Skip to content
MarketScale
‹ Back to IndustriesEngineering & Construction

To Reduce Food Waste, Collaboration and Partnerships with Local Regulators is a Must

Local regulatory alignment emerges as the critical missing piece in efforts to combat America's escalating food waste crisis

This story was produced through MarketScale. See how Engineering & Construction teams put it to work with Partner & Channel Enablement.

By Weslynne Ashton · Food WasteFood Waste ReductionIllinois Institute of TechnologyReducing Food Waste
Share

Key takeaways

01

Local regulatory alignment emerges as the critical missing piece in efforts to combat America's escalating food waste crisis

Get featured

Want to get featured in MarketScale Engineering & Construction?

Create a free MarketScale workspace and get your company's expertise featured across our Engineering & Construction coverage. No credit card, no demo required.

Start free

The United States needs to reduce food waste. Solutions exist to make it happen, but without collaboration, transparency, and partnerships that include local regulators, all those efforts could be for naught.

The U.S. saw a significant rise in food waste in 2021, with 91 million tons of surplus food produced, a 4.8% increase from 2016, according to data from ReFED, a national nonprofit. This waste, which represented 38% of the total food supply, was estimated at $444 billion. While households were the primary contributors, accounting for nearly half of the total surplus, other sectors like produce farms and manufacturing also played substantial roles. Alarmingly, despite the vast surplus, less than 2% was donated to those in need, with a significant portion ending up in landfills. Organizations like ReFED advocate for a shift in cultural mindset and implement targeted solutions to reduce food waste, including a government-funded public information campaign.

Weslynne Ashton, Professor of Environmental Management and Sustainability at the Illinois Institute of Technology, says businesses and technology innovators can help reduce food waste in the U.S. Still if they aren't collaborating with local municipalities and regulators, there is a risk of little change in the situation.

Weslynne's Thoughts

"I am a sustainable scientist, and I work in the areas of design and management. I work with community and corporate partners to co-design solutions for transforming our food system towards greater sustainability and equity, and I do that primarily in Chicago but in other parts of the country as well.

I’m a part of a network called Multiscale RECIPES, which is a National Science Foundation-funded project that looks at the complex challenge of food waste across the U.S. It examines natural science, engineering, technology, and also social science and design approaches to address the food waste challenge."

Business Strategies for Reducing Food Waste

"I think there are three main things that businesses can do to help reduce wasted food in the United States. The first is making a commitment. This means committing to targets, so setting targets for how much they individually want to reduce food waste. Measuring and so being consistent using frameworks for measuring the amount of food waste that’s being generated so that they can track their progress against those targets. This is sometimes going to mean doing hard things. It'll sometimes mean having an extra cost, so it's not all going to be a win-win. In the long term, it can be a win-win, but there will be some hard things that they will be required to do, so they will have to commit to doing those hard things."

This is sometimes going to mean doing hard things. It'll sometimes mean having an extra cost, so it's not all going to be a win-win.

The Importance of Transparency

"The second thing is transparency. Once they set those targets and start measuring the data, they should also commit to sharing that data with payers, regulators, and organizations like ReFED, who are doing an amazing job trying to get a comprehensive understanding of wasted food across the entire country."

Developing Partnerships

"The third thing is developing partnerships. This could be with payers nationally and regionally, from whom they can share that data, learn from each other, and work together to help coordinate in achieving those targets that they've set. There are also opportunities for partnerships with more local organizations, which can be organizations that help rescue food to get that wasted food to the millions of food insecure people in the U.S."

Technological Solutions in the Food Supply Chain

"If we think about the whole supply chain, right, and where food gets wasted, it starts at the farm, happens during distribution, at retail, in the stores, in the food service, and also in households. So, if we think about that entire supply chain, we can think about the new technologies that are available now around predictive analytics that can help with inventory management for ordering food. Companies can have a better handle on how much they need to order, the time frame, and what customers are most likely to purchase, using that data to better manage their inventory.

