Extended producer responsibility (EPR) is a method that adds the full estimated environmental costs of a product throughout its entire life cycle to the product's market price. This approach is mainly used today in waste management. These costs are often not included in the price of goods, with an example being the environmental effects of cars.

EPR laws help encourage the use of remanufacturing programs because they focus on how consumer products are handled after they are no longer useful. The main goal is to increase the amount and quality of product recovery while reducing the environmental harm caused by waste.

Making producers responsible for waste is not just an environmental policy issue but also the best way to achieve better environmental standards in how products are designed.

Origin

The idea was first officially presented in Sweden by Thomas Lindhqvist in a 1990 report to the Swedish Ministry of the Environment. Later reports from the Ministry defined EPR as a plan to protect the environment by reducing the overall harm caused by a product. This plan makes the company that makes the product responsible for the whole life of the product, including collecting used products, recycling them, and properly disposing of them.

Definition

Extended producer responsibility (EPR) is a policy that uses financial rewards to encourage manufacturers to create products that are better for the environment. This approach holds producers accountable for the costs of managing their products after they are no longer useful. Unlike product stewardship, which spreads responsibility across the product’s lifecycle, EPR aims to reduce the financial burden on local governments by requiring manufacturers to include the cost of recycling in the product’s price. EPR is based on the idea that manufacturers, who control product design and marketing, have the most ability and duty to reduce harmful waste and toxins.

EPR can involve programs such as reuse, buyback, or recycling. A manufacturer may also assign this task to a third party, known as a producer responsibility organization (PRO), which is paid by the manufacturer to manage used products. This shifts the responsibility for waste management from government to private companies, requiring producers, importers, or sellers to include waste management costs in their product prices and ensure safe handling of their products. However, different groups may have varying views on how EPR works and the role of producers.

An example of a producer responsibility organization is PRO Europe S.P.R.L. (Packaging Recovery Organisation Europe), established in 1995. It serves as a central group for European packaging and packaging waste recovery and recycling programs. Organizations like PRO Europe help companies avoid the need to individually manage used products by operating on a national scale for member companies. The goal is to recover and recycle packaging waste in the most cost-effective and environmentally friendly way. In many countries, this is achieved through the Green Dot trademark, which PRO Europe licenses. In 25 nations, companies use the Green Dot symbol to fund the collection, sorting, and recycling of sales packaging.

OECD guidance manuals

The OECD created a guidebook about EPR in 2001 after many years of expert discussions. In 2016, the guidebook was updated to include the views of developing countries, based on their experiences and changes in policies.

Take-back

In response to the problem of too much waste, many countries created waste management rules that require companies to take back their products from customers when the products are no longer useful. These rules were made because some products contain dangerous materials and lacked proper collection systems, or because local governments could not afford to provide these services. The main purpose of these take-back laws is to work with companies to manage waste safely and protect public health and the environment. The goals of these laws include:

• encouraging companies to create products that can be reused, recycled, and made with fewer materials;
• helping consumers understand waste costs by including them in product prices;
• supporting new recycling technology.

Take-back programs help achieve these goals by giving companies reasons to design products that reduce waste management costs, use safer materials (so they don’t need special handling), or make products easier to recycle and reuse (so recycling becomes more profitable). The first take-back efforts started in Europe, where governments created programs because of limited landfill space and dangerous materials in product parts. The European Union passed a rule called the Waste Electrical and Electronic Equipment (WEEE) directive. This rule aims to stop the creation of electronic waste and promote its reuse and recycling. It requires countries to support product designs that make it easier to take apart and recover materials later. These take-back programs are now used in most countries in the OECD. In the United States, most of these rules are set by individual states.

