1. Introduction
  1.1 Background
  1.2 Objectives
2. Agricultural Waste as a Potential Energy Resource
  2.1 Types of Agricultural Waste
  2.2 Quantity and Availability of Agricultural Waste
  2.3 Environmental Impacts of Agricultural Waste
3. Conversion Technologies for Agricultural Waste-to-Energy
  3.1 Anaerobic Digestion
      3.1.1 Process Description
      3.1.2 Biogas Production and Composition
      3.1.3 Applications of Biogas
  3.2 Biomass Gasification
      3.2.1 Process Description
      3.2.2 Syngas Production and Composition
      3.2.3 Applications of Syngas
  3.3 Bioethanol Production
      3.3.1 Process Description
      3.3.2 Feedstock Selection and Pretreatment
      3.3.3 Bioethanol Production Methods
  3.4 Biodiesel Production
      3.4.1 Process Description
      3.4.2 Feedstock Selection and Pretreatment
      3.4.3 Biodiesel Production Methods
  3.5 Combustion and Cogeneration
      3.5.1 Process Description
      3.5.2 Electricity and Heat Generation
4. Benefits and Challenges of Agricultural Waste-to-Energy Conversion
  4.1 Environmental Benefits
  4.2 Economic Benefits
  4.3 Technological Challenges
  4.4 Policy and Regulatory Challenges
5. Contribution to Sustainable Agriculture and Rural Development
  5.1 Energy Independence and Security
  5.2 Waste Management and Environmental Sustainability
  5.3 Rural Employment and Income Generation
6. Case Studies and Success Stories
  6.1 Biogas Plants in Agricultural Settings
  6.2 Biofuel Production Facilities
  6.3 Integrated Waste-to-Energy Systems
7. Future Perspectives and Recommendations
  7.1 Technological Advancements and Research Needs
  7.2 Policy Support and Incentives
  7.3 Integration with Existing Energy Infrastructure
8. Conclusion
  8.1 Summary of Key Findings
  8.2 Implications for Agricultural and Energy Sectors
  8.3 Recommendations for Future Implementation