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Full Description
Green Technologies and Innovative Future for Waste Management: Development in Wastewater Treatment Research and Processes addresses the global interest in sustainable practices and the challenges faced by modern society. It explores the transformative potential of green technologies as sustainable alternatives to conventional methodologies and non-renewable resources. The book focuses on finding sustainable and renewable alternatives addressing the increase in industrial activities and unregulated discharge of pollutants into the environment, and provides exhaustive information on the remediation of wastewater and agricultural waste, which are crucial for shaping the global economy. The target audience for this book includes researchers, scientists, academicians, and professionals in agriculture, environmental science, waste management, sustainability, and bio-energy. It also aims to bridge the gap between the scientific community and policymakers, serving as a pivotal reference work for students, faculty members, environmentalists, and industrial practitioners in the field of green and bio-based technologies. The book offers insights into the paradigm shift towards environmental sustainability and future trajectories, fostering a diverse readership.
Contents
1. Assessing the global ecological footprint of green technologies via bibliometric study
2. Bioremediation strategies via utilizing microorganisms for wastewater remediation
3. Role of microbial consortia in remediation of wastewater a sustainable approach
4. Upscaling the waste water treatment plants for its effective commercialization
5. Advancements in new technologies to attain efficient upscaling of waste water treatment
6. Solid waste management a step towards eradicating the agricultural waste
7. Management of agricultural waste via its utilization in biorefinery
8. Role of Microorganism a critical foundation for biofuel production
9. An insight into the metabolic pathways of microbes to gain an insight into the synthesis of biofuel and value-added products
10. Biological degradation processes of plastic an insight into various scientific strategies
11. Microbial plastic decomposition and unravelling the biological mechanisms behind plastic waste degradation
12. Plant-microbe symbiosis for enhanced soil health and crop production
13. Microbial electrochemical systems: harnessing microbial electron transfer for bioelectricity
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