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This book highlights the characteristics, aims, and applications of microorganisms as a crucial solution for sustainable management of the toxic pollutants in aquatic ecosystems, soil, and air. It facilitates biotechnology towards the development of more sustainable biological systems by minimizing the level of harmful toxic substances and reducing the toxic effects in current chemical processes. It serves as a useful guide for a diverse community of practicing professionals, researchers, students (undergraduate and postgraduate), innovators involved in biotechnology research, and policymakers engaged in the development of strategies to deal with challenges of current environmental issues and working in the bioremediation field.Features: Highlights the characteristics and applications of microorganisms as a crucial solution for sustainable management of pollutants in soil, water, and air Examines how biotechnology can be used to remediate emerging toxic pollutants/contaminants from industrial wastewater and for nano-filtration applications Discusses how bionanomaterials-based sensors can be practically used for monitoring air and water pollution, as well as resource recovery from wastewater

The book places a strong emphasis on the significance of synthesizing nanomaterials and explores various methods of achieving this, with particular attention given to the production of environmentally friendly or'green'nanomaterials. This book illustrates the current gaps in the agriculture and food industry, and explores the potential applications of nanomaterials within this field. The integration of nanotechnology into the fields of biology and biochemistry holds the potential to exert a significant impact on the food industry in the future. This book comprehensively explores the various facets of design, utilization, and implementation of green nanomaterials within the agriculture and food industry. It delves into their applications in areas such as fertilizers, sensors, food processing, food packaging, and sustainable agricultural practices. Additionally, this book explores the current limitations and potential solutions in the field of green nanomaterials, highlighting their role in fostering a sustainable economy.Features: Addressing the global food crisis and presenting a picture of depleting food reserves Importance of nanomaterials and their efficient utilization Green synthesis of nanomaterials Utilization of green nanomaterials for development of smart and sustainable agriculture Emergence and growing application of green nanomaterials in the food industry Green nanomaterials towards a sustainable economy Existing challenges and limitations, with future prospects of using green nanomaterials in food and agricultural conversion devices