Skip to main content

Google Translate Widget by Infofru

Author Site Reviewresults

Leadership

Because of the life-enhancing features of polystyrene and its inherent efficiency as a material, we believe the most sustainable solution for society when all facts are considered is to recycle and repurpose it. As an early pioneer in the idea of plastic circularity, we are proud of our leadership record in developing solutions that keep plastic out of landfills and the environment. We committed to a goal of 30% recycled content in our food packaging and foodservice products by 2030 as a first step on the journey to seeing all polystyrene recycled. To accomplish this goal, we embrace multiple technologies that can repurpose used polystyrene back into new polystyrene and are actively involved with supply chain partners to expand proven technologies and validate promising ones.

OOur pace of progress is accelerating with the rapid growth and acceptance of manufacturing verification systems like the mass balance approach and certification standards like ISCC PLUS. We completed our first sale of certified recycled polystyrene to customers in 2023 for use in a variety of applications, and the customer list continues growing. We expanded into new segments in 2024 with our first sale of certified circular styrene for use in the automotive industry. As we publish this report in 2025, we are well positioned to support our customers across a wide range of industries with a variety of sustainable feedstocks.

AmSty is also working across the value chain to lead the development of the Polystyrene Recycling Alliance (PSRA), a united coalition of monomer and resin manufacturers, converters, recyclers, brands, and others in the polystyrene (PS) and expandable polystyrene (EPS) industries in North America to improve recycling access, recycling rates, and the awareness of end markets for all types of post-use polystyrene so that it can be consistently reused and recycled. As a founding member of PSRA, we worked with a variety of stakeholders who all have a vested interest in improving polystyrene sustainability to recruit 14 member companies to PSRA during 2024, with a successful launch in January 2025. For more information on PSRA, please see the “Stakeholder Engagement” section of this report.

Innovative Solutions

For more than ten years, AmSty has been developing innovative solutions to recycle polystyrene. In 2013, we designed and implemented a dissolution process at our Allyn’s Point, Connecticut, plant to recycle post-consumer polystyrene by cleaning and dissolving it into a recycled feedstock, and then combining it with fresh styrene in a reactor to produce polystyrene. We have recycled 35 million pounds of polystyrene with this technology.

In 2018, we partnered with Agilyx, a plastics recycling technology company, to create the Regenyx proof-of-concept joint venture in Tigard, Oregon, to validate an advanced recycling process that goes beyond the dissolution approach at Allyn’s Point. Regenyx utilized pyrolysis to accept a wider range of reclaimed polystyrene than dissolution. Pyrolysis is not incineration, but instead heats reclaimed polystyrene in a reactor under pressure – without oxygen – to melt it, break down to basic molecular compounds, gasify portions, and condense it to a styrenic liquid. We purified the liquid at our St. James, Louisiana, plant, and shipped it to our polystyrene plants for conversion back to polystyrene, completing a circular recycling process. We recycled more than 6 million pounds of polystyrene plastic at Regenyx back into new consumer products during the designated five-year period for the joint venture. Regenyx successfully completed its proof-of-concept mission to demonstrate that polystyrene can be recycled and returned to new plastic with the same quality and durability as virgin material. Regenyx also provided numerous learnings on technology and feedstock that we incorporated into our recycling library.

We continued innovating to help bring advanced recycling technology to scale and build on the Allyn’s Point and Regenyx successes. AmSty worked closely with the leadership at Encina to finalize a long-term offtake agreement in 2022 from Encina’s first state-of-the-art advanced recycling facility to be built in the United States. We also have a Memorandum of Understanding (MOU) that will provide AmSty the opportunity to purchase up to 250 million pounds of circular feedstocks from Encina’s facilities as it ramps production capacity over time. Encina will utilize a wide range of plastic waste, including polystyrene, polyethylene, and polypropylene, and repurpose it into benzene, a raw material for styrene that AmSty will buy and transform into polystyrene, thus supporting the circular economy for polystyrene and other plastics.

Advanced recycling is an essential technology to address the global issue of plastic disposal because of its ability to utilize mixed used plastic that is not suitable as a feedstock for other recycling technologies. Furthermore, many advanced recycling facilities will utilize a variety of mixed plastics for their feedstock, including polystyrene. This ability of polystyrene to be collected with other plastics will help significantly improve its recyclability beyond current levels. We are encouraged by the increasing number of market entrants to this dynamic space, and we will continue to collaborate broadly across the supply chain to support the rapid deployment of advanced recycling.

Equally important, AmSty embraces mechanical recycling and is working with multiple vendors to collect post-use polystyrene and repurpose it into new products with mechanical methods. We are also working closely with technology experts and processors to support the deployment of innovative methods for sorting plastic from the general waste stream for recycling and are testing emerging technologies that show promise for improving the effectiveness of existing recycling operations. We will continue expanding recycling capacity to meet customer demand for recycled polystyrene and showcase the variety of technologies available to support the circular economy.

