Category: Recycling

Posted on

Celebrate International Compost Awareness Week May 4-10, 2025

ICAW 2025 poster designed by Abbie Sawyer from Athens, Georgia. Abbie is an artist, nature enthusiast, and Compost Education Specialist for the Athens-Clarke County Solid Waste Department.

International Compost Awareness Week (ICAW) is celebrated annually during the first full week of May and is a time to learn more about composting organic wastes (e.g., landscape wastes and food scraps) as part of fostering healthier soil and reducing greenhouse gas (GHG) emissions. A theme is chosen for ICAW in the US each year, and the theme becomes the focus of a poster contest, in which artists age 14 and older from around the world compete. The image above is the winning design for 2025, created by Abbie Sawyer from Georgia.

This year’s theme is “Sustainable Communities Begin with Compost!” As explained on the Compost Research & Education Foundation website, “This theme was chosen with the goal of highlighting composting in all kinds of communities at any scale – from the backyard home composter to community composters, to large-scale facilities to all those who recognize the many benefits of using compost on our soils.  As has been done for the past several years, the theme was chosen by all of the international partners who are part of the International Compost Alliance – making it truly an international theme.  This year’s theme was inspired by the United Nations Sustainable Development Goal #11 “Sustainable Cities and Communities: Make cities and human settlements inclusive, safe, resilient and sustainable.”*

In its press release announcing ICAW, the Illinois Food Scrap and Composting Coalition (IFSCC) explains the following benefits of organic waste recycling and compost use for Illinois communities:

  • Composting reduces methane emissions through aerobic managed decomposition, providing for a more sustainable community.
  • Composting lowers greenhouse gases by improving carbon sequestration in the soil. Getting the carbon back into the soil serves as a “carbon bank,” helping to store carbon thereby removing it from the atmosphere.
  • Compost provides essential nutrients for plants, promoting vibrant gardens and farms. Healthier soil leads to healthier, more nutritious food for our communities.
  • Compost use increases the water-holding capacity of our soils. This is important as our communities are more and more often seeing drought and or intense rain events causing soil runoff and erosion.
  • Community Gardens and Green Spaces: Compost plays a vital role in community gardens, fostering green spaces that provide fresh produce, recreational opportunities, and community gathering places.

Illinois will be hosting over 50 in-person and virtual events during ICAW in over 12 counties. To see a full list of events and find registration information for those that are vitual, check out the IFSCC ICAW 2025 webpage: https://illinoiscomposts.org/icaw-2025/.

If you’re interested in hosting your own ICAW event, check out the IFSCC’s ICAW Host Toolkit, which includes:

  • tabling signage,
  • resources for libraries,
  • a list of relevant children’s books,
  • resources for park districts,
  • social media resources,
  • activities for kids,
  • a guide for hosting a “compost giveback” event (aka a “compost giveaway” or a “bring your own bucket” event),
  • a link to a spreadsheet of food scrap municipal composting programs and drop-off locations, and
  • a link to IFSCC’s guide for where to buy finished compost in IL. (Note that this only includes IFSCC member organizations that are compost manufacturing facilities. If you don’t see a site near you, do an Internet search or consult your county solid waste agency or recycling coordinator for guidance.)

If you’d like to learn more about how to start composting at home, see https://illinoiscomposts.org/composting-at-home/. You can also check out resources from Illinois Extension at https://extension.illinois.edu/composting.

Happy composting!

*Learn more about the UN Sustainable Development Goals (SDGs) and how ISTC technical assistance efforts relate to them at https://tap.istc.illinois.edu/tap-alignment-with-un-sustainable-development-goals-sdgs/.

The Illinois Sustainable Technology Center is an organizational member of the Illinois Food Scrap and Composting Coalition.

Posted on

Celebrate International Day of Zero Waste on March 30 by reducing textile waste

Photo by smirart for Adobe Stock Images (Education license, University of Illinois Urbana-Champaign)

Note that ISTC does not endorse, either explicitly or implicitly, any manufacturer, vendor, product, or service. Mentions of specific products or businesses below are provided for informational reference only.

The International Day of Zero Waste, observed on March 30th annually, was established through UN General Assembly Resolution 77/161 and is jointly facilitated by the United Nations Environment Programme (UNEP) and the United Nations Human Settlements Programme (UN-Habitat). The day highlights the importance of waste reduction, sustainable materials management, and responsible consumption and production as part of sustainable development.

This year’s theme and why it matters

This year’s theme is “Towards zero waste in fashion and textiles.” According to the non-profit organization Global Fashion Agenda, 92 million tonnes of textile waste are produced globally each year. (Note that a “tonne” or metric tonne is equal to 2,204.6 lbs., as opposed to a “ton,” a.k.a. short ton, which is equal to 2000 lbs.) In 2018, the U.S. EPA found that nearly 17 million tons of textile waste were generated nationwide, with 11.3 million of those tons going to landfills (3.2 million tons were combusted).  According to the Illinois Materials Management Advisory Committee Report to the General Assembly (2021), 279,188 tons of clothing were disposed of in Illinois landfills in 2018, along with 235,523 tons of “other textiles.” In its 2017 report A new textiles economy: Redesigning fashion’s future, the Ellen MacArthur Foundation stated that between 2000 and 2015, global clothing production doubled while the duration of garment use decreased by 36 percent. So-called “fast fashion,” defined by Merriam-Webster as “an approach to the design, creation, and marketing of clothing fashions that emphasizes making fashion trends quickly and cheaply available to consumers,” tends to involve production of less durable items that wear out quickly, contributing to this trend of high production rates and shorter periods of use.

In a previous ISTC blog post (dated 6/26/24), we pointed out the connection between textile waste, particularly clothing waste, and plastic pollution, given that 60% of material made into clothing into clothing is plastic, including polyester, acrylic, and nylon textiles. The UNEP report Catalysing Science-based Policy Action on Sustainable Consumption and Production: The Value-chain Approach & its Application to Food, Construction and Textiles (2021) indicates the fashion and textile sector account for 9 percent of microplastic pollution reaching the oceans annually.

Further, it is estimated that over 15,000 chemicals are used in textile manufacturing processes, some of which are toxic or prone to persistence in the environment (Roos, et al, 2019). Textile manufacturing also uses lots of water and is responsible for massive greenhouse gas emissions. Given the variety of textiles produced, and with some being natural and others synthetic, it’s hard to characterize the total amount of water used for, and emissions resulting from, all textile production worldwide. Considering a cotton t-shirt as an example, a frequently cited article from the Spring 2014 edition of World Wildlife Magazine claims it takes 713 gallons (2700 liters) of water to produce one cotton t-shirt. Mayer and Birkocak (2024) estimate the textile and apparel industry accounts for approximately 10% of global greenhouse gas emissions.

