September 4, 2018

Banning Straws and Bags Won’t Solve our Plastic Problem

September 4, 2018


Today’s article was written by Mathy Stanislaus. It was originally posted on the World Resources Institute’s Blog on August 16, 2018.


It seems to be the summer of plastic bans. StarbucksHyatt, the city of Seattle and others have all committed to phase out plastic straws. Stafford Township in New Jersey passed a plastic bag ban just last month, joining dozens of other American cities and states imposing taxes or bans on single-use plastics.


But is this a good thing?


Not if that’s all we do.


The Case for Banning Plastic


Use of single-use plastics (think wrappers, straws and bags) has skyrocketed over the last few decades. But as I explained recently, our ability to recycle these plastics at scale remains poor. Globally, 8 million metric tons of plastic trash leak into our natural spaces each year, harming wildlife, mucking up the ocean and jeopardizing people’s livelihoods.


So it’s understandable why bans are becoming popular. The beaches of New Jersey, for example, bring in billions of tourism dollars each year, creating jobs and funding local municipal needs. These sprawling, sandy spaces and the busy boardwalks that line them are an important part of local life. There are clear personal and economic incentives to keep these beaches clean, which make plastic bans politically palatable despite the inconvenience.


Monmouth County, New Jersey, which earned nearly $2.5 billion in tourism revenue in 2016, adopted what Clean Ocean Action called the most comprehensive plastic ban in the United States. The law was passed in May 2018, just before the start of beach season, and prohibits local businesses from distributing plastic bags, straws and Styrofoam containers. Local coverage of the ban indicates that it was well-received by residents and business owners. Monmouth Beach Mayor Sue Howard explained that, “If you live on the Shore, and you walk on the beach, and you see plastic straws and Styrofoam containers, you know what the damage is.”


Where Plastic Bans Fall Short


It’s encouraging that local governments are focusing on passing laws to fight plastic litter. Unfortunately, while these laws may reduce the most visible form of plastic pollution, it could be at the expense of other environmental impacts. That’s because, somewhat ironically, disposable plastic bags require fewer resources (land, water, CO2 emissions, etc.) to produce than paper, cotton or reusable plastic bags—by a wide margin.


For example, Denmark’s Ministry of Environment and Food found that you would need to reuse a paper bag at least 43 times for its per-use environmental impacts to be equal to or less than that of a typical disposable plastic bag used one time. An organic cotton bag must be reused 20,000 times to produce less of an environmental impact than a single-use plastic bag. That would be like using a cotton bag every day for nearly 55 years. (Note that these figures aggregate the bags’ impact on water use, CO2 emissions, land use and more, but they do not include their impact on plastic pollution.)


Banning plastic straws is also increasingly popular. Starbucks recently announced that it would phase out use of plastic straws by the year 2020. Straws don’t provide as much utility as bags, so for many this is an easy adjustment.


But these bans leave the impression that they solve the plastics pollution problem without much discussion of systematic solutions. As a society, we should think holistically about the products we use and their impacts. We can’t just ban bad products—we must invest in alternatives.


How Consumers, Governments and Businesses Can Beat Plastic Pollution


That same Danish study suggests that the most eco-friendly bag option for consumers is polyester, reused at least 35 times. This keeps plastic pollution out of our natural spaces and reduces the per-use environmental impacts of the bag to the lowest-possible levels. However, it will take a lot more than reusable bags to solve the plastics pollution problem. Right now, only about 9 percent of plastics are recycled globally.


As of January 1, China refused to import most recyclable materials from the United States and other developed countries, claiming the materials exceeded acceptable contamination levels. This has backed up the flow of disposed paper and plastic, causing serious problems for local waste management companies. However, there may be an ironic upside to China’s decision. For too long, the easy option of shipping excess recyclables to China has resulted in underinvestment in in optimizing plastics, maximizing their recovery and reducing waste.


Governments at the state and federal levels need to team up with private industry to address more systemic issues. We need to invest in redesigning plastics so that they can be readily broken down into their molecular units and remanufactured into new plastics of the same quality, the essence of a closed loop system. We need better recycling technology that can address the major obstacle of recycling plastics: about 25 percent of plastics collected are contaminated and therefore unusable. We need to reinvest government budgets in the infrastructure and associated policies needed for these systemic solutions. Once these technologies are deployed at a large scale, we can start recapturing the economic value of plastics, incentivizing their recovery and recycling, while minimizing plastic pollution and overconsumption of natural resources.


We need a wider array of smart public policies, a recycling infrastructure that’s right-sized for the problem, better recycling technology and new business models. Banning single-use plastic bags and straws without significant further action is putting a finger on a spigot at a time when we need to suppress the tidal wave.


Mathy Stanislaus serves as a Circular Economy Fellow at the World Resource Institute (WRI). His role is advance WRI’s consideration of circular economy in its programs and WRI’s role in assisting its partners to develop strategies to accelerate the transition to a circular economy. Prior to his current role, Mr. Stanislaus served in the Obama Administration as Assistant Administrator for US EPA's Office of Land and Emergency Management.


The mission of the World Resources Institute is to move human society to live in ways that protect Earth’s environment and its capacity to provide for the needs and aspirations of current and future generations. The article is reposted by permission.

