The EGEN SWATeam held another bi-weekly meeting. Topics covered include:
The EGEN SWATeam held another bi-weekly meeting. Topics covered include:
The EGEN SWATeam held another bi-weekly meeting. Topics covered include:
There were nine projects approved by the Revolving Loan Fund selection committee, see attached image.
Construction is underway in Fall 2016 to install a 200 kW biomass boiler at the Energy Farm. This system will initially satisfy all heating needs for the greenhouse onsite, and will replace the current propane heating system. In the future, more buildings may be added to the boiler system.
Beginning Fall 2016, a team at the Illinois State Geological Survey (ISGS, a division of the prairie Research Institute) led by Illinois Professor Yu-Feng Forrest Lin is conducting a series of detailed observations of the geothermal profile on campus - including high-resolution temperature profiling and thermal analysis. The team will drill to 330 ft and install a geothermal loop and fiberoptic cables. Results will help determine the feasibility of implementing geothermal systems on campus by identifying costs and possible challenges.
Professor Lin has coordinated with faculty from the University of Wisconsin to incorporate lessons learned from their implementation of a geothermal exchange system at the nearby EPIC health care systems campus in Verona, WI.
Professor Lin's team began drilling on 9/19/16. Daily drilling progress is logged and can be found by clicking this link.
Evan De Lucia and Helen Coleman approved $200,000 of funding from the Chevy funds for the Biomass Boiler project.
An email of approval is attached below.
Developing and implementing new alternative energy sources is essential to ending the era of fossil fuels and extreme carbon emissions. The more alternative energy sources available, the more potential there is for eradicating fossil fuels as the main energy source. Numerous different innovations have developed within the last few decades because of the massive increase in technology efficiency, and the U of I has taken the initiative to implement many of them. These strides toward alternatives increased after the university committed to cease using coal at Abbott by 2017. The replacement of this power will require as many alternatives available as possible in order to meet the growing need.
Biomass energy is a great example of how the University of Illinois is converting to more renewable energy sources. Biomass can be used to create energy because it contains stored energy from plants that have absorbed energy from the sun through the process of photosynthesis. When biomass is burned, this stored energy is released as heat.
In the Spring of 2014 the SSC funded, Field to Fuel: Biomass Heating on Campus. This project involved purchasing and installing a biomass boiler at the Energy Farm, in order to heat a research greenhouse using Miscanthus that is grown on the Energy Farm. The new biomass boiler arrived in early December, and installation is nearing completion!
This project is exciting because it is the first biomass energy initiative on campus, and it will work to meet the carbon emission caps that are outlined in the Illinois Climate Action Plan. Additionally, with this project, they hope to demonstrate the feasibility of biomass on campus, engage and familiarize faculty and staff personnel with the design, installation, and operation of such systems with a view to accelerate the adoption of renewable energy production on campus, support the education and training of students, and create awareness in the larger community about alternative energy sources. The ultimate hope for the project is that a successful pilot will pave the way toward expanded use of biomass heating on our campus and greatly reduce our campus greenhouse gas emissions.
The ICECF biomass boiler grant was approved!
Dear Tim,
Some bad news to report. The Revolving Loan Fund committee elected to defer consideration of the funding for the biomass boiler, because they were concerned that the operational and maintenance issues were not yet worked out. This is not as bad of news as I first thought, because the RLF process is going to be revamped in the spring to be more of a "rolling deadline" process, so we should be able to go back to them sometime in the spring and get a quick response.
Given the delay in RLF funding, it seems to make sense to delay our proposal to ICECF until July. Another important consideration here is that the North Campus Parking Deck Solar project is evidently going to apply to ICECF in January, and there is at least some concern about submitting two proposals from campus in the same round. Yet another consideration is that upon reviewing the ICECF form, we noticed that they are looking for a well-developed educational plan...and we have not really spent any time working on that.
So I'm afraid we are in a bit of limbo here, until we get the O&M issues resolved and the MOU with F&S finalized. Hopefully we can tackle that in January, so that we're ready to go back to RLF as soon as their process re-opens.
At least we've finally made great headway on the engineering work, and will have some real budgetary numbers to work with soon...!
Cheers,
Ben
The 2007 Solar Decathlon house is coming home to Champaign Urbana to a permanent foundation at the University Energy Farm. Funds have been secured for its transportation, placement on a permanent foundation, utility hook ups, and inspection of current systems to ensure safe working order. Funding from the Student Sustainability Committee will defray the costs of upgrading the systems and bringing the house up to code. To meet these goals, the solar array will need to be redesigned and reconstructed; the electrical, lighting, and HVAC systems will need to be updated; and new monitoring equipment will need to be installed. Ultimately, the goal of this project is to have a fully functioning net negative energy residential model home. Student groups are assuming the responsibility for all design, construction, and monitoring tasks as they are able.
This project involves purchasing and installing a biomass boiler at the Energy Farm, in order to heat a research greenhouse using Miscanthus that is grown on the Energy Farm. The hope for the project is that a successful pilot will pave the way toward expanded use of biomass heating on our campus in order to reduce our campus greenhouse gas emissions.
In 2011, students at faculty from the University of Illinois develop the Re_Home for the Solar Decathlon Competition. As a result of a new landscaping and beautification plan, the Re_Home has found a permanent place on campus. In maintaining a “sustainability ideology”, the landscaping plans for this project are geared toward sustainability with the use of native, low maintenance plants as well as vegetables, edible herbs, and fruit trees. The Re_Home is an exemplary embodiment of sustainability and its permanent home will serve as a showcase in sustainability education.
