Biomass in Small-Scale Energy Applications: Theory and Practice

Part 1. Perspectives of Using Raw and Processed Biomass in Small-Scale Energy Systems 1. Thermochemical Processing of Solid Biomass. Part 2: Economic Issues of Biomass- Based Small-Scale Energy Systems 2. Economic Issues of Biomass-Based Small-Scale Energy Systems. Part 3: Environmental Issues of Biomass- Based Small-Scale Energy Systems 3. Environmental Impacts of Biofuel-Fired Small Boilers and Gasifiers 4. Emissions of Pollutants from Biomass Combustion: Relevant Regulatory Measures and Abatement Techniques 5. Monitoring and Modeling of Pollutant Emissions from Small-Scale Biomass Combustion 6. Calculation Approach to Fulfill Emission and Energy Efficiency Limits of Individually Built Tiled Stoves (Kachelofen). Part 4: Heat and Power Generation Systems Based on Biomass Thermochemical Conversion 7. Novel and Hybrid Biomass-Based Polygeneration Systems 8. Application of Thermoelectric Power Generators in Small-Scale Heating Devices 9. Straw-Fired Boilers as a Heat Source for Micro-Cogeneration Systems 10. Straw Drying: The Way to More Energy Production in Straw—Fired Batch Boilers 11. Assessing the Feasibility of Renewable Energy Sources for Treatment of Biomass from Wastewater Treatment 12. Biomass-Based Low-Capacity Gas Generator as a Fuel Source 13. Production of Generator Gas from Biomass and Fuels from Waste on a Small ScalePart 5: Computational Fluid Dynamics as a Modern Tool in Studies of Biomass- Based Small-Scale Energy Devices.14. Computational Fluid Dynamics as a Modern Tool in Studies of Biomass-Based Small-Scale Energy Devices