Fake Organics

January 17, 2018

January 17, 2018


Fake news is all the rage these days, but personally, I’ve been waiting years for fake products to become more a focus of conversation. The fake products to which I refer are the ones that manufacturers and sales representatives market as “compostable” but in reality contain noncompostable plastic polymers.


In her 2016 blog article Death of Composting, Ayr Muir, founder and CEO of Clover Food Lab, a restaurant group in Boston, admonished composter Save that Stuff for no longer accepting compostable products. A longtime hauler of food scraps and compostable foodservice items, Save that Stuff had revised its policy to exclude compostable serviceware, to-go boxes, compostable cups, waxed or regular cardboard, and other paper products. In her blog, Muir wrote that her restaurants have been using all compostable products since 2010.

Other haulers adopted similar policies as several compost facilities in the Boston area announced they would only accept food scraps and would no longer accept compostable products. Institutions including the Massachusetts Institute of Technology (MIT), as well as businesses around the Boston area, were impacted.


Accepting just food scraps can make the composting process easier, as compostable products break down more slowly than food scraps. More importantly, however, post-consumer food scrap collection, especially when combined with paper and compostable foodservice items, is frequently more contaminated with non-biodegradable materials. Sometimes this occurs because “compostable” products are not fully compostable. It also occurs when food service workers, or customers busing their own plates, place plastics and other contaminants into post-consumer materials destined for a compost operation.


There are challenges to effectively diverting postconsumer food scraps and compostable products. But contamination can be successfully addressed through education. The experience of many compost operations has proven that working with haulers and customers can result in a clean stream of food scraps and certified compostable products.


However, there is no excuse for selling fake compostable products. And there’s a lot of harm done when those fake products are diverted to the organics stream. Compost operators are unknowingly processing items which do not fully degrade, which leads directly to the situation that restaurant owner Muir decried: many operations now refuse to accept compostable products because of the threat of contamination.


Meanwhile, consumers are told that these misleading products are compostable.


In 2002, standards for compostable products were established. These standards—ASTM D6400 and ASTM D6868 –establish specifications and tests that scientifically prove a material will biodegrade within a specific time frame, while leaving no persistent synthetic residues. 


To guarantee that designated products are truly compostable, the Biodegradable Products Institute (BPI) adopted a certification program. Member companies whose finished products are certified as meeting ASTM D6400 and/or ASTM D6868 can use the Compostable Logo to provide assurance of compostability or biodegradability.


The program ensures credibility and recognition for products that meet the ASTM D6400 and/or D6868 standards, so consumers, composters and regulators know that products will biodegrade as expected. The logo is designed to be placed on the actual product as well on as packaging materials and sales literature.


Despite these and other regulatory efforts, a confusing array of so-called “compostable” bags and other products, complete with “greenwashing” labels – degradable, decomposable, biodegradable, etc.—continue to be marketed. Some products employ such misleading terms as “eco” or “bio.” The use of the color green for bags is yet another tactic used to market fake products.


Thankfully, two states and at least one municipality have taken on a leadership role in addressing the issue. In 2012, California mandated that products with the label “compostable” meet ASTM standards. Then, in 2013, the law extended the restriction to all plastic products, including containers, bags, straws, lids, and utensils; in fact, any consumer product and any kind of packaging claiming to be compostable have to meet ASTM standards.


Under California’s law, products labeled “compostable” or “marine degradable” must meet the applicable standard, specifically:

  • ASTM D6400 for Compostable Plastics;
  • ASTM D7081 for Non-Floating Biodegradable Plastics in the Marine Environment;
  • ASTM D6868 for Biodegradable Plastics Used as Coatings on Paper and Other Compostable Substrates.

In 2017, Maryland adopted House Bill 1349, which requires products sold in the state and labeled as compostable to meet specific biodegradability standards. Starting in October 2018, plastic products labeled as compostable cannot be sold in the State unless they meet ASTM standards and the labeling guides in the Federal Trade Commission’s (FTC) Green Guides.


A 2011 Seattle ordinance bans single-use and biodegradable carryout bags. The ordinance was subsequently revised to address contamination from plastic bags in compost. The revised ordinance requires certain compostable bags to be labeled and tinted green. The purpose of the legislation was to reduce contamination of the City’s compost (food and yard waste) stream caused by customer misidentification and misunderstanding of which bags are compostable and which are not.


The legislation prohibits use of green or brown-tinted, non-compostable plastic bags for products such as vegetables, or for use as carryout bags. The ordinance also adds a definition of “compostable” to the code and requires that compostable bags be labeled as compostable.