We have new technologies aimed at preserving, lengthening the shelf life. When we think about what types of food are wasted, it’s most often those food items that are perishable. For fresh fruits that are harvested on a farm when they’re not at full ripeness, there are technologies that can help to lengthen that time of ripening.

This helps to maintain the freshness of the fruit for longer periods. Inventory management apps are now available that can help food businesses, especially restaurants, to offer items for consumers to purchase at a discounted cost. The third piece is at the end of life, referred to as the valorization technologies.

There will be food waste that is inedible, and it’s best to think about how to capture the nutrients and energy in that inedible food waste. We’re seeing a variety of technologies around digestion, like anaerobic digestion, that can process wasted food to extract nutrients and energy. If we think about the whole supply chain, there are technologies currently available, but we will need investment in new technologies."

Empowering Retail Enterprises

"For retail enterprises, part of the commitment I would like to see is training and empowering their employees to do the right thing. We often want to do the right thing, but the rules and regulations might conflict with rescuing food at the end of the day. For instance, at the end of the day, from your grocery store, you're not allowed to just give that to someone who might come in. We can think about how to build capacity within employees and stores and empower them to help make that available. As I said before, pair learning is essential so companies can share what they're doing and what works and learn from others."

Collaboration with Local Regulators

"There's an opportunity to work with regulators at the local scale, like the municipal city scale, to help shape policy. We are operating in a food waste landscape where many cities, including Chicago, don't have a system in place for what to do with food waste. This means infrastructure and rules. Businesses want to do the right thing but are often unsure of what to do because the rules aren't in place. They can collaborate with their peers and work with local state officials to help shape that food waste policy. This ensures that we're preventing food waste, rescuing what is edible, and capturing what is inedible so that the residual value can be captured, not the wasted food."

Weslynne Ashton is a Professor of Environmental Management and Sustainability at the Illinois Institute of Technology. She works in the areas of design and management with community and corporate partners to co-design solutions for transforming the food system towards greater sustainability and equity, primarily in Chicago and other parts of the country. She is part of Multiscale RECIPES, a National Science Foundation-funded project that examines natural science, engineering, technology, social science, and design approaches to address the food waste challenge across the U.S.

Your experts belong here

Every story in MarketScale Engineering & Construction starts with a company putting its project engineers, superintendents, and estimators on the record. Buyers are already reading this topic. The only question is whose experts they find.

Owners shortlist firms they already trust, and your field leaders become the reason your name is on that list.

Get your team featuredSee how it works15 minutes, straight to a calendar.

About the author

Weslynne Ashton

Professor Weslynne Ashton is a sustainable systems scientist, whose research, teaching and practice are oriented around transitioning our socio-ecological systems towards sustainability and equity. She studies the adoption of socially and environmentally responsible strategies in business, and the role of innovation and entrepreneurship in addressing social and environmental challenges. Her research is grounded in industrial ecology and the circular economy. Her current work focuses on increasing sustainability and equity in urban food systems, and developing regenerative economies in post-industrial regions, newly industrializing countries and small island states.

B2B Weekly

The week in Engineering & Construction, and sixteen other industries, every Monday.

Ten stories, one-line takes, five minutes. Free.

Engineering & Construction: are you visible to AI?

Before they reach out, Engineering & Construction buyers ask AI engines which vendors to trust. Explore how your experts, customers, and partners can become useful content for buyers and AI search.

Free plan

You just read one Engineering & Construction expert. Your company is full of them.

This article was produced through MarketScale. The same platform turns your project engineers, superintendents, and estimators into the articles, video, and social content Engineering & Construction buyers are searching for. Create a free workspace and see it with your own people. No credit card, no demo required.