Suffice it to say, due to the massive amounts of resources involved in the production of textiles, the potential for pollution from the manufacture and use of textiles, and the amount of textile waste filling dwindling landfill space, anything we can do to reduce waste associated with textiles is important.

Ideas for positive action

While the potential negative impacts associated with textiles seem daunting, there are several things that individuals can do to prevent textile waste and manage them more responsibly at their end-of-life. Here are a few suggestions to consider.

  • Resist “fast fashion” by reducing the amount of clothing you buy. Avoid trends and purchase more “timeless” styles that will serve you for years to come. Look for individual pieces (shirts, pants, accessories, etc.) that can be paired with multiple other items in your wardrobe to create more outfits with fewer items. If you want some guidance, check out How to Create Different Outfits with Fewer Items (& Sustainably) from Project CeCe and How to Build a Capsule Wardrobe: Wear Fewer Pieces, Create More Outfits from Closet Cachete. How to Create More Outfit Choices With Fewer Clothes includes examples using men’s fashions.
  • Invest in more durable items. The upfront cost may be higher, but reducing the need to replace worn out items can make that worthwhile in the long run. Check out Good on You’s guide to choosing clothes that last.
  • When possible, buy secondhand clothing from thrift stores, consignment shops, or similar outlets. You might get lucky and find some deeply discounted, high-quality items that wound up at a thrift store precisely because they were made to last! In any event, keeping wearable clothing in use longer conserves the resources invested in their creation. If you have items that are still wearable but no longer wanted, consider donating or consigning them at relevant local charities or shops.
  • Participate in, or host, a clothing swap, in which friends or community members come together to exchange items that are still in good shape but no longer wanted by the original owner. Check out the Wikipedia article on clothing swaps for more information on this phenomenon. For advice on planning your own, see 4 Tips For Throwing A Successful Clothing Swap from Southern Living and How To Host A Clothing Swap Party: Step-By-Step Guide from Almost Zero Waste.
  • Repairing your clothing and textiles, rather than replacing them when seams rip or holes begin, is another strategy to conserve natural and financial resources. If you’re not handy with needle and thread, connect with friends or family who are, or support the local economy by taking items to an alteration shop or shoe repair service in your area. You can also do an Internet search for a local Repair Café, Fixit Clinic, or similar gathering where others might help you fix your items. You might also look for no-sew options using iron-on patches, fabric glue, or shoe glue (Shoe Goo is a popular brand of the latter, available in many hardware or “big box” stores; though typically used to repair soles that are separating from uppers, the Shoe Goo website notes that it can also be used for other repairs, such as fixing holes in backpacks). Marissa Elena’s Simple Ways To Mend Your Clothing Without A Sewing Machine is a good resource with embedded videos for illustration.
  • Wash your clothing less frequently and use cold water when you do. Unless you’ve sweat profusely or been doing a particularly dirty job, your outer garments might be able to be aired out and worn at least one additional time before getting tossed in the laundry basket. Washing less often will reduce wear and tear on your clothing and reduce your chores as a bonus. Check out Real Simple’s guide on how frequently to wash various types of clothing. And Don’t Bother Using Hot Water to Wash Your Laundry from Consumer Reports should set your mind at ease about the efficacy of cold water, which means less energy used during washing.
  • Reuse your textiles for crafts or cleaning rags. Some people enjoy making quilts or rag rugs from fabrics reclaimed from old clothes, or even tote bags or hot pads. See 9 Ways to Make a Rag Rug you’ll Want to Try! for some inspiration. If you’re not crafty, consider repurposing your castoffs into cleaning rags you can launder after use—an option that will also help you reduce your use of disposable items like paper towels. Some textiles are of appropriate size to use as rags as-is (e.g., an old washcloth or cloth diaper), but if you want to cut old shirts or pants down to size, use pinking shears to reduce fraying.
  • Recycle textiles that are not suitable for donation that can’t be repurposed in your own home. Check city, county, or local non-profit websites for “where to recycle it” guides, or do an Internet search to find recycling options near you. If you’re not sure which agency to contact in your area, reach out to the Illinois Recycling Foundation for guidance. Textiles collected for recycling might be turned into industrial rags, insulation or other construction materials, or carpet padding, among other items. Like more traditional recyclables, textiles should be seen as resources that don’t belong in landfills.

If you’re already doing some of the things suggested above, great! If it’s all new to you, don’t try to tackle everything at once. Choose one or two suggestions that fit well with your situation and circumstances and try them out. Talk to friends and family about your successes, and any challenges you encounter. They might help you overcome barriers and you just might inspire them to fight waste too! Don’t focus on trying to be perfect–you’re human, after all. If you try too many new things at once, or get too wrapped up in doing the exact “right thing,” you may become overwhelmed and either never start your new habit, or start and quickly give up. Every small step you take to reduce waste matters. If you’ve read through this whole post, congratulations–you’ve taken the first step toward sustainable behavior by being open to new practices!

More ways to get involved in waste reduction

Visit the UNEP website and click on “Events” to find Zero Waste Day events near you, or to add your own event to their map!

If you represent an organization or business interested in reducing all types of solid waste (beyond textiles) and managing materials more responsibly, learn more about the services of the ISTC Zero Waste team and contact them at istc-zerowaste@illinois.edu.

Posted on

Better bouquets: Sustainable purchasing and end-of-life management for floral arrangements

UI Public Affairs: L. Brian Stauffer. © Board of Trustees of the University of Illinois.

As Valentine’s Day approaches, purchases of flowers increase. Whether for a holiday gift, special occasion, or other celebration, most of us will buy bouquets or flower arrangements at some point. But have you considered sustainable options or the best way to manage bouquets after they fade?

Note that links to products, programs, or vendors below are for informational purposes only and should not be construed as endorsements by ISTC, the Prairie Research Institute, or the University of Illinois Urbana-Champaign.

Why it matters

When you think about the economic impacts of agriculture, you’re likely to consider crops used to feed humans or other animals. But floriculture is also “big business.” The USDA defines floriculture as “that branch of horticulture dealing with the production of field-grown or greenhouse-grown plants for their flowers or showy leaves.” According to the US Department of Agriculture National Agricultural Statistics Service (USDA NASS), in 2023 (the year with the most recently published data), floriculture sales in IL totaled $134,063,000. For the same year, the Society of American Florists, reports total spending nationwide on floral products (flowers, seeds, and potted plants) was $72.8 billion.

While the USDA NASS estimates there are approximately 263 commercial floriculture operations, throughout IL alone, most of the flowers purchased in the US are imported from other countries. Utah State University Extension notes that “As many as 80% of all cut flowers sold in the U.S. are imported, with the majority coming from Columbia, Ecuador, Holland, and African countries such as Kenya that have the climate for the year-round cut flower cultivation (Cain, 2022; Knoch, 2022; Li et al., 2016; Tegethoff, 2023).” (See Utah State University Extension site for full citations.)