Certified compostable products have a vital role in helping us to divert food scraps and compostable foodservice items from the waste stream. But until more is done to stop these fake compostable products, confusion and misunderstanding among institutions, commercial food scrap generators, haulers and composters are likely to continue. Without a more concerted effort to stop greenwashing, the organics industry will continue to face hurdles in capturing food scraps and organics from the waste stream.


By Athena Lee Bradley (with editorial input from Robert Kropp)

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By Megan Quinn | Waste Dive March 26, 2026
Northeastern states concerned with contamination from per- and polyfluoroalkyl substances in sewage sludge are moving forward with new projects and proposed legislation meant to better manage the material in 2026 and beyond. During a Northeast Recycling Council webinar on Wednesday, officials from the Maine Department of Environmental Protection and the Maryland Department of the Environment offered updates on how their states are managing PFAS in sludge. They also offered perspectives on how looming landfill capacity issues, proposed infrastructure projects and state legislation could influence how these states — and neighboring states — handle this material in the immediate term. Disposal capacity concerns prompt infrastructure plans in Maine Maine has been in the spotlight for several years for how it handles PFAS in sludge and in landfill leachate in the state. It was the first state to ban the land application of sewage sludge in 2022, and several projects are moving forward in 2026 that are meant to manage regional disposal capacity for the material as landfill space dwindles. That pressure on disposal capacity is expected to build as more Northeastern and Mid-Atlantic states consider similar sludge fertilizer prohibitions due to PFAS concerns, said Susanne Miller, Maine DEP’s director of the bureau of remediation and waste management. “Right now, everything’s going to a landfill because there’s nowhere else to put it in Maine, and this is a big problem,” she said. Casella Waste, which operates the state’s Juniper Ridge Landfill, has been seeking a landfill expansion for several years, but that matter has been tied up in court. “Without an expansion, it’s going to be running out of capacity in about 2028 which is just around the corner.” One project to address capacity issues is the state’s first biosolids dryer , which is being built at WM’s Crossroads Landfill to reduce liquid volume of the material. That project, originally expected to come online sometime in 2025, is now expected to open in the second quarter of 2026, Miller said. It has a capacity of up to 200 tons a day and up to 73,000 tons a year. That project could handle up to 83% of Maine’s municipally generated biosolids, she said. The dryer is meant to help create a closed-loop system, she said. Sludge from wastewater plants will be treated in the dryer, and landfill leachate and dryer liquids will be treated onsite via a foam fractionation system that is already in operation at the landfill, she said. Treated water goes to a nearby wastewater plant, and sludge from that wastewater plant then returns to the dryer. Another proposed PFAS management project, a sludge processing plant by Aries Clean Technologies, could also be in the works in coming months. It aims to use a gasification and oxidization process to remove PFAS from sewage material and significantly reduce biosolids volumes in the process. The company built a similar facility in New Jersey in 2024. The project is currently under permit review, which Miller said will likely include a DEP review, public comment period and public hearing. The proposal has faced some public pushback over potential traffic, odor and pollution concerns, Maine Public reported . “With any kind of new technology relating to waste or that takes in a waste stream, there’s controversy and concern about it, and so we need to go through the entire permitting process to get to the point where the department is able to determine if an application can be granted,” Miller said. Meanwhile, the Portland Water District, which Miller says is Maine’s largest wastewater treatment facility, is also exploring its own treatment system for sludge. It’s an effort to reduce reliance on limited landfill capacity and unpredictable disposal costs, she said. The water district is considering a few different technologies like anaerobic digestion, drying and thermal treatments such as pyrolysis to reduce the amount of biosolids for disposal. “With the prices going up to go to landfill and the space at landfills shrinking, they want to take destiny into their own hands,” she said. According to DEP, several other sewer districts are working on similar projects. York Sewer District is planning a 2028 pilot project meant to use supercritical water oxidation technology to help destroy PFAS and reduce wastewater sludge volume. Meanwhile, landfill operators in the state have been subject to new PFAS leachate testing rules since September. A new law requires operators to test for PFAS in landfill leachate and report results annually to DEP. Wastewater dischargers that accept leachate must also maintain leachate records to report to DEP each year. Though these projects hold promise, Miller emphasized that source control efforts are just as important to reduce the amount of PFAS-containing materials entering landfills and being treated at wastewater treatment plants. The state has already passed laws that phase out intentionally added PFAS in certain products, with the list of applicable products expanding through the next few years to include artificial turf and outdoor gear by 2029 and