Algal Bioreactors

Part I - Fundamentals of algae bioreactors<br>1. Introduction to algal bioreactors: The biotechnology core<br>2. Algae strains in bioreactors: the adaptability of commercial and emerging species for renewable resource production<br>3. Principles of interactions between physiology and bioreactor design<br>4. Global market of algae bioproducts from bioreactor systems<br>5. Intellectual property and innovation trends applied to algae bioreactors<br><br>Part II – Science and engineering of algae bioreactors<br>6. Predictive models of algae growth in bioreactors<br>7. Optimal growth and culture conditions for algae in bioreactors<br>8. Hydrodynamic performance of algae bioreactors<br>9. Transfer phenomena in algae bioreactors<br>10. Photosynthetic reactions in algae photobioreactors<br>11. Contamination control in algae bioreactors<br>12. Processes control approaches applied to bioreactor models<br>13. Physical and biokinetic processes of carbon biosequestration in algae bioreactors<br>14. Biochemicals reactions in algae bioreactors<br>15. The influence of low carbon to nitrogen (C/N ratio) on phycoremediation<br>16. Ultrasound in algal bioreactors: A Process intensification strategy for renewable resources production<br>17. Microwave application in algal bioreactors: A Process intensification strategy for renewable resources production<br>18. Computational analysis of algae bioreactors performance for renewable resources production<br>19. Internet of Things (IoT) use for remote monitoring of algae bioreactors for renewable resources production<br>20. Scale-up of algae bioreactors for renewable resources production<br>21. Installations of algae bioreactors: design and operational issues in commercial plants<br>22. Techno-economic aspects and operational costs of algae bioreactors for renewable resources production<br><br>Part III – Trends in algal bioreactors design for renewable resource production<br>23. Industrial fermenters for renewable resource production<br>24. Air-lift photobioreactors for renewable resource production<br>25. Tubular photobioreactors for renewable resource production<br>26. Flat-plate photobioreactors for renewable resource production<br>27. Column photobioreactors for renewable resource production<br>28. Bubble column photobioreactors for renewable resource production<br>29. Hybrid photobioreactors for renewable resource production<br>30. Plastic bags photobioreactors for renewable resource production<br>31. Annular photobioreactors for renewable resource production<br>32. Membrane photobioreactors for renewable resource production<br>33. Packed Bed Bioreactors for renewable resource production<br>34. Fluidized Bed Reactors for renewable resource production<br>35. Exergy analysis of algae bioreactors for renewable resources production<br>36. Design of clean-in-place systems in algal bioreactors for renewable resources production<br><br>Part IV – Bioprocesses, bioenergy, and bioproducts obtained from algae bioreactors<br>37. Enhancing anaerobic digestion processes in algae bioreactors for renewable products production<br>38. Biohydrogen production in algae bioreactors<br>39. Biodiesel production in algae bioreactors<br>40. Bioethanol production in algae bioreactors<br>41. Biomethane production in algae bioreactors<br>42. Bio-jet fuel production in algal bioreactors<br>43. Bioelectricity from microalgae-microbial fuel cell in bioreactors<br>44. Biofertilizers production in algal bioreactors<br>45. Biomass production in algae bioreactors<br>46. Proteins and amino acids production in algae bioreactors<br>47. Lipids, sterols, and fatty acids production in algae bioreactors<br>48. Pigments production in algae bioreactors<br>49. Bioreactors as core production of specific algal for food supplements<br>50. Biomedical applications of algal-based products<br><br>Part V - Environmental issues for algae bioreactors<br>51. Industrial wastewater in algae bioreactors<br>52. Algae bioreactors as strategies for heavy metal phycoremediation<br>53. Environmental assessment of algae bioreactors for renewable resources production<br>54. Carbon neutral in renewable resources from algae bioreactors: Is this possible?