Source: https://www.ers.usda.gov/data-products/charts-of-note/chart-detail?chartId=106472

Clearly, buying and selling flowers has a huge impact on carbon emissions just from the perspective of product distribution. Imported blooms are flown thousands of miles and once they reach US soil, they might still end up being trucked for many more miles before reaching a retail location. Beyond the fuel used for transportation, refrigeration is often required along the way to keep blooms fresh.

Like any other agricultural operation, floriculture involves the use of a lot of resources (e.g. land, water, labor, etc.) and the application of a variety of chemicals that may have negative impacts on human and environmental health. A recent review of pesticides in flower production identified 201 different compounds used, 93 of which are banned by the European Union (Pereira et al., 2021).

So, although we tend to focus on aesthetics when picking the flowers we buy, attending to any available information on the source and production practices matters greatly if we care about environmental sustainability. It’s also worth considering the impacts of any packaging involved, which might be destined for the landfill if it can’t be reused, recycled, or composted. Because of the resource use embodied in them, it pays to consider keeping ornamental flowers and plants vibrant and in use for as long as possible, and when they are genuinely wilted and no longer lovely, we should try to keep them out of landfills if possible through composting. When plant material and wasted food (collectively called “organics”) break down in landfills without oxygen present (i.e., in anaerobic conditions), methane, a greenhouse gas is produced. The US EPA reports that municipal solid waste landfills are the third largest source of human-related methane emissions in the US, accounting for approximately 14% of methane emissions in 2022.

Better options

So how can you reduce the negative impacts of the flowers you buy?

Buy locally grown flowers whenever possible. If purchasing at a florist, grocery store, or large retail outlet, look for posted information on the source of the product or ask staff for more information. Depending on your location, time of year, and the intended use for your flowers, you may be able to get what you need from a farmer’s market or directly from a farm. This gives you the opportunity to meet the grower and ask questions about their operation. Buying local also supports the local economy and populations of pollinators, depending on the amount of shelter used in production (i.e. open fields, greenhouses, etc.). And of course, you’ll greatly reduce the greenhouse gas emissions involved in distribution. According to the Association of Specialty Cut Flower Growers (ASCFG), local flowers also tend to be of a wider variety, will last longer because they’ve traveled a shorter distance to you, and may smell better, because they are less likely to have been bred for uniformity, a practice that may compromise natural fragrance. If you don’t already have a farmer’s market or other favorite source for local flowers, the following resources will help you find them:

  • ASCFG Find Local Flowers and Growers Map: https://localflowers.org/find-flowers/. Enter your location and choose a radius in miles for your search.
  • IL Specialty Growers Association Live Local Shop Local Map: https://www.specialtygrowers.org/shoplocal.html. There are a few different ways to search. Either select “Floriculture” from the “Products” drop-down menu OR “Cut Flowers” from the “Product Attribute” drop-down menu OR type “flowers” or “cut flowers” into the search bar.

If you can’t find locally grown, look for sustainably grown options. This might mean using an online service that sources sustainably grown flowers or looking for certified products in shops. Links related to certification programs below will allow you to dive into the details of the program standards if you wish.

  • ReVased: https://www.revased.com/. This company began in 2019 with a focus on “upcycling” flowers from events (more on that below), selling a portion and donating a portion of these reclaimed arrangements. When the COVID-19 pandemic caused events to temporarily be put on hold, they shifted gears and now primarily offer online orders of sustainably grown flowers and plants. From their website: ‘We are proud to source our flowers from high-quality, sustainable-minded farms in both the U.S. and South America. The flower farms we work with have achieved Rainforest Alliance Certification, Fairtrade Certification, or take other steps for environmental, economic, and social sustainability. This includes protecting forests and natural wildlife habitats; promoting farmers’ human rights and safe, decent working conditions; conserving water and soil; and helping to lessen the burden of the climate crisis. We are lucky to work with amazing farm partners who meet these rigorous standards of excellence! We also ship “farm-direct.” This eco-friendly shipping method reduces carbon emissions by bypassing many stops in the traditional floral supply chain and reducing the total number of stems being cut, as every cut stem is meant for a customer! Additionally, we offset emissions from our shipments to neutralize our shipping footprint and make our shipments carbon neutral.’
  • Rainforest Alliance Certification: https://www.rainforest-alliance.org/insights/rainforest-alliance-certified-ferns-flowers/. The Rainforest Alliance certifies products that comply with their agricultural standard which “protects ecosystems and wildlife habitats, conserves water and soil, promotes decent and safe working conditions, and ensures that farms are good neighbors to rural communities and wildlands.” According to the Alliance’s website, Costco stores in IL sell their certified flowers, plants, coffee, and tea.
  • Fair Trade Certification: https://www.fairtradecertified.org/what-we-do/what-we-certify/floral/. Fair Trade certified products comply with standards to safeguard working environments and conditions, living wages and benefits, and to eliminate poverty and forced labor. Check the packaging on products or signage at your florist or other retailer for an emblem from Fair Trade USA or Fair Trade International. According to the Fair Trade USA website, you can find certified flowers at Sam’s Club and Whole Foods.
  • Veriflora Sustainably Grown: https://www.scsglobalservices.com/services/veriflora-certified-sustainably-grown. “This third-party certification assures buyers and consumers that cut flowers and potted plants have been produced in an environmentally and socially responsible way, with practices that achieve the highest level of product quality.” This is part of the SCS Global Services suite of third-party certifications, so look for an emblem with the SCS green hummingbird logo and the words “Sustainably Grown Certified.” Veriflora products are available through various florists and supermarkets, so check with your local shops.
  • Organic:  While it is possible to find flowers with USDA Organic certification, this tends to be used for edible flowers or those used for tea. Many growers will follow organic principles without going through the formal certification process, which is why buying local is great if feasible, because it allows you ask questions and learn more about the production process.
  • The Bouqs Co.: https://bouqs.com/about-us/our-difference. This online retailer sources directly from farms that use sustainable practices.

Once you’ve got your flowers in hand, check out these tips from McGill University: How to Keep Cut Flowers Looking Fresh, With Science.

Reuse and other diversion options

If you’ve bought flowers for an event, when your festivities are done, there’s no reason to send those blooms to the landfill. Explore donation of arrangements that still look lovely, and composting when those flowers have truly faded.

