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Full Description
Growth of populations, increasing urbanization, and rising standards of living due to technological innovations demand not only the meticulous use of shrinking resources but also sustainable ways of producing materials for human welfare. Cleaner production involves preventive and protective initiatives which are intended to minimize waste and emissions and maximize product output. These novel microbiological techniques are a practical option for achieving environmental sustainability. Microbiology for Cleaner Production and Environmental Sustainability serves as a valuable source of information about microbiological advancements for a sustainability in diversified areas such as energy resources, food industries, agricultural production, and environmental remediation of pollution.
Features:
Covers key issues on the role of microbiology in the low-cost production of bioenergy
Provides comprehensive information on microorganisms for maximizing productivity in agriculture
Examines green pharmaceutical production
Provides the latest research on microbiological advancements in the restoration of contaminated sites
Contents
Section I: Microorganisms in Cleaner Production. 1. Production and commercial significance of biosurfactants. 2. Microalgae proteins as a sustainable food supply. 3. Microbial Production of Acetic Acid. 4. Conventional and Green Pharmaceutical Products - A Review. 5. Green Pharmaceutical Products and its benefit for Sustainability. 6. Current Trends in Microbial Production of Citric Acid, Applications, and Perspectives. 7. Anaerobic microbial communities for bioenergy production. 8. Applications of Microbially Synthesized Nanoparticles in Food Sciences. Section II: Understanding Microbiology for Environmental Sustainability. 9. Understanding the Soil Microbiome: Perspectives for Environmental Bioremediation. 10. Sensory Mechanism In Bacteria For Xenobiotics Utilization. 11. Biofilms: Recent advances in bioremediation. 12. Extracellular Enzymatic Activity of Bacteria in Aquatic Ecosystems. 13. Microbial Biomass and Activity, Enzyme Activities, and Microbial Community Composition Long-Term Effects of Aided Phytostabilisation of Trace Elements. Section III: Microbial Remediation. 14. Remediation Approaches in Environmental Sustainability. 15. Algae for plastic biodegradation: Emerging approach in mitigating marine pollution. 16. Bioremediation Of Dye. 17. Recent advancements in the bioremediation of heavy metals from the polluted environment by novel microorganisms. 18. Bioremediation Approaches for Treatment of Heavy metals, Pesticides and Antibiotics from the Environment. 19. Current Advanced Technological Tools for the Bioremediation of Pesticides. 20. Microbial remediation of Agricultural Soils contaminated with agrochemicals.