Certification

We’ve been a pioneer in developing plastic recycling solutions and embraced that same spirit to improve the transparency and credibility of plastic recycling. AmSty is the first U.S. company to collaborate with the International Sustainability and Carbon Certification (ISCC) organization – a globally recognized expert in certification systems – to implement a certification regimen for circular plastics, ISCC PLUS. All our plants are certified to ISCC PLUS standards.

The number of global ISCC PLUS certificates grew 30% in 2024, and ISCC branding licenses nearly doubled as brands embraced the standard to communicate their sustainability commitment to their customers. Our PolyRenew® brand of certified recycled polystyrene is seeing strong demand from our customers who want to support – and publicly demonstrate – the rapidly growing circular economy. PolyRenew® can now be found on the shelves in major retail outlets in foodservice items, as well as arts and crafts. Furthermore, we are also beginning to supply certified recycled styrene to customers for applications in automotive segments.

The trend is clear: customers are demanding recycled plastic and chemicals for a variety of products, and independent, audited certification to a globally recognized standard like ISCC PLUS allows customers to take comfort in the sustainability footprint of their supply chain.

The number of ISCC PLUS certificates grew by more than 30% in 2024.

Two female employees talk to another employee seated at a computer desk

Stakeholder Engagement

To achieve plastic recycling goals, we need a regulatory framework that promotes the robust collection of plastic waste and the manufacturing capability to repurpose it into new plastic products. AmSty believes in the concept of extended producer responsibility (EPR) and is engaged in constructive dialogue with stakeholders on reasonable EPR solutions. We also need a variety of tools in the recycling toolkit and have been aggressively innovating to support technology development and accelerate progress. It is essential that regulators recognize and support the use of all recycling technologies, including advanced recycling, mechanical methods, dissolution, and emerging technologies.

Banning polystyrene – a well-intentioned but misguided approach to addressing plastic waste – deprives consumers of its life-enhancing benefits and often creates unintended consequences resulting in higher cost, inconvenience, spoilage, and less healthy outcomes. We believe the solution to discarded plastic lies not in banning it, but recycling and repurposing it to new products.

A future where polystyrene is highly recyclable requires a shared vision, collaboration, and commitments from manufacturers, processors, packaging companies – and more broadly, cities and states – to make recycling simple and accessible so everyone can participate. We are forging new partnerships and building momentum so that more polystyrene can be repurposed into new products.

One of those partnerships is the Polystyrene Recycling Alliance (PSRA), a collective effort across the polystyrene (PS) and expandable polystyrene (EPS) industries to achieve higher recycling access and recycling rates for polystyrene products, along with driving greater awareness of end markets for post-use polystyrene. PSRA will focus its initial efforts in the United States and expand best practices across North America.

To get started, PSRA engaged the expert assistance of Resource Recycling Systems (RRS) to establish a baseline for recycling access and a roadmap for achieving widely recyclable status for a variety of polystyrene formats. RRS surveyed 8,500 recycling programs across the U.S. and revealed that 105 million Americans – or roughly 1/3 of the population – have access to recycle one or more polystyrene items, with several formats on the brink of qualifying for a “Check Locally” designation. This is encouraging and set the stage for RRS to estimate future improvements in recycling access as recycling capacity expands across the U.S.

Mechanical recycling and dissolution are longstanding technologies for recycling polystyrene and will continue to play an important role. Joining them will be advanced recycling technologies, where post-use plastics like polystyrene are broken down to the molecular level where they can be reassembled into new plastic products with the same quality and durability as virgin material. Advanced recycling offers great promise for plastics previously considered difficult-to-recycle, as many of these materials are fundamentally hydrocarbons that have value as feedstocks.

RRS reviewed the advanced recycling industry in the US, from existing facilities to those with final investment decision (FID) approval, and others that have been announced and going through various stages of business, technical, and legal diligence. They carefully screened them and considered a range of polystyrene they will likely use in their mixed plastic feedstocks. As post-use polystyrene is consumed in these recycling facilities, it will drive greater polystyrene recycling access for consumers within a feasible distance of each facility.

RRS summarized their findings into a range of expected outcomes for polystyrene recycling access, or a “roadmap” for the future. This roadmap shows that polystyrene is forecasted to approach widely recyclable status by approximately 2030. While not a guarantee of future outcomes, it is encouraging and suggests we are headed in the right direction. PSRA will work across the value chain and make targeted investments in infrastructure and education to accelerate polystyrene circularity.

Workers stand in a line wearing safety vests and holding hard hats
Image of the text, "Sustainable Development Goals"

Aligning Sustainability Efforts with United Nations Sustainable Development Goals

AmSty’s sustainability initiatives align with many of the U.N. Sustainable Development Goals (SDGs), which are designed for companies and governments to help develop a better and more sustainable world for all.

While our work touches many of the SDGs, there are five that are most directly related to our business. We will continue to support this global initiative and look for opportunities to expand our impact in other SDGs.

The text, "3: Good Health and Well-Being" and an image of a medical professional draws liquid from a vial into a syringe

Ensure healthy lives and promote well-being for all at all ages.