  • ReVased: https://www.revased.com/pages/non-profit-floral-directory. As noted above, this company started out by rescuing flowers from events to rehome them. Since the pandemic their focus is more on online sales, but they have started directory of non-profit organization that can accept donated flowers. Currently, all the IL entries are in the greater Chicago area/northern IL. You can also reach out to them at hi@revased.com for assistance in finding organizations to accept floral donation, but bear in mind their capacity for this is currently limited.
  • Repeat Roses: https://repeatroses.com/. This company works nationwide and will be hands-on, collecting flowers after an event and delivering them to organizations to which they’re being donated. Where commercial composting facilities exist, they can also pick up donated flowers once they’re truly withered and deliver them to the composting facility. According to their website, “Some locations will offer only limited composting sites within reasonable driving distances. For those locations, we will explore alternatives to ensure we divert flowers from landfills.” In order to have this level of service, you’ll need to plan far in advance. “Four to six months is ideal to secure your date to ensure you are on our pickup schedule. The earlier you decide to reserve your date on the calendar, the more time we have to coordinate with your florist and venue. Often, it is easier for your florist to know of your plans to donate your flowers in advance so they can design your arrangements with this information in mind as it relates to vase/container rentals and arrangement structure. Additional fees may apply to events booked with limited notice.”
  • Reach out directly to local organizations that may accept donated flowers. If you are planning an event that includes flowers, reach out in advance to local women’s shelters, nursing homes, hospitals, senior services, or cancer support non-profits to see if they could reuse your blooms and work with them, friends, or family on transportation of donations.
  • Compost. Check the Illinois Food Scrap and Composting Coalition (IFSCC) website list of commercial compost haulers and processors or for tips on composting at home if you’ve got the space and the interest and you’re dealing with a bouquet or two rather than lots of flowers from an event.
  • Preserve your blooms. If your flowers have sentimental value, consider preserving them. Check out HGTV’s guidance on various methods for drying, pressing, or using resin to create keepsakes.
Posted on

Composting pumpkins and other ways to green your Halloween

Photo by Colton Sturgeon on Unsplash

Did you know that IL leads the nation in the production of pumpkins? You may not realize it, but pumpkins are mostly water! A great deal of labor, land, water, and other resources are invested in growing, harvesting, distributing, and processing pumpkins in our state, so if you care about conserving resources, it’s scary to think about how many pumpkins end up in landfills once Halloween has passed.

After the neighborhood kids have finished collecting their treats, some folks leave their pumpkins out for squirrels and other wildlife to feed on. Others may have a backyard compost pile for returning jack-o-lanterns to the soil. If you’re not lucky enough to have the space or time to create your own compost, many cities and towns throughout IL host collection events in early November for composting decorative pumpkins. Such an event is called a “Pumpkin Smash.” Some collections may involve fun activities in which people can literally “smash” their pumpkins by throwing them into a designated dumpster or compost heap. SCARCE and the cities of Wheaton and Elmhurst hosted the state’s first pumpkin collections in 2014, diverting over 9.31 tons of pumpkins from landfills and helping to improve composting laws in Illinois. By 2023, Pumpkin Smashes were being held at over 95 sites in IL and beyond, and in that year over 241 tons of pumpkins were composted!

If you’re interested in coordinating a Pumpkin Smash in your community, SCARCE has just released an updated how-to guide for pumpkin collections, available for free on their website. The revised guide includes tips for on-site composting at community gardens and small farms. This option is great for areas of the state without access to a commercial compost processing site that will accept food scraps.

The main Pumpkin Smash page on the SCARCE site provides other resources including diversion statistics from last year, downloadable promotional materials to help spread the word about your local event, a link to register your Pumpkin Smash site, and a map to help you find Smashes in your area. Visit https://www.scarce.org/pumpkins/ and keep scrolling to find these resources. Note that there are two “official” dates for Pumpkin Smashes this year–Saturday, November 2, and Saturday, November 9.

Other festive ways to reduce, reuse, and recycle

Please note that links and/or mentions of organizations or businesses are provided for informational purposes only and should not be construed as endorsements by the Technical Assistance Program, ISTC, the Prairie Research Institute, or the University of Illinois.

Posted on

ISTC Technical Assistance Program assists U. of I. campus with waste characterization study

ISTC and F&S staff sorting waste samples.

The University of Illinois Urbana-Champaign (U. of I.) Facilities & Services (F&S) Waste Management department recently released the results of a campus building waste characterization and opportunity assessment conducted with assistance from the ISTC Technical Assistance Program (TAP). This project was the latest example of collaboration between the two units on reducing waste and improving sustainable materials management on campus since the development of the original Illinois Climate Action Plan (iCAP).

Beginning in 2014, shortly after the inception of its Zero Waste Illinois program, TAP conducted its first university campus waste audit in the form of a two-phase project for U. of I., examining the types and amounts of waste generated in eight campus buildings, as well as the availability and location of waste and recycling collection bins. That study also included a survey of building occupants to gauge knowledge of current programs, gaps in service, and overall satisfaction with the campus recycling program. With this data, TAP made recommendations for waste reduction and diversion at the campus and individual building levels. The TAP zero waste team went on to conduct similar waste characterization studies for other institutes of higher learning, industrial clients, local governments, small businesses, and school districts in Illinois and beyond, as well as contributing to statewide systemic change through efforts like the Farm to Food Bank feasibility study and pilot projects. In 2019, TAP assessed indoor solid waste and recycling collection infrastructure for U. of I., leading to the initial deployment of branded three-bin collection stations for waste and recyclables in high-traffic campus locations. F&S continues to deploy those newer three-bin stations as funding permits, as part of ongoing progress toward iCAP zero waste goals.

In the fall of 2021, TAP, F&S, and other campus stakeholders began discussion of a new round of campus building waste audits. Plans were paused until after the hiring of Daphne Hulse, the first full-time U. of I. Zero Waste Coordinator, in fall 2022, to ensure the availability of dedicated staff to address waste audit results and recommendations. A spring 2023 grant from the U. of I. Student Sustainability Committee (SSC) supplemented available F&S funds to secure TAP services for waste audits of eight high-usage facilities in October 2023.  

Due to the size and volume of waste and recycling generated on campus, sorting all material was not feasible. Thus, TAP and F&S used an “activity zone” approach, developed by the TAP zero waste team after their work on the previous U. of I. campus audits. This involved selecting a representative set of buildings classified according to their main functions and services. Waste audit data from those representative buildings was used to formulate recommendations for waste reduction and improving the quantity and quality of collected recyclables. Those recommendations for improvement can then be applied to other buildings that fall within the same activity zone categorization. For this waste audit, activity zones and their respective buildings included:  

  • Academic: Business Instructional Facility (BIF) & Campus Instructional Facility (CIF)
  • Academic + Laboratory: Roger Adams Laboratory (RAL) & Noyes Laboratory
  • Multi-Activity: Illini Union & Activities & Recreation Center (ARC)
  • Student Living: Lincoln Avenue Residence Halls & Allen Residence Hall

TAP conducted walkthroughs of study buildings to assess current conditions and infrastructure, discuss waste and recycling challenges and successes with facility managers and other key personnel, and determine the best method for sample collection during the waste audits. The audits involved the collection of samples from trash (landfill-bound) and recycling streams from each of the selected buildings, which were then hand-sorted by TAP staff and volunteers into pre-determined categories defined in conjunction with F&S waste management staff. Following the waste audits, TAP held four focus group sessions (one per activity zone) to obtain input from campus community members (including students, faculty, and staff). Stakeholder engagement helped to gauge expectations, barriers, and sources of confusion, as well as garner suggestions for ways to reduce waste and improve collection of recyclables for the buildings included in the study. An online form was made available for submission of written feedback from those unable to attend focus group sessions and to allow session participants to submit any additional comments and suggestions. 

