Energy Recovery from Organic Waste
Energy Recovery from Organic Waste
Thermochemical and Biochemical Processes
Manna, Suvendu; Sharma, Madhuben; Kamboj, Nitin; Suthar, Surendra Singh; Behera, Ajaya Kumar
Taylor & Francis Ltd
03/2026
314
Dura
Inglês
9781041003632
Pré-lançamento - envio 15 a 20 dias após a sua edição
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1. Overview of Global Organic Waste Generation Scenario 2. Thermo gasification of organic waste to convert into gaseous fuel. 3. Pyrolysis of Plastic Waste For Production of Fuel. 4. From Farm to Fuel: The Integrated Approach to Agro-Waste Valorization for Energy and Product Recovery. 5.Hybrid bioorganic waste for energy storage application. 6. Biowaste as Substrate for Bioethanol Production. 7.Biowaste to biohydrogen: an overview of the processes and environmental challenges. 8. Bioorganic Waste from Municipal Solid Waste: An Ultimate Resource to Convert to Energy. 9. Food Industry Wastewater: An Efficient Bioorganic Substrate to Produce Energy-rich Microbial Fuel Cells 10. Biowaste to Bioelectricity. 11. Bio-waste-derived carbons for the preparation of solar cells and supercapacitors. 12. Biorefinery: an integrated approach of organic waste recycling, energy production, and sustainable development. 13. Conversion of organic waste into hydrogen energy. 14.Organic Waste Conversion for the Supercapacitor. 15.Conversion of organic waste into bio-oil production 16. Organic waste for nanomaterial production for application of energy storage. 17. Organic Waste into Methane Production
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waste valorization;microbial fuel cells;advanced waste recycling;environmental biotechnology;agro-industrial residues;methane generation;organic waste energy conversion processes
1. Overview of Global Organic Waste Generation Scenario 2. Thermo gasification of organic waste to convert into gaseous fuel. 3. Pyrolysis of Plastic Waste For Production of Fuel. 4. From Farm to Fuel: The Integrated Approach to Agro-Waste Valorization for Energy and Product Recovery. 5.Hybrid bioorganic waste for energy storage application. 6. Biowaste as Substrate for Bioethanol Production. 7.Biowaste to biohydrogen: an overview of the processes and environmental challenges. 8. Bioorganic Waste from Municipal Solid Waste: An Ultimate Resource to Convert to Energy. 9. Food Industry Wastewater: An Efficient Bioorganic Substrate to Produce Energy-rich Microbial Fuel Cells 10. Biowaste to Bioelectricity. 11. Bio-waste-derived carbons for the preparation of solar cells and supercapacitors. 12. Biorefinery: an integrated approach of organic waste recycling, energy production, and sustainable development. 13. Conversion of organic waste into hydrogen energy. 14.Organic Waste Conversion for the Supercapacitor. 15.Conversion of organic waste into bio-oil production 16. Organic waste for nanomaterial production for application of energy storage. 17. Organic Waste into Methane Production
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.