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  1. SSC Semesterly Report: Diversion of Non-Recycable Plastics Using Pyrolysis Process Fuels for Campus

    SSC received semesterly report for Fall 2021 for Diversion of Non-Recycable Plastics Using Pyrolysis Process Fuels for Campus on 12/29/21. Please see attached. 

  2. Article Accepted in Groundwater

    Associated Project(s): 

    From: cs-author@wiley.com <cs-author@wiley.com>
    Sent: Monday, December 27, 2021 6:15 PM
    To: Lin, Yu-Feng <yflin at illinois.edu>
    Subject: In Production: Your article accepted in Groundwater

     

    Dear YU-FENG F. LIN,

    Article ID: GWAT13159
    Article DOI: 10.1111/gwat.13159
    Internal Article ID: 17279842
    Article: Coupling a borehole thermal model and MT3DMS to simulate dynamic ground source heat pump efficiency
    Journal: Groundwater

    Congratulations on the acceptance of your article for publication in Groundwater.

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  3. Geothermal @ CIF Inquiry

    John Zhao, PhD. Candidate, reached out to Dr. Stumpf with a question regarding the CIF's geothermal capacity. Specifically, the question was, "The description of this project https://icap.sustainability.illinois.edu/project/geothermal-campus-instructional-facility-cif  says:'The optimized geothermal exchange system will supply the CIF building with approximately 135 tons of heating and cooling capacity, equivalent to almost 65% of the total building energy demand.I am checking if the GSHP only covers the 65% of the building space conditioning, or the heating/cooling account for 65% of the total electricity consumption (considering lighting, and etc.)?"

    Dr Stumpf replied explaining that the 135 tons is 65% of the building's energy demand and the GSHPS (ground source heat pump) covers this portion. The GSHPS is primarily used to offset energy for making chilled water since the building is cooling dominated. The other 35% is for electricity (making hot water, running HVAC system, geothermal and water pumps, etc.)

    Zhao met with Eric Vetter (in charge of the CIF) and got the following heat pump capacity information:

    Manufacturer: ClimaCool Corporation

    Cooling Capacity: 141 Ton /  1,692 MBH

    Heating Capacity: 2,222 MBH

    Electricity Input: At full capacity rated 100.4 - 144.3 kW.

  4. Archived Info - Project Description

    Associated Project(s): 

    The Green Power Partnership is a voluntary program that encourages organizations to use green power as a way to reduce the environmental impacts associated with conventional electricity use. The Partnership has more than 1,700 Partner organizations voluntarily using billions of kilowatt-hours of green power annually. Partners include a wide variety of leading organizations such as Fortune 500® companies, small and medium sized businesses, local, state, and federal governments, and colleges and universities.

    In May 2015, the University of Illinois at Urbana-Champaign was officially recognized as a Green Power Partner for its purchase of electricity from clean, renewable sources. This designation has been renewed annually, through the continued dedication to a clean energy future for the Urbana-Champaign campus.  In the early years of this designation, our campus needed 3% of the power to be coming from renewable sources, and starting in 2020 the requirement was increased to 7%.

    As a Green Power Partner, Illinois joins seven other Big Ten universities in winning the EPA’s Collective Conference Champion Award for the last four years in a row (as of 2019). This award recognizes the collegiate athletic conference, and its member schools, with the highest combined green power use in the nation. The Big Ten’s collective green power use of more than 516 million kWh is equivalent to the electricity use of nearly 47,000 US homes.

  5. Funding Approval for Grind2Energy

    Ehab Kamarah and Madhu Khanna approved $135,000 of funding from the Carbon Credit Sales Fund for the Grind2Energy system.

    "This project will install the Grind2Energy system for food waste at the Lincoln Avenue
    Dining Hall on campus... Housing has successfully installed the Grind2Enery system as a sustainable solution for dining hall pre-consumer and post-consumer food waste in four of the five dining halls. This funding would allow them to complete the final installation before the student body returns in fall 2022." -Morgan White (12/14/2021)

     

    An email of approval is attached below.

  6. Acknowledgement and Confirmation

    Associated Project(s): 

    Anthony Spurlock wants to discuss the buyout options after 7 or 10 years, the determination of fair market value, and the ongoing maintenance requirements for Solar Farm 1.0 by the end of the year with Rockwell Finance. 

    Allen Wilson from Rockwell Finance sent an Acknowledgement and Confirmation with respect to Solar Farm 1.0 for the University's Board of Trustees' review and signature. The original financial partner (MB Bank) was acquired by Fifth Third Bank. The asset is being discussed with Fifth Third and being moved to Fifth Third's solar financing program and Wilmington Trust is being incorporated as a trustee for the project. 

  7. FY21 Green Power Partnership Renewed

    F&S completed the renewal of our recognition as a Green Power Partner through the US Environmental Protection Agency. Green Power Partners of our scale now have to use renewable power for seven percent of their annual consumption. Fortunately, the FY21 green power supply for FY21 was 9%, which is a +1.72% increase from the FY19 supply of 7.28%. See attached file.

    Overview submitted: 

    The University of Illinois Urbana-Champaign (UIUC) is proud of its sustainability initiatives and success in achieving Illinois Climate Action Plan (iCAP) goals (https://icap.sustainability.illinois.edu/). The iCAP is the university’s strategic plan to meet the Climate Leadership Commitments, including being carbon neutral as soon as possible and building resilience to climate change in the local community.

