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Full Description
With the growth of the world population and the production of more waste, the world needs to implement sustainable waste management to make better use of our resources. Biorefineries are an essential technology in converting biomass into useful materials. This volume provides a comprehensive overview of biorefining processing techniques, technologies, and materials that can use waste products in a number of innovative ways. It covers proven case studies that demonstrate the most advanced and innovative processes and product developments on waste biorefinery principles. This new book also provides valuable data and technologies that consider environmental impacts.
This reference book is divided into three sections that provide a thoughtful outlook on technologies associated with waste biorefinery. In the first section, the reader is introduced to recent steps toward renewable and clean energy along with waste-to-energy technologies. The second section of this book is devoted to modern technologies for waste valorization that holds a valuable prospective for a sustainable green world. In the last section of the book, the authors consider the future energy, green products, and waste treatment.
This volume is a practical guide for postgraduate scholars and scientists interested in waste biorefinery. Readers will also gain a broader overview on theory and application of this important field.
Contents
PART I: STEPS TOWARD RENEWABLE AND CLEAN ENERGY 1. Use of Biowaste for the Preparation of Carbon Materials and Its Application in Redox Flow Batteries and Other Energy Storage Devices 2. Coupling Efficiency Measurement and Spatial Correlation of Energy Investment: Economic and Pollution Nexus in China 3. Green Energy in Malaysia: A Pathway Towards Sustainable Development PART II: EMERGING TECHNOLOGIES FOR WASTE VALORIZATION 4. Emerging and Eco-Friendly Approaches for Green Contaminated Water Effluent Remediation Alternatives: Compilations of Case-Based Analyses to Sustainability 5. From Waste to Building Blocks: How to Transform a Major Environmental Problem into a Solution 6. Biomass to Biobutanol: Current Trends and Challenges 7. The Potential of Developing Aquaculture Feed from Organic By-Products 8. Use of Pineapple (Ananas comosus L.) Waste and Its Application in Different Biotechnological Sectors PART III: POTENTIAL AND PERSPECTIVES 9. Waste Biorefineries: Future Energy, Green Products and Waste Treatment
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