most types of products by 2032. Maryland moves forward with biosolids ban bill Maryland is focusing on its own efforts related to PFAS in biosolids through new regulations and state legislation, said Thomas Yoo, chief of MDE’s biosolids division. The state generates about 600,000 wet tons of sewage sludge a year, and about 56% of that is hauled out of state for either land application or landfilling, mainly to Virginia and Pennsylvania, he said. Maryland has about 250 agricultural sites that are permitted to take sewage sludge, but in 2023 the state put a hold on issuing any new land application permits. It also began requesting PFAS data from out-of-state permittees bringing biosolids into the state and terminated permits for those that did not provide that data, he said. Maryland also requires all wastewater treatment plants where land applied biosolids originate to sample for PFOS and PFOA . About 50 biosolids generators are submitting this data, he said. The state already has recommended limits for PFAS in land applications , but a bill moving through the state legislature, SB 719 , would set enforceable limits starting in 2027. The bill calls for prohibiting land application for sludge that has a total concentration of PFOA and PFOS above 50 parts per billion and calls for other source tracking and mitigation plan measures. The neighboring state of Virginia passed a set of bills on March 11 with a similar intent. If signed by the governor, the bills would regulate the levels of PFAS in biosolids and would prevent the use of biosolids as fertilizer beginning in 2027 if levels of PFOA and PFOS are too high. Yoo says Maryland will continue to focus on state-level options for managing PFAS in biosolids as it awaits U.S. EPA guidance on the matter. The EPA released a draft risk assessment in January 2025 that found farmers who used the sludge may be at risk of exposure, but consumers who eat food from those sources may face less risk. The draft report says certain PFAS may leach from sludge when it’s land applied, disposed of in a landfill, or incinerated. The agency has not yet finalized the assessment. Read the article of Waste Dive
By Sophie Leone March 25, 2026
WRAP is a global environmental action NGO with a mission to "embed Circular Living in every boardroom and every home". Established in the UK in 2000, it has since expanded to offices in Europe and the USA, with live projects in over 30 countries. There are four main priorities driving their work: future-proofing food, preventing problematic plastics and packaging, accelerating the circular economy, and transforming textiles. Textiles, food, and manufactured products account for nearly half of the climate problem, and WRAP has acknowledged that a new approach is needed to mitigate the climate crisis. Their new approach, "Circular Living" — detailed as "design-make-reuse" — targets the root causes of this crisis across the entire product lifecycle. Their website offers diverse resources, including successful case studies on housing, farming, food waste, waste collection, and much more. Along with these case studies, WRAP offers webinars, resources guides, campaign tools, reports, and more. Their dedicated work has allowed them to expand their reach globally, impact the industry on all levels, and produce critical information materials. "Everyone I meet in this field is someone who looks at an object and says, "I can make something with that" - and they built a career on solution-seeking. In a time of supply chain disruptions and market volatility, the recycling industry's can-do (pun intended) mindset is critical for recovering value and reducing demand for resource extraction. WRAP is excited to join NERC and connect with members supporting this vital component of the circular economy." Sarah Morley – Strategic Engagement Manager at WRAP Americas NERC is excited to welcome WRAP to our impactful team of NGO’s. We look forward to supporting their mission and the incredible work they do around the world. For more information on WRAP visit.
By Sophie Leone March 24, 2026
The University of Vermont (UVM) launched the Casella Center for Circular Economy and Sustainability in 2025, with support from a large gift by Casella Waste Systems, Inc. The Center is a “research hub developing sustainable solutions for waste and materials management that reduce pollution and create economic opportunities.” The work done in the UVM Casella Center builds on three decades of collaboration between Casella Waste Systems and UVM. The Casella Center is a part of the Rubenstein School of Environment and Natural Resources. The Rubenstein School has “prepared environmentally and socially responsible leaders, scientists, practitioners, and advocates” for 50 years. While based in the Rubenstein School, the Casella Center includes UVM faculty affiliates and students spanning multiple disciplines and Colleges, including engineering, agriculture, life sciences, and policy. “At the UVM Casella Center, we are focused on the intersection of rigorous scholarship and practical solutions. This requires us to work collaboratively with many stakeholders, including those in the public and private sectors working hard daily to improve our materials management systems. Joining NERC will help us stay connected to the Northeast sustainable materials management community.” – Dr. Eric Roy, Director, UVM Casella Center for Circular Economy and Sustainability NERC is excited to welcome The University of Vermont Casella Center for Circular Economy and Sustainability to our growing group of academic institutions. We look forward to supporting their students and ongoing efforts to make lasting environmental impacts. For more information on UVM Casella Center for Circular Economy and Sustainability visit .