see file

• PEI bought 20,000,000 kwh for FY15. 
• They are MISO Wind RECs. 
• Without Petascale, this represents 5.28% of projected electricity demand. 
• Including Petascale, this represents 4.25% of projected electricity demand.  
• A half year of the solar farm would bring this up to 5%.
• The REC cost was $ 1.25 / MWH for a total of $27,000.

Good morning all,

To get air travel emissions, miles must be entered into the Clean Air-Cool Planet calculator. 

Mileage data is not tracked for our campus. So, I request air travel dollar data from OBFS.  This number has become more reliable in recent years because of the T-card implementation.

Air travel dollars are converted into miles using the passenger yield (fares per mile) data from Airlines for America. 

In fy 2013, dollars spent on air travel was $9,283,105.82.  Passenger yield was $0.1514 (this is fy 12, apparently fy 13 was not yet available).

Divide the two, and you get 61,477,522

Best,

Stephanie

The University of Illinois at Urbana-Champaign is pursuing development of a large-scale food waste composting facility on the University’s property, in order to compost food waste from University dining halls.  This interest is precipitated by the commitment made by the University in the 2010 Illinois Climate Action Plan (iCAP): “The University will commit to… a large‐scale food composting project by 2012.” The new facility will initially receive and process all acceptable pre- and post-consumer food waste from six dining halls on campus, as well as supplementary landscape waste as necessary carbon bulking material from Campus Grounds. In the future, if needed, the system may accept additional landscape waste from the city of Champaign as well as livestock bedding and other animal-related organic waste from the University’s Agricultural and Animal Sciences Departments. The finished product will provide rich compost material to agricultural projects on campus such as the Sustainable Student Farm, as well as to campus grounds and athletic fields.

Background

The University of Illinois is dedicated to composting across the board.  There are three main academic campuses at Urbana, Springfield, and Chicago and two medical campuses at Peoria and Rockford.  We are in communication with all of these sites about the future of composting at the University.  This is an exciting opportunity for the sustainability contacts to work together and support each other in a major sustainability initiative.  Additionally, the University Extension office has a long history of supporting sustainability and has numerous resources for composting operations that we can call upon as the project progresses. 

In 2008, the Chancellor of the University of Illinois at Urbana-Champaign signed the American College and University Presidents’ Climate Commitment, pledging to become carbon neutral by the year 2050.  As part of this commitment, the University published “Illinois: A Climate Action Plan (iCAP)” in May 2010, describing several projects related to various aspects of campus sustainability.  This document is available online at http://sustainability.illinois.edu/iCAP.html.  

The Procurement and Waste aspects of campus sustainability are highlighted on page five of the iCAP.  It states “The University will commit to a Zero Waste campus policy by 2012, a large-scale food composting project by 2012, and target an increase in the University’s waste diversion rate to 75 percent by 2020.”  The specific project is listed on page 34 item 4 under Agricultural targets, as “Incorporate a large-scale food composting project by 2012.” 

The composting project also has significant support from campus leadership represented by Associate Chancellor Pradeep Khanna, Facilities & Services as represented by Tracy Osby the Waste Management Coordinator and Jack Dempsey the Executive Director, and the students as represented by the Student Sustainability Committee.  The Office of Sustainability works closely with Facilities and Services to assist with the various projects in the Climate Action Plan, and will assist with project implementation and promotional information.

Currently, approximately 1411 tons of food-waste is collected annually from the five major Dining Halls on campus.  Unfortunately, all of this waste is sent to the Clinton Landfill.  There was a small pilot composting project which diverted about five percent of this waste during the short pilot test phase, but it has not been in operation for the last year.  The proposed Large-Scale Food Waste Composting Facility will divert 100 percent of this food-waste and utilize Grounds department landscape waste to generate approximately 2,822 tons of high-quality compost annually.  The compost material will be used solely on University land, including the campus grounds, athletic fields, and the Sustainable Student Farm project.  Future expansion of composting operations could incorporate the animal waste at the Beef and Sheep Facility, which is directly south of the Compost Facility.   At that time, the finished product may be used on certain crop sciences lands.

