Category: Statistics

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Center for Innovation in Teaching and Learning Begins IGG Coordination

Starting in January 2019, the Center for Innovation in Teaching and Learning (CITL)  began coordination of the Illini Gadget Garage (IGG) project). CITL is a hub of innovation and hands-on support for those who want to discuss and work with higher education trends, models, projects, and resources. They hope to incorporate the IGG into their efforts to collaborate with campus units and other thought leaders to spark new ideas, strategies, and knowledge to shape 21st century teaching and learning. In Spring 2019, our workshop manager, Amanda Elzbieciak will continue to work with CITL to engage UI students in volunteering, coordinate workshops to learn skills relevant to device repair and maintenance, and explore new opportunities to incorporate the collaborative repair at the heart of the IGG project into unique experiential learning activities on campus.

The IGG was launched with funding from the UI Student Sustainability Committee (SSC) by the Illinois Sustainable Technology Center (ISTC) in collaboration with the School of Art + Design and the iSchool. We’re grateful to ISTC’s Sustainability Specialist Joy Scrogum, Professor William Bullock of Art + Design and Professor Martin Wolske of the iSchool for their efforts to establish the IGG project, as well as to the SSC and other corporate and individual sponsors for their support.

But most of all, we’re grateful to all the individuals who have worked with our staff and volunteers to troubleshoot and repair their devices, keeping them in working order and out of the waste stream! We’re looking forward to continuing to save resources through collaborative repair, fighting waste one device at a time! According to our records, as of December 2018, we’ve diverted an all-time total of 905.2 lbs. of materials from the waste stream through repair and recycling! Together we’ll make that statistic grow even more this year.

Check this web site site and our social media accounts for more information on upcoming events;  the first pop-up of the semester is Tuesday, Feb. 5th!

If you have questions about your devices, stop by one of our upcoming pop-ups at CITL’s Innovation Studio (172 Armory Building, 505 East Armory Avenue, in Champaign), or send us an email at illinigadgetgarage@gmail.com.

Collaborative repair at CITL

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Updated Impact Stats and Fall 2018

Welcome back to campus, Illini–or just welcome to those of you who are just beginning your University of Illinois experience! And thanks to those of you from the broader Champaign-Urbana community who stopped to chat and learn about our project at the Taste of Champaign last weekend. It was great to hear positive comments on the idea of collaborative repair (i.e. we help you help yourself through “do-it-together” rather than “do-it-yourself” repair and we don’t just fix things for you–that’s what makes this an educational project for everyone involved!). We’ve already had some folks set up appointments for assistance, so kudos to everyone who has decided to try the “repair rather than replace” option we espouse.

A quick update on our impacts–see the recently revised infographic at https://drive.google.com/file/d/11XV_2jO3KNf7437oQ3IlXoc4HtIjGNZ_/view.

Our all time total for pounds of materials diverted through repair assistance and collections of special materials for recycling (e.g. batteries and CDs/DVDs and their cases) is 740.88 lbs!

How much is that, really? According to the web site “The Measure of Things” presented by Bluebulb Projects, that’s three-fourths as heavy as a grand piano, or about two-thirds as heavy as a polar or grizzly bear. See https://www.bluebulbprojects.com/MeasureOfThings/results.php?amt=740.88&comp=weight&unit=lbs&searchTerm=740.88+lbs.  Great job everyone! Let’s keep growing that number!

Maybe by the end of the semester, we can have a whole polar bear–we could call him the Repair Bear! 🙂 Or maybe instead we’ll just look at this cute, non-dangerous picture of a polar bear and reflect on how cool repair, reuse, and recycling makes us feel.

Image of polar bear floating on back in a pool of water, holding a black ball.
Photo by Cburnett, CC BY-SA 3.0

We’ll continue to operate by appointment in Fall 2018; send us an email, Facebook message or give us a call at 217-300-5629. You can also fill out our diagnostic form with some basic info on the device and issue you’re facing and one of our staff or volunteers will be in touch. We’ll also have pop-up repair clinics in various locations on campus and off (we’ll shoot for at least one on and one off each month) to help you fit troubleshooting and repair into your busy schedule. And we’re planning some educational workshops to help you learn relevant skills like soldering, how to maintain your device, the basics of how electronics work, etc. Again, keep your eye on this web site, our calendar, and Facebook for details!

Want to get involved? Send us an email to learn more about volunteer opportunities. No prior repair experience necessary, nor any particular academic background, just a desire to learn, to try new things, and help other people. Come join the Illini Gadget Crew and be part of the Fixing Illini! Can’t donate your time? Consider a small monetary donation to help support continued, free-to-the-public programming, like battery collections or pop-ups throughout the community. You can donate online at http://www.sustainelectronics.illinois.edu/SEIdonation.html. Thanks for your support!

