In this video, I just offered a basic knowledge of Photobioreactors techniques within explanation their design and mechanisms. Furthermore, some of their advantages and limitations are discussed
Thank you. 1. How does dissolved oxygen content effect the productivity in horizontal PBR? 2. What is the best PBR in each types (vertical, horizontal, tank and panel)? And which types gives highest productivity?
Could you explain more regarding the limitation of flat panel photobioreactor: What do you mean by aeration that causes hydrodynamic stress? Will you do any experiment using photobioreactors in our laboratory or only collecting data through journals?
Thank you for your presentation. 1.Does your study related to photobioreactor? 2. In algae company around the world which one of PB is the most used? And why?
Thank you for the presentation, Anas. It was mentioned that it is crucial to choose a suitable photobioreactor types for microalgae cultivation. But, is there any correlation between types of PBR and microalgae commercialization purposes? Could you give example, what type of PBR is most suitable for commercial astaxanthin production? Or what type of PBR is most suitable for wastewater treatment system using microalgae? And maybe for other commercialization purposes. As the systems may requires different reactor configuration.
1.What do you mean by “bubble column affect the light and dark cycle? 2.What is the example of microalgae species that can be used in horizontal tube photobioreactor? 3.what do you mean by hydrodynamic stress for flat panel bioreactor? 4. Which bioreactor is going to be used in your research?
Thanks for the presentation As your presentation is on closed and open systems, but you did not discuss about any of the open systems Like circular ponds, raceway ponds
![Algae Photobioreactor [Overview] - The PBR 1250L by Industrial Plankton](/img/n.gif)
Thank you. 1. How does dissolved oxygen content effect the productivity in horizontal PBR? 2. What is the best PBR in each types (vertical, horizontal, tank and panel)? And which types gives highest productivity?
Thank you for your presentation. My question is which PBR do you think is the best one?
Could you explain more regarding the limitation of flat panel photobioreactor: What do you mean by aeration that causes hydrodynamic stress?
Will you do any experiment using photobioreactors in our laboratory or only collecting data through journals?
Thank you for your presentation.
1.Does your study related to photobioreactor?
2. In algae company around the world which one of PB is the most used? And why?
Thank you for the presentation, Anas. It was mentioned that it is crucial to choose a suitable photobioreactor types for microalgae cultivation. But, is there any correlation between types of PBR and microalgae commercialization purposes? Could you give example, what type of PBR is most suitable for commercial astaxanthin production? Or what type of PBR is most suitable for wastewater treatment system using microalgae? And maybe for other commercialization purposes. As the systems may requires different reactor configuration.
1.What do you mean by “bubble column affect the light and dark cycle?
2.What is the example of microalgae species that can be used in horizontal tube photobioreactor?
3.what do you mean by hydrodynamic stress for flat panel bioreactor?
4. Which bioreactor is going to be used in your research?
Thank you for the presentation. Can i know the minimum size of photobioreactor that can be used in lab?
Thanks for the presentation
As your presentation is on closed and open systems, but you did not discuss about any of the open systems
Like circular ponds, raceway ponds