    The Urbana campus on-site renewable energy portfolio meets more than 12 percent of annual electricity needs (https://fs.illinois.edu/services/utilities-energy/production/renewable-e...). UIUC’s Solar Farm 2.0 was energized in January 2021, producing 20,000 MWh/year. Combined with Solar Farm 1.0 and other rooftop and ground-mounted solar installations, the Urbana campus generates more than 27,000 MWh/year, ranking UIUC third amongst U.S. universities in on-site clean power production. Incorporating renewable energy continues to be a focus of new facility construction and major renovation projects. Most notably, the innovative Electrical and Computer Engineering (ECE) Building features 970 rooftop panels. Since production started in April 2019, 11 percent of all power supplied to the ECE Building has been from the array, while additional output is reserved for research and educational activities. In September 2016, the university also signed a ten-year wind power purchase agreement for 25 million kWh/year and the rights to the environmental attributes.

  8. Information Regarding Grind2Energy Funding for LAR

    The following message was sent to Morgan White to share with Carbon Credit Fund Administrators by Thurman Etchison, the Assistant Director of Dining - Facilities and Equipment, on November 18, 2021. The email & attachments contain important information regarding the potential installation of a Grind2Energy system at LAR:

    Carbon Credit Fund Administrators,

     

    Housing Dining Services is seeking funds to add a Grind 2 Energy system to our Lincoln Avenue Dining Hall. Grind 2 Energy is a system that allows us to put our food waste into a pumpable slurry so that it may be taken to an anerobic digester at the Urbana-Champaign Sanitary District. These systems replace the aerobic digesters we previously had in our dining units. The aerobic digesters had issues with the effluent not meeting EPA standards.

     

    This system would be our fifth and likely final system as we would have one at every residential dining location. These are operational at Ikenberry, PAR, FAR and ISR. Currently, University Housing does not have resources to fund this project due to the impact of COVID on our budget. We would reach out to the Student Sustainability Committee for funding but for us to do the infrastructure work and have the unit installed prior to the next school year, we need to start before the next round of submissions.

     

    The use of Grind 2 Energy has been a very successful program for us. It meets our needs, keeps us in compliance with regulatory bodies, is comparable in costs to other methods of disposal. It is very sustainable in terms of the environment. To date, we have diverted 289 tons of food waste even though there was limited use until this school year.

     

    The amount we are requesting is $133,538.00. A simple breakdown of our expected costs is below. As our tradespeople have installed the 4 previous units, we believe this number to be very accurate. Our last unit came in within $1000 of our estimate.

     

    LAR Grind 2 Energy – Preliminary Budget Cost

    • LAR Grind 2 Energy System (equipment and labor)…..................................................................... $86,000
      • (Rigging fees)........................................................................................................................... $4,650
    • Concrete Slab Work (existing planter modifications site work & new concrete slab)….................... $23,100
    • New Wall at Table (Demolition, floor work, ceiling work, MEP & new wall)…................................... $19,788
    • TOTAL:                                                                                                                                              $133,538

     

    I would like to add that these units are highly visible on campus and it is our intention to start highlighting the metrics in our dining units via electronic messaging. This may include digital displays, The Housing Insider and social media platforms. There is also great deal of interest in biogas impact from these units. I have met with 2 groups of students from the CEE 190 class about these units in the past month.

     

    In short, this program reduces carbon emissions, produces fertilizer and creates energy. The systems are highly reliable and have had almost no issues to date. Please see the attachments for additional info.

     

    Thank you for your consideration, 

     

    THURMAN ETCHISON


    Assistant Director of Dining - Facilities and Equipment

     

  9. STARS award finalists

    The University of Illinois has two submittals that are recognized as finalists for the 2021 Sustainability Awards:

    More information can be found at https://www.aashe.org/news/meet-the-2021-sustainability-award-finalists/. 

  10. This Week in Research

    What do giant grasses, micro grids, deep wells, and hydrogen-powered buses all have in common? They are all part of a clean energy future that is being imagined, created, and tested here at UIUC. The breadth of our energy research portfolio, across all of the campus and the broader C-U community, is truly impressive. Here are just a few examples:

    Solar Farm 2.0 will soon be home to a newly awarded, $10M project led by Madhu Khanna to optimize the design of "Agrivoltaics," or fields with both crops and solar panels to maintain crop production, produce renewable energy, and increase farm profitability. A few miles to the east, the Energy Farm boasts extensive test plots to study how to grow and use plants as biofuel. The farm is using a biomass boiler to replace propane as the fuel source for its main research greenhouse. The Energy Farm is also home to one of dozens of geothermal wells on campus that are helping scientists like Yu-Feng Lin develop better geothermal systems, while on the north side of campus, the new Campus Instructional Facility is heated and cooled with a state-of-the art geothermal system. Nuclear power is expected to play an important role in meeting our campus ICAP goals, and the Nuclear Regulatory Commission hosted a hearing last week to seek input on our plans to site a next-generation, micronuclear reactor near the Abbott Power Plant. Integrating renewable energy sources into the power grid presents unique challenges, and Illinois power system researchers, including Alejandro Domínguez-García, are working to develop microgrid technology to address issues of reliability and resilience. Meanwhile, researchers such as Petros Sofronis are working on a bold new vision for national leadership in the emerging hydrogen economy. (It might sound like the stuff of science fiction, but the CUMTD just launched two hydrogen-powered, zero-emission buses—the first in the state!) 

    There is only one way I can wrap up a message about our campus energy research: The future looks bright, indeed!

    Sincerely,

    Susan

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