In addition to presenting methodologies and findings, the audit report outlines current waste and recycling management practices across campus and within the examined activity zones. This includes detailed descriptions of bin liner color-coding standards and the rationale behind them, procedures at the campus Waste Transfer Station (WTS), process flow diagrams, and a list of processors and destinations for the major categories of collected recyclables. The goal was to create a document that could support F&S’s efforts to educate and engage the campus community in improved waste management and the creation of a zero-waste culture. 

There are long-standing misconceptions about campus waste management practices according to Joy Scrogum, an Assistant Research Scientist with ISTC’s TAP and a member of the campus Zero Waste iCAP team. “When I was an Illinois undergraduate, I would hear people say it didn’t matter if you accidentally put recyclables in campus trash bins because everything would be sorted at the campus Waste Transfer Station. That was frankly decades ago, and I still hear people make that incorrect assertion. Although the U. of I. is an innovative research institution, our Waste Transfer Station is low-tech, with a small crew that hand sorts only a fraction of the materials collected. There’s no cutting-edge equipment using lasers or air currents to extract recyclables, just humans pulling items from certain colored bags that are emptied onto a conveyor belt. It would be physically impossible to hand sort all the waste generated on campus, and most people aren’t even aware of the fact that different colored bin liners are meant to signify different actions at the transfer station. The contents of black bags, for example, aren’t emptied for a hand sort, because that color is supposed to signify waste collected from restrooms or laboratories.” 

Graphic from the audit report illustrating the campus bin liner color-coding standard.

The study uncovered a lack of awareness, confusion, and/or inconsistent compliance regarding the bin liner color-coding standard, suggesting that improved communication and efforts to ease supply chain barriers could result in increased capture of recyclable materials. Observations during building walkthroughs and feedback compiled from stakeholder engagement indicated that greater consistency in collection bin style and signage, along with improvements in communication of proper waste management and recycling procedures to students, faculty, and staff could result in improved collection and reduced contamination of recyclable materials. 

Key findings from the analysis include: 

  • 34 percent of campus waste reviewed was avoidable 
  • 23 percent of all landfill materials were some form of paper towels
  • Recyclable materials made up 13 percent of the total waste stream
  • 17 percent of waste was compostable
  • 18 percent of recyclables were contaminated and therefore unsalvageable
  • Liquids contributed to contaminating 5 percent of all the recycling items sorted

Disposable single-use items, such as these beverage cups, are examples of potentially avoidable waste.

TAP made 39 recommendations for waste reduction and improved management grouped into seven themes (education & outreach, infrastructure, policy, programming, purchasing, research, and retail). Many of the suggestions encourage colleges and departments to look upstream at the source of waste generation to proactively reduce the amount of waste that ends up in landfills.

F&S Zero Waste Coordinator Daphne Hulse said, “ISTC’s important and updated insight gives us the ability to turn their work into meaningful results that have an impact across campus. To accomplish our goals, we need to keep looking at how we can all continue to make progress by taking all available actions to properly reduce, reuse, and recycle where we study, work, recreate, and live.” 

A more detailed summary of study findings, along with the full report and executive summary for download, are available on the F&S website at https://fs.illinois.edu/campus-building-waste-characterization-opportunity-assessment/.

Daphne Hulse will also discuss the audit results, the details of campus waste and recycling management, and ongoing zero waste initiatives in an ISTC Sustainability Seminar presentation entitled, “Landfills Are Organized Littering: How the University of Illinois Is Moving Toward Zero Waste.” This hybrid presentation (with in-person and online attendance options), is scheduled for September 11 from 2-3 PM. Learn more and register at https://calendars.illinois.edu/detail/6229/33493027. ISTC Sustainability Seminars are recorded with archives available online within a few weeks of the seminar’s completion. 

Posted on

Plastic Free July: Tips for reducing plastic pollution from your clothing and textiles

Plastic Free July 2024

Plastic Free July is an awareness campaign coordinated by the Plastic Free Foundation which began in 2011 and is geared toward encouraging individuals to reduce plastic waste and pollution through small lifestyle changes, especially through the reduction of single-use plastic. To celebrate Plastic Free July in 2023 on this blog, we focused on a few ‘atypical tips’ for reducing plastic pollution by highlighting some common, non-intuitive sources of plastic. This year, we’ll similarly focus on a source of plastic pollution that you may find surprising—clothing and other textiles.

As always, please remember that ISTC does not endorse, either explicitly or implicitly, any particular manufacturer, vendor, product, or service. Information about specific products, manufacturers or vendors is provided for reference only.

According to the United Nations Environment Programme (UNEP), about 60% of material made into clothing is plastic, including polyester, acrylic, and nylon textiles. Every time we wash these clothes, they shed plastic microfibers, a form of microplastics, which are up to five millimeters in size. Think of emptying the lint trap of your dryer; clothes shed material in the washing machine as well but are released along with the wastewater. While water treatment plants can remove a majority of these fibers from water, plants vary in their removal efficacy and none can remove 100% of these tiny particles. Some make their way into the environment when the treated water is discharged to lakes or rivers, or via the collected sludge (aka “biosolids”) from treatment plants, which is sometimes applied to agricultural fields as fertilizer.

Textiles are also increasingly being treated as disposable goods. “Fast fashion” is defined as “an approach to the design, creation, and marketing of clothing fashions that emphasizes making fashion trends quickly and cheaply available to consumers.” This typically means individual articles of clothing are of low quality and likely to wear out quickly, at which point they’re discarded (too often in landfills) and replaced by new inexpensive, less durable items. According to the Illinois Materials Management Advisory Committee Report to the General Assembly (2021), 279,188 tons of clothing were disposed of in Illinois landfills in 2018, along with 235,523 tons of “other textiles.” In that same year, the U.S. EPA reported that nearly 17 million tons of textile waste were generated nationwide, with 11.3 million of those tons going to landfills (3.2 million tons were combusted). The recycling rate for all textiles was 14.7 percent in 2018, with 2.5 million tons recycled. So although clothing and other textiles aren’t “single-use” plastics, they are examples of materials that are not necessarily built to last that contribute to the release of plastics into the environment.