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Prevent Battery Fires with Proper Recycling Techniques

This post was written by IGG staff member Yab Demisie.

Batteries play a major role in many of our lives. They power a wide range of everyday objects that we use day to day from small children’s toys to handheld devices like phones and wearables to fully electric cars like the Tesla Model S. While some batteries are rechargeable, no battery lasts forever. According to an everyday green article, the Environmental Protection Agency (EPA) has stated that over 3 billion batteries are thrown away yearly in just America alone. Due to various heavy metals contained in batteries, simply throwing away a battery can pose many harmful risks to the environment and landfills.

A majority of batteries contain metals such as (but not limited to): lead, copper, mercury, zinc, cadmium, manganese, lithium, and potassium. When batteries enter landfills, the casings could eventually corrode and metals could leak out into the soil, seeping into our water supply and then the ocean. This poses a great danger to human health and the environment.

Water contamination is not the only hazard that occurs when a battery is improperly disposed of. Landfill fires caused by batteries have gone up in recent years. The main perpetrators of this are lithium-ion batteries (which are most commonly found in smartphones). This is due to them being very energy dense and high voltage, paired with the fact that most of them use highly flammable organic based electrolytes in their chemical makeup. When lithium batteries are thrown away and put into landfills, they are put under heavy stress and have a high risk of being punctured. This makes it extremely important to properly recycle your batteries.  A case of this happening was at the Aquatera landfill in the Grand Prairie region. According to a Daily Herald Tribune post, a lithium-ion battery most likely short-circuited or was crushed under a compactor causing it to ignite.

There are a few short and simple steps you can take to prevent any of these from happening.  First, it is always best to cut back on battery waste. This could be done by using rechargeable batteries instead of single-use Alkaline. While this poses more upfront costs, it will reduce the number of batteries you have to throw away each year. Second, you should never throw batteries away into the trashcan. While it is legal to throw away alkaline batteries, it is still better to recycle them than to simply toss them into the trash. That said, fires can also be an issue at recycling facilities.

There are many locations to recycle your used batteries, the Illini Gadget Garage is one such place! When dropping off batteries, there are a few things to keep in mind to prevent fires at recycling facilities. If you are recycling ANY lithium-ion battery, alkaline battery greater than 9 volts, or a rechargeable battery with a voltage greater than 12, you must either bag them separately or tape the terminals before dropping them off. This is to prevent terminals from touching, leading them to ignite.

To find places close to you, visit either the city of Urbana website or the city of Champaign’s recycling page. Click here for a map of university locations. Another source to find drop off locations for non-Champaign Urbana residents is the Call2recycle website.

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REPAIR rather than REPLACE

Electronic waste is a growing national and global problem. The US Environmental Protection Agency reports that 40.4 % of electronics were recycled in the US in 2013. While the proportion of electronics recycled nationally has increased in recent years, due largely to landfill bans and related legislation in various states, it’s also true that our consumption of electronic devices is increasing over time. For example, PC World reported that 1 billion smartphones were shipped worldwide in 2013—enough for roughly 1 in every 7 humans on the planet.

That’s a staggering statistic for only one category among many electronic devices which saturate our lives. Beyond items like your phone or laptop, electronic components appear in a multitude of everyday items not typically considered “electronics,” from coffeemakers to greeting cards that play music. The manufacture and transport of electronics require great investments of natural and human resources in a variety of ways, and include economic, social, and environmental impacts throughout their product lifecycles. Meanwhile, society continues to foster the perception of electronics as items meant to be replaced frequently as newer models are released, or to be considered completely disposable (in the case of products like electronic greeting cards). The belief of many consumers that electronics are too complex or expensive for a layperson to repair often contributes to the short lifespan of electronics in practice, causing people to replace mildly damaged equipment rather than investing resources in maintenance.

We want to change those perceptions, and contribute to overall efforts to make our campus, community, and world a more sustainable place. We do this by assisting in troubleshooting and repair of electronic devices, encouraging consumers to consider, and take on, repair rather than replacement of devices. We work to keep devices in service for as long as possible, to educate consumers about the impacts of electronics, and provide information about recycling and reuse options. We also want to “demystify” technology and make its use and maintenance as inclusive as possible–you don’t have to be technically inclined to repair what you own, to make use of our space, or be part of our community.

Reduce, rethink, repair, reuse, recycle. Revolutionary!