Hello all,
 
Shantanu and I have held a few planning meetings with Marc and Kasey from the YMCA for Dump & Run.  We’ve talked with F&S communicators and the staff who will be clearing out of the space we intend to use.  Shantanu has put together a draft communications plan, and he identified an improved collection container which we can purchase with the Student Sustainability Committee funds.  We also began planning for a community drop off location that would not be at the F&S building.
 
On Friday, Bryan Johnson arranged a quick phone call with Shantanu, Bryan, me, and Joe Glass at Housing.  We discussed the changes in campus and the anticipated student behavior, related to living in the residence halls.  We talked about the potential for several students leaving at random dates throughout the remainder of the semester, and how we could potentially still collect materials.  We also talked about the possibility of needing to cancel entirely for this year.  Ultimately, that decision will need more clarity about who is here in May.  Because we will not know which students choose to come back to campus after spring break until at least March 23, we are going to have a follow up discussion on 3/25.  
 
In the meantime, I am cancelling the meeting we had scheduled for tomorrow.  Our next group meeting will be on April 14 at 1pm, and it will be a Skype call.
 
Thank you,
Morgan
 

https://cee.illinois.edu/news/quad-day-benefit-cee-research-collaboration

Good morning Morgan,

I have gathered the numbers that correspond to an acre of solar cover. 

The estimate is that an acre of solar canopy could generate 760,536 kWh annually (this estimate takes into account the weather patterns of our location and possible shading/system inefficiencies).  

I remember you saying that right now the University pays $0.05 per kWh.  Our solar farms are charged $0.045 per kWh that they generate.  This means that $0.005 is saved for every kWh generated.  That can be used to estimate that an acre of solar canopy would save roughly $3,800 per year.  

I thought that I would also include the National Renewable Energy Laboratory’s estimate for what a solar retailer would charge per kWh of electricity in our area: $0.036.  This would mean that $0.014 could be saved per kWh on a solar canopy system, or roughly $10,650 per acre.  

Let me know what else I can find,

Ryan Day

Abby Culloton, a freshman in Civil and Environmental Engineering, put together a project proposal for the SmartWay program and presented it on February 28th. This proposal included why being an affiliate of this program would be beneficial to campus, who/ what departments across campus would be involved, proposed objectives, and other facts that needed to be considered. 

Attached is the full proposal.

I am on the team that did the Retrocommissioning project in 2018 and I would be happy to share some of our knowledge from that process.  Below is the link to a presentation of that project that we took to a Big Ten energy conference.   Some of our main takeaways are that the combination of chilled beams, dual HX wheels, coil sizing, occupancy ventilation, and thoughtful building pressurization have led to one of the most efficient buildings on campus.  Also, the heat pumps work well to heat/cool with electricity, but would be optimal if there were more of a reheat load, or a hot water loop to send reject heat to a neighboring building in summer, which campus is looking into in certain locations. 

https://www.fs.illinois.edu/services/utilities-energy/energy-conservation/rcx-energy-results

https://webtest2.fs.illinois.edu/docs/default-source/retro/big10-friends-mechanical-energy-conference-2018-09-30.pdf?sfvrsn=7a85cbea_2

Andy Robinson, LEED-AP, CEM

DDC Specialist, F&S Energy Services - RCx

The U.S. Department of Energy has awarded a $3.3 million grant to a multidis- ciplinary research team at the University of Illinois at Urbana-Champaign to develop a precise system for measuring greenhouse gas emissions from commercial bioenergy crops grown in central Illinois. 

The three-year project through the Insti- tute for Sustainability, Energy, and Environ- ment (iSEE) is expected to reduce emissions associated with ethanol and other biofuels by enabling new technology for managing bioenergy crops, improving yield, reducing overfertilization, and designing new tools for “smart farms.” The vast data collected will be publicly available and could someday lead to financial rewards for farmers who reduce emissions through sustainable crop management. To read full article go to: https://sustainability.illinois.edu/doe-project-will-measure-bioenergy-crop-carbon-emissions/