So what can you do to reduce plastic pollution from textiles?

Resist fast fashion and reduce consumption. In general, reduce the amount of clothing you buy. Think about what items you really need and will wear repeatedly, and avoid accumulating more clothes than you can reasonably use. Choose versatile separates that can be paired with multiple other items in your wardrobe to create different outfits. When you must buy something, look for items that are durable and well-made. This will often (but not always!) mean that you’ll invest more money up-front. However, if you need to replace items less frequently, that investment will pay off in the long run. Check out Good on You’s guide to choosing clothes that last, and The Luxe Strategist’s detailed ‘An Actually Practical Guide to Shopping for High-Quality Clothes’.

Second-hand first.  When you do buy clothing, consider used but “new to you” items. Participate in clothing swaps with friends or community members. Shop at thrift stores, consignment shops, or online resellers in search of those interchangeable and durable pieces mentioned above. The Luxe Strategist guide referenced above points out that truly vintage (pre-1970s) clothes are “built like tanks, and the differences between those and lower-quality clothes from today are unmistakable.” Extending the useful lives of textiles that have already been manufactured is important to reduce the demand for new items, keep existing clothing out of landfills, and conserve the embodied resources (e.g. energy, water, labor, etc.) that went into manufacturing those items. Fewer newly produced clothes mean fewer new plastics required to meet consumer demands.

Choose responsibly produced new items, made from non-synthetic fibers whenever possible. This may sound relatively simple, but if you’re concerned about sustainability in general, it’s important to acknowledge that a lot of resources and potentially harmful chemicals go into the production and harvesting of natural, non-synthetic fibers (e.g., cotton, silk, wool, etc.) as well as their processing, dyeing, and distribution. So keeping sourcing and production in mind will always be advisable. If you’re not able to find the particular item you need made from natural fibers, then the next best option would be items resulting from textile-to-textile recycling, as a way to increase demand for responsible management of textiles at the end of their first life. Even better if you find items made from recycled natural fibers! It can feel overwhelming to try to navigate the various factors involved in sustainable production, so check out this recent article from CNN Underscored highlighting 15 sustainable clothing brands, as well as Good On You’s explanation of the relative impacts of various clothing materials, including plant-based, animal-derived, and synthetics. In general, certified B Corporations meet standards for environmental and social impacts, so clothing and textile brands with this certification might be deemed preferable.

Consider your laundry routine and repair your textiles. Fewer chores are a good thing–for you and the environment! One of the simplest steps you can take to reduce plastic pollution is to launder your clothing and textiles less frequently. Fewer trips through the wash cycle mean fewer plastic particles sent down the drain. Plus, you’ll save water and electricity and your clothes won’t wear out as quickly! Unless you’ve sweat profusely, been exposed to harsh elements, or participated in a particularly dirty job like digging or painting, your outer garments might be able to be aired out and worn at least one additional time before getting tossed in the laundry basket. Check out Real Simple’s guide on how frequently to wash various types of clothing. When you do laundry, use cold water unless you have deeply soiled items. Cold water is effective at getting laundry clean, and research has shown that colder wash cycles result in decreased microfiber generation.

Returning to the notion of cleaning your lint trap, air-drying clothes is another option for reducing wear that leads to microfiber shedding.

Mending rips, patching worn spots, replacing buttons, and otherwise altering clothing are great ways to keep your textiles in service for longer, which can reduce the need for new synthetics and keep plastics out of landfills and the environment. If you’re not skilled with a needle, support the local economy by taking your items to a tailoring and alteration shop. If you’re willing to do it yourself but lack experience, an abundance of online guides and videos can help you learn basic techniques. For example, see “Simple Ways To Mend Your Clothing Without A Sewing Machine.”

Trap or filter microfibers released in your washing machine, and consider the washer itself. There are ways to minimize the plastic pollution drained from your washer. First, if you’re in the market for a new washing machine, consider a front-loader. According to Energy Star, not only are these machines more resource efficient, but they’re gentler on clothes, resulting in less microplastic shedding.

Low-tech in-wash plastic pollution reduction options include using a device to collect loose fibers in the wash water, like the Cora Ball, or washing your synthetic fabrics inside garment bags, so you can manually remove collected fibers and put them in the trash. High-tech options include external filters that can be attached to your existing washing machine, or the emerging technology of washing machines with a built-in filter. France became the first country to regulate plastic microfiber pollution from laundry by adopting a law that will require new washers to have microfiber filters by 2025, so such machines will hopefully become increasingly commonplace.

When they can no longer be used, recycle your textiles. When your clothing and other textiles are no longer useful, don’t send them to the landfill! Check with your local government for area textile recycling options or consult the Illinois Recycling Foundation directory. If options aren’t available in your area, consider a mail-in take-back program.

Learn more

Posted on

Resources for Recycling Expanded Polystyrene

Photo by Caleb Lucas on Unsplash

Expanded polystyrene, or EPS, is a lightweight, closed-cell plastic foam used in a variety of products, including coolers, insulated beverage cups, takeout containers, building insulation, etc. This differs from extruded polystyrene (XPS), which is typically formed into rigid panels used for building insulation, mainly in terms of how it is manufactured, but also in terms of thermal protection, moisture resistance, and strength. Styrofoam is a brand name of XPS insulation manufactured by DuPont. Despite these differences, the similar products have become synonymous in the minds of most people, and just as certain brand names for facial tissue and bandages eventually became the common terms for those products, most people refer to EPS products as “Styrofoam.” In this blog post, when you read “EPS” or “expanded polystyrene,” know that this refers to the materials you likely think of as “Styrofoam” packaging–though DuPont would be quick to point out they’re not the same thing!

For several years, departments at the University of Illinois at Urbana-Champaign have been encouraged to recycle EPS at a drop-off location just outside the Dart Container plant in Urbana, IL. Recycling EPS is often not economically feasible basically because foam packaging is mostly air, and the fuel needed to ship large amounts of the bulky, lightweight material for processing would often not be offset by money obtained by selling it. Dart manufactures EPS products however, and thus, accepting and recycling it is in line with a sense of extended producer responsibility for the management of those products at their end-of-life, especially since EPS pollution famously takes hundreds of years to break down in the environment. The Urbana Dart plant used equipment to heat, extrude, and compress foam packaging into blocks of material that could be used for products such as picture frames, surfboards, or park benches. This YouTube video shows a similar operation in a California plant.

