Rene

[Rene @renegold8]

@ConorPOMalley @AkhilAgaku @dennayyyyy @GabyBaezG @JJForsterIII Hi, thanks! In order to transport the liquid ammonia safely, we are partnering with a hazardous material transport service (expertise, in special tanks designed to withstand high pressure to avoid any ruptures or breaks). These would be loaded onto trucks for transport to farms.

[Rene @renegold8]

@chris_gagnon88 @mills_car_neu @trincookis @DylanSayasith @christianhchoi Hi Team 13,
Love your name and title- super catchy! Have you considered a simulation to model the flow through your chip? I know it's tough with everything going on and not being able to do experiments currently, but maybe this can help strengthen your case.

[Rene @renegold8]

@JackVaughn_14 @pettawayallie @liyutha @eeisdorferNU @lydia43452672 @NU_ChemE Hi Group 14,
Great job on your poster, I love your visuals! Regarding the choice of Cu-Be, have you considered the toxicity and biocompatibility of the material? Is it safe to have those amounts of copper in the human body for extended periods of time?

[Rene @renegold8]

@MattWitkowsky @NU_ChemE @BrendanWhalen14 @DerkNasty_ @swolerito @MarcZoleta Hi Team 15,
Great work on your poster! Really cool technology you are working on. I am wondering if you have a mass balance that shows the relationship between the material, buffer, waste, etc? I think this would be beneficial to help explain your process.