Recycling...Challenges and Successes

September 15, 2015

September 15, 2015


Today’s Guest Blog is by Susan Robinson, Director of Public Affairs for Waste Management.


Lately there has been a lot of discussion about the “stagnant” recycling rate. Yet, since 2000, per person waste generation in the U.S. is down by 8%, bottles and cans weigh 30% less, and we generate 20% less paper packaging. We are successfully achieving the goals of the waste hierarchy by reducing waste, and we are recycling more volume than we have in the past, even though our recycling weight has not increased. 


As long as we measure success by the percentage recycled, and as long as we only focus on end-of-life recycling, we will miss the true meaning behind sustainability materials management. Further, we are striving to achieve recycling goals that will only become more elusive as our waste stream becomes lighter.  What should our waste management goals be, and how should we measure success?   


Challenges of Recycling – higher processing costs and lower commodity values.


Recycling logistics and economics have become complicated by ongoing changes to the waste stream, with more plastic and less paper. These changes result in increased recycling processing costs and decreased value per ton of recyclables. Further, commodity prices are down, due to slower growth in China and lower oil prices. This trend toward higher cost and lower commodity revenue is not a recipe for economically sustainable recycling success.


Life Cycle Thinking – the challenge ahead


When recycling conserves natural resources and reduces GHG emissions, everyone benefits. But those global benefits aren’t always apparent in the economic cycles of the recycling market. To really hit the ball out of the park, we need to encourage local communities to make recycling a larger part of their value system. Consumers must value the environmental stewardship they create by recycling all of the commodities the market will embrace.


In short, policies should encourage “recycling with integrity” which means “no diversion merely for the sake of diversion.” The best way to do this is by establishing community policies that embrace Life Cycle Thinking, whereby we evaluate materials at a broader level to determine their optimal disposition. 


Instead of setting goals that rely on the percentage recycled, programs should be developed based on energy and GHG emissions reduced, as well as the highest and best use of a product or package through its entire life cycle. For example, we should appreciate the GHG emissions saved by recycling every aluminum can. We should also appreciate that some kinds of plastic cannot currently be recycled, but through light-weighting still significantly reduce energy use and GHG emissions -- putting them in the recycling bin only adds processing emissions for material that ultimately will be landfilled. 


Finally, let’s celebrate our successes along the way rather than setting unrealistic goals that set us up for failure.


Like many of the most important things in life, the highest levels of success will take time and hard work. Setting realistic goals, with milestones along the way, will help maintain motivation and community commitment for the long haul.


Waste Management is working to reconcile these issues. We recognize the importance of getting the economic models right, improving the quality of recyclables collected and “recycling with integrity.”  Importantly, we are committed to the principles of the Waste Hierarchy in concert with the concepts of Life Cycle Thinking – and measuring success accordingly.


And the solution is……


This brings us back to the question of the right goal, and how to measure it.   It is time to change our paradigm from setting unrealistic recycling goals that are increasingly difficult to achieve as our waste stream moves towards light-weighted and energy efficient materials design.  Rather, it’s time to shift our solid waste management goals to a “per capita disposal goal” (proposed in Massachusetts this year) that will capture the value of waste reduction, the highest priority on the waste hierarchy.  A measurement of per capita disposal in concert with a move towards a life cycle thinking approach will establish the right signals for truly sustainable materials management practices.


Ms. Robinson is the Director of Public Affairs for Waste Management. She has worked in the environmental industry for 30 years in roles that span the public sector, non-profit, consultancy, and over twenty years in the private sector. Her experience includes global commodity marketing, research and analysis of industry trends, and twenty years managing municipal solid waste and recycling contracts. She currently works with Waste Management’s recycling, innovative technology and fleet teams, supporting the company’s transformation from disposal to a materials management and renewable energy company. She is responsible for the company’s public policy efforts to support this transition.

 

NERC welcomes Guest Blog submissions. To inquire about submitting articles contact Megan Schulz-Fontes. 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 .
By Megan Fontes May 22, 2025
2024 Average Percentage of Outbound Tons Marketed per Commodity Published; New Format: Report Includes Q1 2025 Individual Commodity Average Prices
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