Earlier this year, however, Dart unfortunately announced that the Urbana plant would be closing by the end of 2023. While this is tragic mainly due to the loss of jobs and the potential blow to the local economy, it also means the loss of an outlet many people relied upon to keep EPS packaging out of the landfill. In fact, the City of Champaign ‘Where Do I Recycle It?’ resource reports that Dart closed their Styrofoam drop-off center in Urbana on Friday, September 29, 2023.

Obviously, the best approach, even before the sad news about Dart’s Urbana plant was announced, has always been to avoid EPS products whenever possible precisely because of the difficulties in recycling the material. But avoidance isn’t always possible for consumers, especially since EPS is so widely used in food and beverage packaging, to protect breakable products, and to regulate the temperature of various items during shipping—including items intended for laboratories. So, while alternatives are important to explore (and might be the subject of a future post), this post focuses on options that might help people in Champaign County divert EPS in the near term. Although the inspiration for this post is the change in opportunities to recycle EPS locally, many of the options below are applicable in other parts of the state or U.S.

Other foam drop-off sites (for those not in Champaign County)

To be clear, Dart is not going out of business or closing all its facilities, and the company does still offer public drop-off EPS collection points at various places in the U.S., including elsewhere in IL—just not in the Champaign-Urbana area anymore. To find out whether there’s a Dart public drop-off near you, visit https://www.dartcontainer.com/why-dart/sustainability/foam-recycling and search their map.

The Food Service Packaging Institute’s website includes a map showing EPS foam recycling drop-off sites throughout the U.S. and includes some basic information about foam recycling. See https://www.recyclefoam.org/about-foam-recycling to learn more and to search for a drop-off near you.

Dart’s Next Life Program

Besides their public drop-off collections, in April 2023 Dart also announced a mail-in product take back program called Next Life. This program is restricted to Dart brand products, but it is not restricted to EPS—Dart packaging made from paper (specifically from the Bare by Solo brand), polyethylene terephthalate (PET, #1), polypropylene (PP, #5) and expanded polystyrene (#6 foam) are all acceptable products. This program is not free, or particularly easy, however. To participate, consumers can visit https://take-back.dartcontainer.com/ and indicate which of these three packaging categories they’re interested in recycling. Then “proof of purchase” images must be uploaded, which might be in the form of scanned store receipts, invoices, or product photos. Once the images are uploaded, the consumer must then purchase a “discounted shipping label” by paying for flat rate shipping for the material ($9 for a maximum box size of 20″ x 30″ x 11” when the process was tested during the writing of this post). The purchased label can be printed out and used to ship the items back to Dart.

While this is better than nothing, the process is convoluted and inconvenient for consumers and is restricted to Dart products. Only die-hard individual environmental advocates, or organizations and businesses committed to zero waste, are likely to jump through the necessary hoops and pay to participate. Coupled with efforts to reduce relevant types of waste or avoid them altogether, this program can help keep some remaining unavoidable packaging out of landfills, so it’s worth keeping in mind.

Terracycle Zero Waste Box

If your organization or business generates a fair amount of EPS waste, you may wish to consider Terracycle’s “Styrofoam – Zero Waste Box™” as an option for recycling all sorts of EPS food packaging and shipping waste, so long as there is no food or other organics contamination on the foam. You buy a collection box with a pre-paid shipping label, seal it when full and send it back to Terracycle. This is very convenient but expensive—the box comes in three size options, with the smallest (11”x 11” x 20”)  costing $107. There are discounts for purchasing collection boxes in bulk (15+).

Packing Peanuts (Loose Fill)

EPS foam packing peanuts (aka loose fill packaging) were never accepted as part of Dart’s public recycling drop-off in Urbana. Local shipping businesses may accept them for reuse, however, as long as they’re clean and dry. It’s always advisable to call these companies first to confirm they will accept these before taking any to their location. The City of Champaign “Where Do I Recycle” page suggests contacting the UPS Store on Marketview Drive in Champaign, or CU Pack N Ship (formerly Mail & Parcel Plus). Note that the foam recycling map at https://www.recyclefoam.org/about-foam-recycling, mentioned above, can be searched specifically for loose fill recycling options.

Polystyrene Coolers

Many local laboratories, including those on the University of Urbana-Champaign campus, receive materials in polystyrene coolers. Laboratories should keep in mind that Millipore Sigma has a polystyrene cooler return program for U.S. customers, which is relatively easy and free for the consumer. See https://www.sigmaaldrich.com/US/en/services/support/recycling/polystyrene-cooler-return-program for details.

Several sources related to laboratory waste recycling suggest that New England Biolabs (NEB) have a similar polystyrene cooler take-back program, but that information seems to be out of date because NEB no longer uses EPS coolers. NEB now ships its products in an alternative to EPS, called the ClimaCell® cooler, created in conjunction with TemperPack, which is 100% recyclable. See https://www.neb.com/en-us/tools-and-resources/video-library/introducing-the-neb-climacell-cooler to learn more. If your laboratory or other business ships items that require temperature control, you might consider contacting TemperPack for options that suit your needs. See https://www.temperpack.com/climacell/.

Corning Packaging Take Back

Laboratories should also be aware that Corning will take back all Corning®, Falcon®, or Axygen® product packaging—including EPS centrifuge tube racks. Other acceptable wastes include pipette tip boxes and plastic bags and peelable lidding film paper from cell culture dishes, plates, and flasks, #2 or #4 only. See https://corning.mailthisback.com/ for further details and to print a pre-paid shipping label.

Other Mail-Back Options

Finally, the EPS Industry Alliance has a list of mail-back options at https://static1.squarespace.com/static/62e5bccd5d8f2e718d48d121/t/643ff95d6ef7d36ad9920d25/1686167676074/EPS+Mail+Back+Locations.pdf. There are eight locations in the Midwest region, though none are in IL.

Hopefully, these resources will help you divert unavoidable EPS from landfills. Are you aware of other EPS recycling programs? Share your knowledge with our zero waste team at istc-zerowaste@illinois.edu.

Posted on

Bipartisan Infrastructure Law funding now available to support recycling and composting

Three colorful bins, labelled "Compost," "Waste," and "Recycle" sit side by side. Each bin's label shows photos of materials that should be placed inside.
Photo by Nareeta Martin on Unsplash

On November 17, 2022 the U.S. Environmental Protection Agency (EPA) announced the availability of $100 million in grants for recycling infrastructure and recycling education and outreach projects throughout the country.

The Solid Waste Infrastructure for Recycling (SWIFR) Grant Program is divided into several funding opportunities. Information on the State and Territory Grant Program and the Political Subdivisions Grant Program is currently available on the U. S. EPA website, with information on the Tribal Grant Program coming soon.

SWIFR Political Subdivisions Grant Program

Entities eligible to apply for funding through the SWIFR Political Subdivisions Grant Program include “Political subdivisions” of states and territories, such as counties, cities, towns, parishes, and similar units of governments that have executive and legislative functions to be political subdivisions of states and territories.

