology as an ultimate solution for sustainable management of the industrial wastewater, showcasing the importance of multi-disciplinary research, and the need to develop integrated bioengineering systems. Engineers and applied scientists, researchers, environmental biotechnologists, practitioners, and innovators involved in environmental research will find this book to be a welcomed resource.Presents a broad and thematic framework on integrated biotechnological processes in industrial wastewater management for increasing sustainability and resilienceHighlights applications in high priority waste(s) and wastewater collection and management for supporting ecological sustainabilityIntroduces an integrated approach in industrial waste(s) valorization with zero discharge to reduce ecological footprint

This book highlights the characteristics, aims, and applications of bionanotechnology as a possible solution for sustainable management and bioremediation of environmental pollutants. It covers remediation of toxic pollutants, removal of emerging contaminants from industrial wastewater, eco-design and modification study of bio-nanoparticles and life-cycle assessment, nano-filtration, bio-nanomaterials based sensors for monitoring air and water pollution, resource recovery from wastewater, and highlights Internet of things-based green nanotechnology.Provides a comprehensive solution of environmental problems in sustainable and cost-effective modeReviews bionanotechnological applications in nanomaterials design, modification, and treatment of emerging contaminants from industrial wastewaterCovers Eco-design study of bio-nanomaterials, bio-nano filters, and assessment for the treatment of emerging pollutantsIncludes IoT- based bionanotechnologyExplores future research needs on bionanotechnology and scientific challenges in the mitigation of environmental pollutantsThis book is aimed at researchers, professionals, and graduate students in nanobiotechnology, environmental engineering, biotechnology.

This book highlights the characteristics, aims, and applications of bionanotechnology as a possible solution for sustainable management and bioremediation of environmental pollutants. It covers remediation of toxic pollutants, removal of emerging contaminants from industrial wastewater, eco-design and modification study of bio-nanoparticles and life-cycle assessment, nano-filtration, bio-nanomaterials based sensors for monitoring air and water pollution, resource recovery from wastewater, and highlights Internet of things-based green nanotechnology.Provides a comprehensive solution of environmental problems in sustainable and cost-effective modeReviews bionanotechnological applications in nanomaterials design, modification, and treatment of emerging contaminants from industrial wastewaterCovers Eco-design study of bio-nanomaterials, bio-nano filters, and assessment for the treatment of emerging pollutantsIncludes IoT- based bionanotechnologyExplores future research needs on bionanotechnology and scientific challenges in the mitigation of environmental pollutantsThis book is aimed at researchers, professionals, and graduate students in nanobiotechnology, environmental engineering, biotechnology.

Bionanotechnology Towards Green Energy explains the role of bionanotechnology in the next generation technologies of green energy from an interdisciplinary and sustainability perspective. Chapters cover different roles of bionanotechnology such as applications of bio-nano enabled materials/coatings, scaling-up of green energy production, design and synthesis of bio-inspired nanomaterials and their applications, bio-nanofluid-based photovoltaic thermal systems, the use of bio-templated and biomimetic materials, and so forth. It focuses on waste-to-energy conversion and fixing intricate environmental issues.Key features:Provides detailed coverage of green energy production through bionanotechnological interventionReviews future research needs in bionanotechnology in the green energy sector and scientific challenges in the mitigation of energy crisesDeals with cutting-edge research on microbial synergism in biohydrogen production and storageDiscusses the fabrication of bio-nano/hybrid electrode materials for supercapacitors and energy storage devicesIncludes extensive illustrations, case studies, summary tables, and up-to-date referencesThis book is aimed at researchers and professionals in bionanotechnology, energy sciences, and environmental engineering.

Bionanotechnology Towards Green Energy explains the role of bionanotechnology in the next generation technologies of green energy from an interdisciplinary and sustainability perspective. Chapters cover different roles of bionanotechnology such as applications of bio-nano enabled materials/coatings, scaling-up of green energy production, design and synthesis of bio-inspired nanomaterials and their applications, bio-nanofluid-based photovoltaic thermal systems, the use of bio-templated and biomimetic materials, and so forth. It focuses on waste-to-energy conversion and fixing intricate environmental issues.Key features:Provides detailed coverage of green energy production through bionanotechnological interventionReviews future research needs in bionanotechnology in the green energy sector and scientific challenges in the mitigation of energy crisesDeals with cutting-edge research on microbial synergism in biohydrogen production and storageDiscusses the fabrication of bio-nano/hybrid electrode materials for supercapacitors and energy storage devicesIncludes extensive illustrations, case studies, summary tables, and up-to-date referencesThis book is aimed at researchers and professionals in bionanotechnology, energy sciences, and environmental engineering.

