Current Developments in Biotechnology and Bioengineering

A. General on membrane, materials and monitoring<br>1. Types and features of the membrane <br>2. Membrane processes for energy generation and mineral recovery <br>3. Photocatalytic materials-based membrane for hydrogen production from water <br>4. Real time monitoring technologies for the fouling in the membrane process <br>5. Modifications of membrane materials for anaerobic membrane bioreactor applications <br><br>B. Membrane for water and wastewater treatment<br>6. Life Cycle Perspectives of Membrane Based Water and Wastewater Treatment Systems<br>7. Progress in ultralow pressure membrane system for water treatment <br>8. Commercial-scale membrane-based produced water treatment plants <br>9. Membrane bioreactor for wastewater reuse: recent trends in improving membrane operation and energy efficiency <br>10. Membrane bioreactor for wastewater treatment: fouling and abatement strategies <br>11. Membrane and filtration processes for microplastics removal <br>12. Membrane bioreactor technology for municipal landfill leachate treatment <br>13. High retention membrane bioreactors for removal of emerging pollutants from wastewater <br>14. Hybrid membrane bioreactors for wastewater treatment <br>15. Engineered membrane processes for nutrient removal and microalgae harvesting <br>16. Recent advance in self-forming dynamic membrane bioreactors (SFDMBRs) for wastewater treatment<br><br>C. Membrane processes (MD-RO-FO)<br>17. Potentialities of Membrane Distillation, Membrane Crystallizers and Membrane Condensers and related processes <br>18. Membrane distillation process: Fouling-wetting phenomena and control <br>19. Membrane distillation technology applied in water resource <br>20. Membrane Distillation for Wastewater Treatment <br>21. Membrane distillation in water reuse: Challenges and perspectives　 <br>22. Combined membrane distillation-liquid desiccant air conditioning for energy-efficient thermal comfort provision in buildings <br>23. Osmosis-Assisted Processes for High-efficient Water Recovery <br>24. Reverse osmosis membrane development and industrial applications <br>25. Forward osmosis: principle and recent applications in sustainable water and energy development <br>26. Forward osmosis for nutrient recovery and water reuse