From: Marquissee, Mike
Sent: Tuesday, April 29, 2014 11:22 AM
To: Mies, Timothy A; Anderson, Gary L; Dale Johnston (dkjohnst@igb.illinois.edu)
Subject: RE: Copy of UofI propane 040414-MLM EDITS.xls
Tim,
See answers below.
Mike
From: Mies, Timothy A
Sent: Tuesday, April 29, 2014 9:01 AM
To: Marquissee, Mike; Anderson, Gary L; Dale Johnston (dkjohnst@igb.illinois.edu)
Subject: RE: Copy of UofI propane 040414-MLM EDITS.xls
Hi Mike,
Several questions have come up that I would like you input on in regards to the green revolving loan fund in cases that might occur that do not follow the typical project pattern.
Scenario 1) The energy farm reverts to another department at the completion of the grant of the Energy Biosciences Institute before the loan is repaid. How would the loan be handled in cases where the new department weren’t within the VCR cost area?
Scenario 2) A crop loss occurs one year that would limit/prevent the savings that are estimated from our initial estimates?
Scenario 3) Miscanthus ceases to be produced on the energy farm, resulting in no more mxg produced locally? Would F&S then consider purchasing MXG from a local farmer who could supply the material? Assuming the boiler installed could handle multiple feedstocks, wood chips may be an alternative.
Thanks for your input.
Tim
From: Mies, Timothy A
Sent: Thursday, April 17, 2014 4:54 PM
To: Halverson, Robert; Ben McCall <campus-sustainability@illinois.edu> (campus-sustainability@illinois.edu) (campus-sustainability@illinois.edu); Johnston, Morgan B; Rajagopalan, Nandakishore
Subject: Quick summary and highlights from Marc's visit
Just a quick summary of the discussions that occurred with Marc Caluwe from Caluwe Biomass Heating Solutions in MA, US.
Heizomat is the manufacturer that Marc is a representative for in the US. I have several brochures that I can pass along that have details on the product line including the RHK-AK model that Marc recommended. Key points of interest for this group in selecting / approving a boiler:
Marc indicated that he would provide estimates (hopefully by Friday noon) on a boiler system including a storage feed system, and also the same system installed in a cargo container, prewired, plumbed, etc.
In addition to the discussions with Mark, Luis Rund presented a very nice plan / rendering of a cargo container size boiler housing that had glass fronts on one half for viewers, and the other half a biomass storage container. Probably out of our price range at this point, but would make a nice travel display for shows, demos, etc.
I also had a call later in the day from a representative of Biomass Energy Solutions in MO who is a sales rep for Uniconfort (Italy) and we had very similar discussions on running at atmospheric pressures. More literature is coming, and Jared Findley with BES forwarded some links I had looked at initially for the bale processors used for animal feedlots.
Let me know if you have any further questions or need clarification on above.
Tim
Collin has been involved in this project from the very beginning, so he should be involved in any further discussions on this project. I really want to ensure proper code compliance on this since it was not originally built nor inspected to verify adherence to the International Residential Code or the NEC. We are trying to renovate it to be considered to be a code-compliant single family residence. - Craig Grant
This proposal seeks to provide funding for student education centered around the University of Illinois’s participation in the 2011 US Department of Energy Solar Decathlon Competition. Each student team participating in this prestigious, international competition is required to build an entirely solar-powered 800 sq. foot house with innovative design features. This grant will provide funds for the development of new courses and enhancement of existing courses, provisioning of course materials and software, and the sponsorship of guest lecturers and consultants ($25,000), the employment of graduate students in coordinating roles for education and volunteer engagement activities ($15,000), and student travel associated with the competition ($10,000). The last UI entry in the Solar Decathlon competition engaged hundreds of students and was the highest-placed US finisher in the Competition; furthermore this participation will require the team to raise $700,000 at a time of severe campus budget constraints. Thus, the Student Sustainability Committee is in favor of funding this proposal in the amount of $50,000.
SSC Final Allocation Approval - Solar Decathlon 2011.pdf
SSC Final Allocation Approval - Solar Decathlon 2011.doc SSC Letter of Inquiry.pdf SSC Request for Funding - Solar Decathlon 2011.pdf Sustainability committee award letter - Solar Decathlon 2011.docx Sustainability committee award letter - Solar Decathlon 2011.pdf Team Illinois - Solar Decathlon 2011.pdfThis proposal seeks to provide funding for student education centered around the University of Illinois’s participation in the 2011 US Department of Energy Solar Decathlon Competition. Each student team participating in this prestigious, international competition is required to build an entirely solar-powered 800 sq. foot house with innovative design features. This grant will provide funds for the development of new courses and enhancement of existing courses, provisioning of course materials and software, and the sponsorship of guest lecturers and consultants ($25,000), the employment of graduate students in coordinating roles for education and volunteer engagement activities ($15,000), and student travel associated with the competition ($10,000). The last UI entry in the Solar Decathlon competition engaged hundreds of students and was the highest-placed US finisher in the Competition; furthermore this participation will require the team to raise $700,000 at a time of severe campus budget constraints. Thus, the Student Sustainability Committee is in favor of funding this proposal in the amount of $50,000.