This book discusses advanced research in mitigation of heavily polluted environments through a sustainable biotechnological remedial framework along with their role in betterment of conventional treatment methods. It includes a sustainable biotechnology-based approach to rejuvenate the heavily polluted environment, highlighting the technical, scientific, regulatory, safety, and societal impacts. It discusses current sustainable solutions and contemporary challenges of bioremediation of environmental pollutants using biotechnology-based interventions.Features:Provides understanding of biotechnology-based sustainable framework and its potential in rejuvenation of heavily polluted environments.Discusses nature-based solutions as a sustainable tool for net-zero emission transition and emerging economies.Provides the latest information and innovative scaffold as a support tool for fixing the heavily polluted environmental issues in a sustainable way.Sheds light on future research needs on advances of biotechnological intervention in managing the complicated environmental issues.Highlights the importance of multi-disciplinary research and integrated bioengineering systems.This book is aimed at graduate students and researchers in waste management, environmental engineering, biotechnology and clean technologies.

NEXT-GENERATION ALGAEThis book brings together experts in relevant fields to describe the successful application of algae and their derivatives in agriculture, improving agricultural sustainability, harvesting and processing, food security, fishery, aquafarming, agriculture pollution, and state-of-the-art developments of algae in commercial and agriculture utilization.This book provides up-to-date and cutting-edge information on the application of algae in producing sustainable solutions to various challenges that arise from an increase in agricultural production, as well as its utilization in the bioremediation of industrial wastewater. Moreover, the book provides detailed information about the recent advancements in smart microalgae wastewater treatment using Internet of Things (IoT) and edge computing applications. Other topics covered include the use of microalgae in various applications; the use of algae to remove arsenic; algae’s role in plastic biodegradation, heavy metal bioremediation, and toxicity removal from industrial wastewater; the application of DNA transfer techniques in algae; the use of algae as food and in the production of food, ascorbic acid, health food, supplements, and food surrogates; relevant biostimulants and biofertilizers that could be derived from cyanobacterials and their role in sustainable agriculture; and algae’s application in the effective production of biofuels and bioenergy.AudienceThis book is aimed at a diverse audience including professionals, scientists, environmentalists, industrialists, researchers, innovators, and policymakers who have an interest in bioremediation technologies for extremely polluted environments, especially in water, air, and soil.

NEXT-GENERATION ALGAE The book comprehensively details the novel and biologically active compounds derived from algae for sustainable healthcare delivery that could be used for the treatment of an ever-increasing population, prevention of high rate of morbidity rates, as well as in the treatment of numerous diseases, and serve as an alternative drug for the prevention of high level of resistance to synthetic drugs. This second volume places a special emphasis on the discovery of novel and biologically active compounds from algae. It covers a wide range of applications, including the use of astaxanthin and carotenoids derived from algae for the production of nutraceuticals, pharmaceuticals, additives, food supplements, and feed. The book also discusses the production of polyunsaturated fatty acids (PUFAs) and their biomedical applications, recent advancements in the research of sulfated polysaccharides from algal origin, and their antiulcer bioactivities. Other topics include the application of algae in wound healing, the use of nanotechnology for the bioengineering of useful metabolites derived from algae and their multifaceted applications, and the production of single-cell proteins and pigments with high relevance in the industry. Audience Researchers in industry and academia as well as clinicians in the fields of microbiology, biotechnology, and food science will find this book very pertinent.

Shape the future of the environment with this comprehensive guide to solutions for the future of waste management through bioengineering. As global industries and healthcare systems continue to expand, the need for effective and sustainable waste management strategies has become more critical. The improper disposal of industrial and biomedical waste in open dumps and landfills carries the risk of providing environmental entry points for toxic compounds like heavy metals, volatile organic compounds, inorganic macrocomponents, and xenobiotic organic compounds. In spite of the health hazards and environmental risks, the management of industrial and biomedical pollutants is not prioritized in many parts of the world, creating demand for the development of effective, eco-friendly, cost-effective, reliable, and sustainable bio-based technologies to monitor and protect the environment from harmful waste. This book highlights the characteristics, aims, and applications of advanced biotechnological methods as the ultimate solution for sustainable management of a critically polluted environment. Expert insights will introduce a sustainable biotechnological approach for the remediation of industrial and biomedical wastes and their advancement, including its technical, scientific, regulatory, safety, and societal impacts. Readers will find the volume: Introduces intelligent applications in high-priority waste and wastewater collection and management for supporting ecological sustainability;Presents the state-of-the-art in emerging technologies for resource recovery from industrial and biomedical waste and wastewater, and linear and circular bioeconomy models;Highlights integrated bioengineering systems for biomedical waste clean-up using high-throughput approaches with zero discharge, and their computational approaches and techno-economic feasibility;Explores future research for biotechnological intervention to fix the environmental issues and scientific challenges for sustainability.Audience Biotechnologists, microbiologists, nanotechnologists, environmental biotechnologists, industrialists, municipal and environmental engineers, and policymakers looking for strategies to deal with challenges of current environmental issues and waste management in sustainable and effective manners.