Beth

[Beth @BethNCline]

@liperrea6 @NU_ChemE Thank you Lindsay! We plan on optimizing the capital costs of our process (which may alter some of the smaller components in the system), but are fixed on the large unit operations.

[Beth @BethNCline]

Design Poster for Group 3, showcasing the P&ID for an implemented microCHP system in residential use. The system will provide space heating , a potable hot water tank, and an electric heat pump, while reducing overall carbon emissions for the homeowner. #CHME4703Poster

[Beth @BethNCline]

@ELAIAENTERPRIS1 Hi Guys! Great Poster! I was wondering what safety parameters integrated into your design to prevent injury and negative environmental effects from your process.

[Beth @BethNCline]

@BeriloTimur @Riale_Gilligan @fugacitea @collin_rowe777 @Husnain_Sh Hi guys! Amazing poster! Looking at your P&ID, it seems like you have a decent amount of solvent tanks in your system. How do you plan on handling these waste streams / if there were an event that caused an overflow, how would you deal with it?

[Beth @BethNCline]

@ThomasJWebster1 @NU_ChemE Currently the upfront capital cost to install our system is steep, so it is not accessible to a large percent of the population. However, like solar panels, the materials and design of microCHP systems are improving exponentially and will be more cost effective in the near future

[Beth @BethNCline]

@ThomasJWebster1 @NU_ChemE The cold weather climate we are targeting includes the upper Midwest and Northeast regions of the United States; so areas with definite seasons, and a long cold period (below 50F for at least 6 months)

[Beth @BethNCline]

@AlexisLaundry @lucas_cohen521 @Drew_Cartier @alex_deeck