AmSty is a leading producer of polystyrene, a versatile, safe, and essential product that improves our everyday lives. Many products used in the front lines of life-saving research and medicine are made from polystyrene. Polystyrene is also an important material to keep foods fresh longer, improving access to safe, healthy food, and reducing waste.

We work to ensure the health and safety of our employees, suppliers, and contractors, and have consistently achieved top quartile environmental, health and safety performance within our industry.

These efforts are supportive of the following targets:

  • Target 3.4 – by 2030, reduce by one third premature mortality from non-communicable diseases through prevention and treatment and promote mental health and well-being.
  • Target 3.9 – by 2030, substantially reduce the number of deaths and illnesses from hazardous chemicals and air, water, and soil pollution and contamination.
The text, "6: Clean Water and Sanitation" and an image of a view of a lake in front of a mountain range

Ensure availability and sustainable management of water and sanitation for all.

We are proud members of Operation Clean Sweep, an organization focused on helping every plastic pellet-handling location achieve zero losses to protect water quality and wildlife. Water is used in styrene production as a coolant and for steam. We take our commitment to water quality seriously and return water to the Mississippi River much cleaner than before we borrowed it as demonstrated by ongoing water turbidity samples (see "Protecting Water" in this report).

These efforts are supportive of the following targets:

  • Target 6.1 – by 2030, achieve universal and equitable access to safe and affordable drinking water for all.
  • Target 6.3 – by 2030, improve water quality by reducing pollution, eliminating dumping, and minimizing release of hazardous chemicals and materials, halving the proportion of untreated wastewater, and substantially increasing recycling and safe reuse globally.
The text, "7: Affordable and Clean Energy" and an image of solar panels

Ensure access to affordable, reliable, sustainable, and modern energy for all.

Polystyrene foam is often the most sustainable choice for its intended application due to its energy efficiency. For example, producing a foam cup requires 35% less energy compared to a paper cup. Polystyrene foam also makes an energy-efficient insulation in construction.

We have multiple initiatives underway to reduce energy consumption in our operations, including boiler improvements at our St. James plant, resulting in energy and raw material efficiency.

These efforts are supportive of the following targets:

  • Target 7.2 – by 2030, increase substantially the share of renewable energy in the global energy mix.
  • Target 7.3 – by 2030, double the global rate of improvement in energy efficiency.
The text, "9: Industry, Innovation and Infrastructure" and an image of a worker carrying a piece of foam insulation at a construction site

Build resilient infrastructure, promote inclusive and sustainable industrialization and foster innovation.

We are proud to be an industry leader in developing a circular economy for polystyrene and other plastics. We are pursuing technologies and partnerships to accelerate the pace of polystyrene recycling and believe this in-kind recycling – where products are returned to their original application, quality, and durability – is the key to keeping plastics out of our landfills.

Minimizing waste throughout our operations and supply chain is foundational to our sustainability efforts. We pursue waste reduction initiatives in manufacturing, supply chain, and even with the end use of our products.

These efforts are supportive of the following targets:

These efforts are supportive of Target 9.4 – by 2030, upgrade infrastructure and retrofit industries to make them sustainable, with increased resource-use efficiency and greater adoption of clean and environmentally sound technologies and industrial processes, with all countries taking action in accordance with their respective capabilities.

The text, "12: Responsible Consumption and Production" and an image of an open refrigerator holding food on shelves

Ensure sustainable consumption and production patterns

The life-enhancing benefits of polystyrene include reducing food waste by keeping foods fresh longer to avoid spoilage and promote food safety.

We work to reduce waste in our operations, throughout our supply chain, and in the end products we produce.

We were the first U.S. company to work with ISCC to implement ISCC PLUS, a certification program for circular plastics, helping to improve the transparency and credibility of plastics recycling.

We embrace the Responsible Care® program, an international initiative to promote safe chemicals management and environmental, health and safety leadership, and have implemented improvement projects to reduce hazardous waste at our plants.

Our annual sustainability report integrates sustainability information into our reporting cycles. We also report to the CDP (formerly the Carbon Disclosure Project) and EcoVadis platforms, leading to consistent and standardized sustainability reporting to stakeholders.

These efforts are supportive of the following targets:

  • Target 12.3 – by 2030, halve per capita global food waste at the retail and consumer levels and reduce food losses along production and supply chains, including post-harvest losses.
  • Target 12.4 – by 2020, achieve the environmentally sound management of chemicals and all wastes throughout their life cycle, in accordance with agreed international frameworks, and significantly reduce their release to air, water and soil in order to minimize their adverse impacts on human health and the environment.
  • Target 12.5 – by 2030, substantially reduce waste generation through prevention, reduction, recycling, and reuse.
  • Target 12.6 – encourage companies, especially large and transnational companies, to adopt sustainable practices and to integrate sustainability information into their reporting cycle.

    Note: Target dates were established by the United Nations.

    Back to
    Top