Applications Due: January 16, 2023
Notice of Intent to Apply Deadline: December 15, 2022
Funding Available: The minimum individual award amount is $500,000 and the maximum individual award is $4,000,000 for the grant period.
Grant Period: Up to 3 years

Materials and waste streams considered under this announcement include:

  • Municipal solid waste (MSW), including plastics, organics, paper, metal, glass, etc. and construction and demolition (C&D) debris.
  • In addition, materials and waste streams considered include the management pathways of source reduction, reuse, sending materials to material recovery facilities, composting, industrial uses (e.g., rendering, anaerobic digestion (AD)), and feeding animals.

All applications must achieve one or more of the following objectives:

  • Establish, increase, expand, or optimize collection and improve materials management infrastructure.
  • Fund the creation and construction of tangible infrastructure, technology, or other improvements to reduce contamination in the recycled materials stream.
  • Establish, increase, expand, or optimize capacity for materials management.
  • Establish, improve, expand, or optimize end-markets for the use of recycled commodities.
  • Demonstrate a significant and measurable increase in the diversion, recycling rate, and quality of materials collected for municipal solid waste.

Eligible activities include (but are not limited to):

  • Innovative solutions and/or programs that provide or increase access to prevention, reuse, and recycling in areas that currently do not have access; including development of and/or upgrades to drop-off and transfer stations (including but not limited to a hub-and-spoke model in rural communities), etc.
  • The purchase of recycling equipment, including but not limited to sorting equipment, waste metering, trucks, processing facilities, etc.
  • Upgrades to material recovery facilities (MRFs) such as optical sorters, artificial intelligence, etc.
  • Development of and/or upgrades to composting facilities or anaerobic digesters to increase capacity for organics recycling.
  • Development of and/or upgrades to curbside collection programs or drop-off stations for organics.
  • Development of and/or upgrades to reuse infrastructure such as online reuse platforms, community repair spaces, technology and equipment to improve materials management reuse options, food donation, and upcycling, staging areas for material reuse/donation, reuse warehouses, and reuse centers, and electronic waste and computer recycling and refurbishing.

Recycling Education and Outreach (REO) Grant Program

The REO Grant Program includes $30 million in funding for projects to improve consumer education and outreach on waste prevention, reuse, recycling, and composting. The grants aim to reduce waste generation, decrease contamination in the recycling stream, and increase recycling rates across the country in a manner that is equitable for all.

Eligible applicants include:

  • U.S. States, including Washington, D.C.
  • Puerto Rico, Virgin Islands, Guam, American Samoa, Commonwealth of Northern Mariana Islands.
  • Local governments.
  • Federally recognized tribal governments.
  • Native Hawaiian organizations, Department of Hawaiian Home Lands, Office of Hawaiian Affairs.
  • Nonprofit organizations.
  • Public-private partnerships.

Applications Due: January 16, 2023
Notice of Intent to Apply Deadline: December 15, 2022
Funding Available: The minimum individual award floor is $250,000, and the maximum individual award ceiling is $2,000,000 for the grant period.
Grant Period: Up to 3 years

Materials within the scope of this grant program include commonly recycled materials, such as aluminum and steel containers, glass, cardboard paper, and plastics, as well as food, organics (yard and tree trimmings, wood, etc.), textiles, batteries, and electronics. Also within the scope of this grant program are education and outreach activities that prevent or reduce waste by reducing, reusing, repairing, refurbishing, remanufacturing, recycling, composting, or using anaerobic digestor systems to treat these types of materials or to reduce related contamination.

All projects must encourage the collection of recyclable materials and must achieve one or more of the following objectives:

  • Inform the public about residential or community recycling programs.
  • Provide information about the recycled materials that are accepted as part of a residential or community recycling program that provides for the separate collection of residential solid waste from recycled material.
  • Increase collection rates and decrease contamination in residential and community recycling programs.

Eligible activities include (but are not limited to):

  • Public service announcements.
  • Door-to-door education and outreach campaigns.
  • Social media and digital outreach.
  • An advertising campaign on recycling awareness.
  • The development and dissemination of:
    • a toolkit for a municipal and commercial recycling program.
    • information on the importance of quality in the recycling stream.
    • information on the benefits of recycling.
    • information on what happens to materials after the materials are placed in the bin.
  • Businesses recycling outreach.
  • Bin, cart, and other receptacle labeling and signs.
  • Community ambassador education programs or training the trainer programs.
  • Other education and outreach activities to improve waste prevention, reuse, and recycling, and reduce contamination, such as evaluations and evidence-based messaging and strategies associated with preventing or reducing waste and improving reuse, repair, refurbish, and remanufacture of materials.

Learn more

Posted on

Illinois EPA announces notice of funding opportunity for county solid waste planning

Illinois Environmental Protection Agency (Illinois EPA) Director John J. Kim recently announced a new funding to assist counties and other units of local government in implementing their solid waste planning obligations under the Illinois Solid Waste Planning and Recycling Act (SWPRA). This funding opportunity follows a recommendation from the Statewide Materials Management Advisory committee that recommended, in its July 2021 report, that the Illinois EPA provide financial support to units of local government to enable them to make meaningful updates to their statutorily required solid waste management plans. A Notice of Funding Opportunity (NOFO) has been posted to the Illinois EPA website.

“Under the Solid Waste Planning and Recycling Act, counties and units of local government are obligated to revisit their Illinois Solid Waste Management Plans every five years and, if necessary, submit plans with significant updates to the Illinois EPA,” said Director Kim. “These grants provide an important resource to county and local governments as they update these plans for managing solid waste disposal and recycling.”

The Illinois EPA Waste Reduction and Compliance Section is responsible for reviewing county solid waste management plans submitted pursuant to the SWPRA. Through this funding opportunity, Illinois EPA intends to provide interested counties, and other units of local government required to develop a county solid waste management plan, financial assistance to help prepare the next plan update.

Eligible projects include, but are not limited to:

  • Conducting a local solid waste and materials management needs assessment;
  • Surveying local solid waste and materials management stakeholders to determine programmatic expansion viability;
  • Internally authoring solid waste management plan updates; or
  • Procuring consulting services to prepare solid waste management plan updates.

The Illinois EPA Waste Reduction and Compliance Section (WRCS) is responsible for reviewing County Solid Waste Management Plans submitted pursuant to the SWPRA.

Each county or unit of local government required to develop a solid waste management plan is eligible for $5,000.00 of funding. Applications must be submitted electronically to epa.recycling@illinois.gov and are due by 5:00 PM (CST) on May 31, 2022. Applicants may not apply for a grant until they are pre–qualified through the Grant Accountability and Transparency Act (GATA) Grantee portal.