IsabelHarriehausen

[IsabelHarriehausen @IHarrieha]

@IntAdsSoc @daaliaa22 @IsabelMoritz @rafa_morales90 @wilkins_ns Congratulations! You really helped bringing this event to life!! 🥳

[IsabelHarriehausen @IHarrieha]

@Isabell87901065 In my Bachelor Thesis I worked with the cultivation of Dunaliella Salina for the production of carotenes. They contained even more than 1 wt% carotenes but it was quite a challenge to cultivate them in a continuous process :D

[IsabelHarriehausen @IHarrieha]

@Isabell87901065 Cool! I didn't know that. Thank you :)

[IsabelHarriehausen @IHarrieha]

@lauriscris94 Hi Laura, thank you for the nice graphical visualization of your work. Have you also been able to regenerate the membrane desorption?

[IsabelHarriehausen @IHarrieha]

@GabbyElvir10 @wilkins_ns @IntAdsSoc Hi Gabriela, nice work! Do you have an idea which effect decreased the adsorption capacities for higher pyrolysis temperatures? Especially the low capacity after a treatment at 900 °C is surprising.

[IsabelHarriehausen @IHarrieha]

@hersonglez @IntAdsSoc Hello Herson, that's an interesting research topic! May I ask at which temperature you performed the adsorption and desorption. Also can you tell me why you chose the concentration of 0.075 M NaOH for desorption?

[IsabelHarriehausen @IHarrieha]

@NinfaSol1 Hello Ninfa, natural products tend to change in their properties from batch to batch. Did you observe significant differences and if yes, how did they influence the adsorption capacity?

[IsabelHarriehausen @IHarrieha]

@njcorrente Hello @njcorrente, it's great to see how good you can predict the adsorption stress. Can you expand your model to multicomponent mixtures and other types of adsorption isotherms?

[IsabelHarriehausen @IHarrieha]

@NinfaSol1 Hello @NinfaSol1, nice work! Could you explain the two different adsorption behaviours for a pyrolisis at 600°C and 2h in the first plot of your results to me?

[IsabelHarriehausen @IHarrieha]

@rafa_morales90 @IntAdsSoc Interesting work. May I ask on which assumptions did you fix the flow rate? Does its choice affect your optimal solid/gas ratio?

[IsabelHarriehausen @IHarrieha]

@Alfredo51438574 @wilkins_ns Hello @Alfredo51438574, do you already have plans to verify your modell predictions?

[IsabelHarriehausen @IHarrieha]

@IsabelMoritz Hey Isabel, I see that you still determine a negative loading for HCP-3. Did you find an explanation for this result? Is it cause by a varying moisture content of the adsorbent?