NPS +73 · 1,000+ creators · 38+ countries

What you get, free

Your own MarketScale workspace, up to 10 people
One professional video edit a month for qualifying companies
Media requests to your crowd, remote recording, AI writing tools
$0, no credit card, nothing that expires

More Engineering & Construction Insights

Packaging robots can beat labor long term on cost, PMMI argues

Packaging robots can beat labor long term on cost, PMMI argues

PMMI's Tom Egan wrote in Processing Magazine that adding packaging automation and robotics can now be justified as more cost-effective over the long term than the high cost of labor in food, beverage and CPG plants. Separately, Packaging World describes AI-enabled AMRs from ABB and Agilox that automate material movement between packaging stations. The remaining gap is adoption among smaller manufacturers.

  • 01Two reference points for infrastructure-light material movement: ABB's Flexley Mover P603 carries 1,500 kg with sub-centimeter positioning and no floor markers, and Agilox's OFL lifts 800 kg pallets on peer-to-peer fleet software with no central traffic controller, per Packaging World.
  • 02The open ground is small and mid-sized manufacturers: MTC's Mike Wilson counts tens of thousands of UK SMEs with no robotic automation at all and expects cobots to take most of that growth.
  • 03A robotics business case should include procurement, not only line labor: a June 2026 China Journal of Accounting Research study found heavy robot adopters spread buying across more suppliers, gaining resilience but losing inventory efficiency and adding transaction costs.

Sep 18, 2026

Xtellio brings telematics to jobsite tools and heaters

Xtellio brings telematics to jobsite tools and heaters

Xtellio launched a two-tier telematics platform in March 2026: 32 battery-powered Xense sensors for small tools and wired Pro-Xentral devices for excavators, light towers and heaters. The company claims a 10-year battery life. Data is delivered through open APIs, which Xtellio frames as customer ownership of the data, aimed at rental and construction fleets where small assets have gone largely untracked.

  • 01Xtellio’s stated 10-year battery life for its Bluetooth Xense sensors is the key spec to test in the field; if it holds up, tagging hundreds of tools can look like a one-time install rather than a recurring battery-maintenance program.
  • 02For rental houses and contractors running mixed fleets, the sharper question is no longer which machines have telematics but whether the heaters, light towers and hand tools do, and whether that data lands in the same system.
  • 03Open APIs and “data liberation” are part of Xtellio’s pitch, and the coverage frames that as a prompt for RFP questions: what the APIs expose, where data can be sent, and whether customers can take historical data if they switch providers.

Sep 18, 2026

Senate bill would double smart water grants to $50 million a year

Senate bill would double smart water grants to $50 million a year

S. 2388, the Water Infrastructure Modernization Act of 2025, would double an EPA water tech pilot to $50 million a year through 2028. Grants would cover design, construction, training and operations for leak detection, advanced metering and AI analytics, WaterWorld reported. Planning and maintenance stay on the utility's tab.

  • 01Under S. 2388 as WaterWorld describes it, feasibility studies are not grant-eligible, so a utility would have to pay to build the case for a smart water project before applying for help building the project itself.
  • 02The bill's eligible list puts advanced digital design and construction management tools in the same bucket as meters and sensors, which would give a utility's capital delivery team a claim on the same grant as its field operations group.
  • 03The existing pilot program's authorization runs through 2026, per WaterWorld; the bill would extend it to 2028, and its last reported status was 'introduced' as of Aug. 12, 2025.

Sep 17, 2026

Explore More Engineering & Construction Insights

Read more expert perspectives from across Engineering & Construction.

Browse Engineering & Construction Hub

About the Expert

Professor Weslynne Ashton is a sustainable systems scientist, whose research, teaching and practice are oriented around transitioning our socio-ecological systems towards sustainability and equity. She studies the adoption of socially and environmentally responsible strategies in business, and the role of innovation and entrepreneurship in addressing social and environmental challenges. Her research is grounded in industrial ecology and the circular economy. Her current work focuses on increasing sustainability and equity in urban food systems, and developing regenerative economies in post-industrial regions, newly industrializing countries and small island states.

For B2B teams

Your experts could be publishing here

Stories like this one run on content MarketScale captures from real practitioners. See how your team's expertise becomes coverage in Engineering & Construction and beyond.

Book a 15-minute demo

Or call us. No forms required. We pick up. 214-945-2512