Liyutha Al Ismaili

[Liyutha Al Ismaili @liyutha]

@rory_luk @lovestonedra @EdNtuiOKey @SeanScarbrough6 Great project team! Curious to know what the arrow under the P&ID section indicates?

[Liyutha Al Ismaili @liyutha]

@MyraA_Biochar @NU_ChemE @ScottS_Biochar @alexC_Biochar @RachelD_Biochar Great project team!! One recommendation I would add is to consider adding a dust collection system to reduce the risk of dust explosions!

[Liyutha Al Ismaili @liyutha]

@TheRealNatural @cwribaudo @nour_naja @PateraMagdalini @CharlesChierico @NU_ChemE Love the concept of this project! My question regards the next step of the project: How are you planning on testing the shampoo chassis of prototype 2?

[Liyutha Al Ismaili @liyutha]

@HamzaJastaniah @NU_ChemE Very well detailed project! My biggest concern is the waste produced by this process and how would it affect the environment? Other than that great job!

[Liyutha Al Ismaili @liyutha]

@MattWitkowsky @NU_ChemE @BrendanWhalen14 @DerkNasty_ @swolerito @MarcZoleta Amazing project group 15!! I didn't quite understand what CEX, AEX and DF stand for in figure 8, would you care clarify what those are?

[Liyutha Al Ismaili @liyutha]

@ConorPOMalley Cont'd: Based on research we found the volumetric flow rate is 212,646 mm^3/s going into the valve, and 212,646 mm^3/s out of the valve and these values are only for the moment in time where the valve is fully open, not an estimation of the average flow rate through the valve.

[Liyutha Al Ismaili @liyutha]

@ConorPOMalley @JackVaughn_14 @pettawayallie @eeisdorferNU @lydia43452672 @NU_ChemE Cont'd: As for flow rates, the amount of blood entering and leaving the valve is equivalent. The volumetric flow rate of blood can be approximated by multiplying the approximate velocity of blood flow by the area of the tube leading up to the valve.

[Liyutha Al Ismaili @liyutha]

@danteshepherd Thank you! We're engineers, we can P&ID everything😂😂