For a general overview of our energy systems at the University of Illinois, please see the online overview at http://www.fs.illinois.edu/docs/default-source/Resources/brochures/utilities-energy-3-14.pdf?sfvrsn=0.

1. Does your school have sort of campus-wide energy management system (EMS)? Or does each building have its own energy monitoring system?

Each building has its own metering station where chilled water, condensate, and electricity are measured and recorded. The chilled water and condensate usages are recorded into the building automation system and transferred over BACnet I/P to our campus data historian system and the electric meters have an Ethernet I/P connection that is directly fed to the data historian.

1.  Does the EMS at your school have the ability to turn the HVAC systems on/off (this feature is often called Direct Digital Control) ? 

We have a mixture of control system types and vintages on campus. There are older pneumatic controls systems still on campus that we are gradually converting over to DDC systems. Back in 1984 is when the campus starting installing its first digital control system. This system’s primary function was for monitoring temperatures, status of various types of equipment, and start/stop and speed adjustment of HVAC.  About 20 years ago is when DDC systems were being installed for full control of system and not just for start/stop purposes. I would approximate that our campus has about 60% DDC and 40% pneumatic control.

The HVAC systems that do have DDC control typically have some sort of occupancy schedule where the unit either shuts down or a setback mode is used for after hours. We also utilize occupancy sensors on variable air volume(VAV) air handlers for classrooms and offices. This allows us during normal hours where the unit would be running to achieve additional saving by closing off air dampers( or air flow) to specific spaces that do not have occupants.  

We have an Energy Management Control Center (EMCC) that is staff during normal working hours to monitor our DDC systems. They monitor the alarms, handle hot/cold calls and make sure the campus HVAC systems are running at their optimal level. We use two primary DDC systems for our building controls, Siemens and Schneider Electric’s TAC system and the Delta V system is used in our production plants. All three systems are monitored in the EMCC.

Requested information:

Hi my name is Sho Kawano.

I'm a student at the University of California, Berkeley currently doing research on sustainable operations, specifically energy use.

I thought this would be the right place to contact regarding energy management at the University of Illinois at Urbana Champaign.

1. Does your school have sort of campus-wide energy management system(EMS)? Or does each building have its own energy monitoring system?
2. Does the EMS at your school have the ability to turn the HVAC systems on/off (this feature is often called Direct Digital Control) ? 

If you can answer these questions for me, I'd greatly appreciate your help

Thank you in advance for your cooperation.

Sincerely,
Sho Kawano 

University of California, Berkeley | May 2017

B.A. Statistics

Dear Revolving Loan Fund Selection Committee,

For two reasons, we will be rescheduling the Revolving Loan Fund (RLF) project review meeting.  First, the funding available to allocate from the RLF has significantly increased with the roll-over to FY15.  We now have an additional million dollars to allocate, with a total of approximately $2.3M.  Therefore, additional potential projects need to be identified before the selection takes place.  Second, the AFMFA selection committee is being called this fall, for the first time in a few years.  The founding agreement for the RLF (attached for your reference) intended the project selection to occur with the AFMFA project selection process.  Therefore, this meeting will be arranged in conjunction with the fall AFMFA committee meeting. 

The AFMFA committee meeting will be arranged by Doris Reeser, and I will remain in contact to answer questions about the RLF.

Thank you,

Morgan

A Zero Waste Plan has been drafted for the Urbana-Champaign campus at the Univeristy of Illinois.  The plan is currently being reviewed by the Purchasing and Waste SWATeam.  Once agreement is reached, the document will be forwarded to the Sustainability Working Group for consideration of implementation.

All,

I stumbled onto the University of Oregon’s Zero Waste Toolkit (see below).  I think it aligns closely with what we are trying to put together.  It has templates for a pledge, ZW policy, and strategies for a plan.  Check it out.  Please share your thoughts. 

http://zerowaste.uoregon.edu/PDFdocuments/ZeroWasteToolkit.pdf

Bart