 

NERC welcomes Guest Blog submissions. To inquire about submitting articles contact Athena Lee Bradley, Projects Manager at athena(at)nerc.org. Disclaimer: Guest blogs represent the opinion of the writers and may not reflect the policy or position of the Northeast Recycling Council, Inc.

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By Megan Fontes May 29, 2025
The Northeast Recycling Council (NERC) published its Chemical Recycling Policy Position on May 30, 2025. The purpose of the policy statement is to articulate guiding principles for environmentally responsible chemical recycling of plastics. NERC supports the conservation of natural resources, waste minimization, and recognizes the role of recycling in reaching these goals. Plastic is a prevalent material for packaging and other products due to its material properties. Producing virgin plastic from fossil fuels is an extractive process with negative environmental and social impacts. Therefore, NERC supports reduction, reuse, and recycling processes that displace virgin production in plastics where environmentally preferable. You can view the policy statement here: https://www.nerc.org/chemical-recycling . The Policy Position was developed by the Subcommittee of the NERC Chemical Recycling Committee. Participants on the Subcommittee included Committee Chair Tom Metzner, Connecticut Department of Energy and Environmental Protection (CTDEEP); Claudine Ellyin, Massachusetts Department of Environmental Protection (MassDEP); John Fay, Northeast Waste Management Officials' Association (NEWMOA); Anthony Fontana, New Jersey Department of Environmental Protection (NJDEP), Retired ; Michael Fowler, New Jersey Department of Environmental Protection (NJDEP); Timothy Kerr, Maryland Department of the Environment (MDE), Left MDE ; Shannon McDonald, Maryland Department of the Environment (MDE); Chaz Miller, Ex-Officio, NERC Board; Elizabeth Moore, Connecticut Department of Energy and Environmental Protection (CTDEEP); Marc Moran, Pennsylvania Department Of Environmental Protection; Michael Nork, New Hampshire Department Of Environmental Services; Megan Schulz-Fontes, Northeast Recycling Council (NERC); and Richard Watson, Delaware Solid Waste Authority (DSWA). NERC created the Chemical Recycling Committee in 2022 with the goal of sharing information on new technologies called “chemical recycling.” The Committee shares information on the efficacy, cost, and impacts of these new technologies. Our Policy is the result of those efforts. The Committee is open to NERC state members and several advisory member organizations whose participation has been approved by the state members serving on the committee. NERC has published several other policy positions including the Post-Consumer Recycled Content Policy (2019) and Product Stewardship and Producer Responsibility Policy (2018), which can be found among others on NERC’s website: https://www.nerc.org/policy-positions-and-statements . For more information, contact Megan Schulz-Fontes, Executive Director, at megan@nerc.org .
May 28, 2025
Waste Advantage NERC’s Material Recovery Facilities (MRF) Commodity Values Survey Report for the period January – March 2025 showed a slight jump in the average commodity prices for Q1. The average value of all commodities increased by 9% without residuals to $102.34 and 8% with residuals to $89.62, as compared to last quarter. Single stream increased by 12% without residuals and 11% with residuals, while dual stream/source separated increased by 10% without residuals and 9% with residuals compared to last quarter. The average percentage for outbound tons marketed per commodity in calendar year 2024 showed decreases for all commodities as compared to 2022, except for polypropylene and bulky rigids, which increased by 40% and 29%, respectively. We also see an increase in mixed glass and residue, as compared to 2022, by 31% and 8%, respectively, further offsetting the decreases in marketed commodity percentages across the board. Notably, green, brown, and clear glass had the largest fall with clear glass decreasing by 77%. Changes in calculation methodology may affect these trends. Percentages are derived from tonnages reported for calendar year 2024 as opposed to percentage breakdowns in previous years. This is the 24th quarterly report in NERC’s series of reports on the market value of commodities from MRFs in the Northeast. This report includes information from 19 MRFs representing twelve (12) states: Connecticut, Delaware, Maine, Maryland, Massachusetts, New Hampshire, New Jersey, New York, Pennsylvania, Rhode Island, Vermont, and Virginia. These survey results reflect the differing laws and collection options in the participating states. Five of the states included in this report have beverage container deposit laws. As a result, fewer glass bottles, PET bottles and aluminum cans are processed in MRFs in those states. Those MRFs are also likely to have less revenue from those recyclables. In addition, the report reflects a mix of single stream, dual stream, and source separation to collect recyclables with single stream being the most common approach. The type of collection used will have an impact on MRF design and operation. Thus, the data from this report reflects the unique blend of facilities and statewide laws in the reporting states. Residual refers to the incoming material that cannot be marketed and goes to disposal. The value without residuals reflects the value of a perfect ton of marketed material, while the value with residuals reflects the value of each ton processed with the costs associated of disposing unmarketable material. Note: In many cases, recovered glass goes to market but at a negative value. This data is not intended to be used as a price guide for MRF contracts. NERC’s database represents single and dual stream MRFs, states with and without beverage container deposits, a wide variety in markets and geographic access to markets, and variety of materials collected for processing at the participating facilities. As a result, it represents the diversity of operating conditions in these locations and should not be used as a price guideline for a specific program. For more information, contact Megan Schulz-Fontes, Executive Director, at megan@nerc.org or visit www.nerc.org .
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