Greetings, Colleagues,

I hope the start of 2023 is going well. I’m reaching out today to send you iSEE Quarterly update for Winter 2022 from the Institute for Sustainability, Energy, and Environment.

For more up-to-date news from iSEE, please sign up for our E-newsletter at https://illinois.edu/fb/sec/5031776.

IN RESEARCH

• iSEE received a $1M gift from a class-action lawsuit settlement; it is being used for  iSEE-funded $300k low-carbon transportation solutions research.
• A new cover crop project called iCOVER received a $5M grant from USDA and was featured in The News-Gazette.
• From the Agroecosystem Sustainability Center and SMARTFARM project: 
  
  • ASC team members co-authored paper led by Stanford on cover crops’ effect on yields; also, papers on soil carbon budgets and increased adoption of cover crops
  • ASC was featured in a video for American Geophysical Union meeting, and team members also were part of an Illinois Farm Bureau video.

• From the Illinois Regenerative Agriculture Initiative: 
  
  • The Riggs Brewery “Field to Beer” video was immensely popular, receiving more than 11,000 interactions on Twitter.
  • IRAI was also featured in Illinois Farmer Today.

• From the Center for Advanced Bioenergy and Bioproducts Innovation:
  
  • CABBI authored a multi-institutional study that explored the first known use of CRISPR/Cas9 editing of miscanthus. Another team published a paper on 3-D phenotyping tools for miscanthus.
  • Articles have featured new Sustainability Theme Leader Wendy Yang, new Feedstock Production partner and PI Ernst Cebert of Alabama A&M, and new Conversion PI Heng Ji.
  • Six CABBI researchers (including Lisa Ainsworth, Kaiyu Guan, and Don Ort) were named to Clarivate’s highly cited list; and CABBI researchers have earned two EMSL awards for continued studies of sorghum stems.

• From the I-FARM “Farm of the Future” project:
  
  • View a new overview video.
  • Check out the FAQ article.
  • The project has received FarmWeekNow and WAND-TV coverage — and was featured on the Big Ten Network during Illini basketball games!
  • Robotics in the field media coverage in The News-Gazette.

• From the Energy-Enhancing FEWS project:
  
  • Team members are part of new $2.5M USDA grant to convert biowaste to pavement.

• Members of the Illinois Geothermal Coalition have successfully demonstrated efficient use of an abandoned oil well in the Illinois Basin as a geothermal “battery.”
• An iSEE biobased chemicals and inks project was featured for its work on printable electronics.
• Former iSEE Associate Director Gillen D’Arcy Wood recently published a new website on ocean data from 19th century voyage.

 IN EDUCATION & OUTREACH

• Registration is open for iSEE Congress 2023 — “Addressing Crises of a Planetary Scale: Lessons from Pandemics and Climate Change.”
• The Fall 2023 Critical Conversation is expected to bring together stakeholders to discuss climate-smart commodities.
• iSEE’s Environmental Leadership Program for Spring 2023 is already more than past the midway point; check out our student blog for some perspective on the immersive learning experience.
• Read a Certificate in Environmental Writing (CEW) success story in former Q author and CEW recipient Zack Fishman.

IN CAMPUS SUSTAINABILITY

• Our Grind2Energy video explored how dining hall food waste produces energy and fertilizer; its release spurred coverage by The News-Gazette and WCIA-TV.
• iSEE’s new, more comprehensive Student Action webpage offers listings for iSEE jobs, volunteering, and student organizations to join.
• Illini Lights Out fall semester featured RECORD totals: more than 640 volunteers turned off 20,303 bulbs, saving the campus as much as 35,000 kWH, $3,090, and nearly 25 tons of GHG. Spring dates: Jan. 27 (130+ volunteers, 5,043 bulbs, 8,700 kWH, $760, 6.2 tons of GHG), Feb. 10 and 24, March 24, and April 21.
• At the November Zero Waste basketball game (see video) more than 280 pounds of beverage containers and other recyclables were diverted from the landfill. The next Zero Waste basketball game March 2 seeks 100 volunteers. iSEE partnering with F&S, Housing, Athletics, and Union for a #don’twasteWednesdays twitter campaign all spring. FALL PLAN: a ZW football tailgate.
• A new Waste Transfer Station video shows the great work by Facilities & Services — but also the need for all campus community members to pre-sort their recyclables to prevent them from becoming landfill waste.
• Greener Campus certifications in the new year: One new office (Visit Champaign County!), one new chapter (Sigma Lambda Gamma sorority), and nine new events (including Illini Lights Out) certified in January.
• Read our article about the sustainable features of Campus Recreation and our feature about the new beekeeping club on campus.

Thanks for reading, and best wishes for the remainder of the spring semester!

Best,

Madhu Khanna

Madhu Khanna

Pronouns: she, her

Alvin H. Baum Family Chair & Director, Institute for Sustainability, Energy and Environment

ACES Distinguished Professor in Environmental Economics

Co-Director, Center for Economics of Sustainability

University of Illinois, Urbana-Champaign

1301, W. Gregory Drive, Urbana, IL 61801

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

Grind2Energy: Turning Campus Food Waste into Fuel

The 49,000 students educated at the University of Illinois can generate a lot of food waste. Most of it winds up in a landfill. But for students with a dining hall plan, food waste is ultimately turned into energy, helping the campus reduce its carbon footprint.

With the "Grind2Energy" system, food scraps are ground down and ultimately run through an anaerobic digester at the Urbana-Champaign Sanitary District, producing methane that is used for fuel to power the plant. The system was installed at Florida Avenue Residence Halls last fall, and others are in the works.

"Hopefully this small piece will be part of a bigger system down the road," said Thurman Etchison, Assistant Director of Housing Dining Services for Equipment and Facilities.