Current Developments in Biotechnology and Bioengineering

<p>SECTION A: Potential Bioresources</p> <p>1. Bioresources and their significance: prospects and obstacles</p> <p>2. Valorization of agricultural wastes for multi-dimensional use</p> <p>3. Vermicomposting: Earthworms as potent bioresources for biomass conversion</p> <p>4. Unconventional bioresources and their prospects: focus on spent-straw and biochar</p> <p>5. Agro-based industrial wastes as potent sources of alternative energy and organic fertilizers</p> <p>6. Biowaste to Biogas Production: Recent Microbial and Technological Updates</p> <p>7. Merging the margins for beneficial biofuels: An Indian perspective</p> <p>8. An evaluation of different climate matrices used in biomass energy research</p> <p>9. Resource recovery from wastewater: a new approach with alkaline dehydration of urine at source</p> <p>10. Circular Economy: Transforming Useless Solid-Wastes to Useful Products</p> <p>SECTION B: Economics of bioresources</p> <p>11. Industrial Perspective of Food Preservatives from Microbial Origin</p> <p>12. Gasification Technologies and Their Energy Potentials</p> <p>SECTION C: Economic sustainability of the bioresources</p> <p>13. Sustainability analysis of large scale composting of food-wastes</p> <p>14. Valorization of Municipal Solid Waste in Bio-refineries for the Creation of a Circular Economy: Role of Emerging Technologies</p> <p>15. Sustainable agriculture, fishery and forestry for a bioeconomy</p> <p>16. Bio-economy and Environmental Sustainability: A Social, Political and Scientific Nexus Framework for Life Cycle Sustainability Assessment</p> <p>17. Biomass energy with carbon capture and storage (BECCS)</p> <p>SECTION D: Alternative approaches in bioeconomy of bioresources</p> <p>18. Ayurveda and its role in Indian bioeconomy</p> <p>19. Bio-village as a model for bioeconomy </p> <p>20. Aquaponics for Resource Recovery and Organic Food Productions</p> <p>21. Traditional bioeconomy versus modern technology-based bioeconomy</p>