Plastic bags

Recycling, banning, and taxation do not work well enough to reduce pollution from plastic bags. A better option could be increasing extended producer responsibility, or EPR. During the Clinton presidency, the President's Council on Sustainable Development in the United States recommended EPR to involve different groups involved in a product's life cycle. However, EPR can increase the cost of products because companies must consider these costs before selling them, which is why it is not widely used in the United States today. Instead, the United States often uses bans or taxes on plastic bags, which place the responsibility on consumers. In the United States, EPR is not required but is optional. Some sources, including a 2012 paper by students at Columbia University, have suggested combining taxation, producer responsibility, and recycling to reduce pollution effectively.

Electronics

Many governments and companies have started using extended producer responsibility to help solve the problem of e-waste. E-waste is old electrical and electronic equipment that contains materials that cannot be safely thrown away with regular trash. In 2007, the Environmental Protection Agency reported that people threw away 2.5 million tons of items like cell phones, TVs, computers, and printers. Many governments have worked with companies to create systems for collecting and recycling e-waste.

E-waste contains harmful chemicals that can hurt human health and the environment. These include lead, mercury, brominated flame-retardants, and cadmium. Lead is found in screens of phones, TVs, and computer monitors and can harm kidneys, nerves, blood, bones, reproductive organs, and muscles. Mercury is in flat screen TVs, laptop screens, and fluorescent bulbs and can damage the kidneys and nervous system. Brominated flame-retardants in cables and plastic cases can cause cancer, liver problems, and nerve damage. Cadmium is in rechargeable batteries and can lead to kidney damage and cancer. Poorer countries often become places where e-waste is dumped because some governments pay to have it disposed of there. This increases health risks for people living near these dumps.

In the United States, 25 states have laws that require recycling electronic waste. Of these, 23 have included some form of extended producer responsibility in their laws. According to the Product Stewardship Institute, some states have not passed EPR laws because they lack recycling systems and money for proper disposal. In contrast, the Electronics TakeBack Coalition found that states with successful e-waste programs have created convenient recycling systems or set goals for manufacturers to meet.

Supporters of EPR say that including high standards in the laws, which are only minimum requirements, helps make the laws work better. The more types of products that can be collected, the more e-waste is disposed of properly.

Similar laws have been passed in other parts of the world. The European Union has limited the use of harmful substances in member countries and banned exporting waste. China stopped importing e-waste in 2000 and started using EPR in 2012. However, illegal waste smuggling still happens there. Today, China requires a license to dispose of e-waste, and factories are responsible for handling pollution. In the U.S., EPR laws still allow e-waste to be sent to China. The Institute of Electronics and Electrical Engineers has suggested a system where producers pay a deposit that is returned when they recycle products.

When producers must pay for recycling their electronics, they may create products that are easier to recycle, less harmful, and last longer. Using fewer materials and designing longer-lasting products can lower recycling costs. This is why EPR is often used to reduce planned obsolescence, which encourages manufacturers to make products that last longer. By making producers pay for waste management, governments can save money on disposal costs. However, many governments struggle to create and enforce these plans because they lack funding. Putting the responsibility on producers can help governments create better sustainability laws with less cost and raise awareness about e-waste issues.

One benefit of EPR is that it becomes more effective as it pressures countries that export e-waste. These rules force countries to develop systems to handle waste or change how products are made. As more countries adopt EPR, it becomes harder for others to ignore the problem. For example, when China stopped accepting e-waste from the U.S., waste built up at ports. The lack of recycling systems in the U.S. has been possible because of the ability to export waste and the lack of action by producers. This growing waste problem forces countries to build their own systems and create more rules for producers.

Some people worry about EPR programs for complex electronics that are hard to recycle, like lithium-ion batteries. Others fear that EPR could raise the cost of electronics because producers might add recycling costs to prices. Transporting products with hazardous materials to recycling centers can be expensive, especially for items like old TVs that contain lead. Critics argue that EPR might slow down innovation and technological progress.

Other critics say that manufacturers might use takeback programs to destroy secondhand electronics instead of reusing or repairing them. Some also claim that EPR policies are not helping manufacturers create more environmentally friendly designs, as companies are already reducing material use and energy consumption.

The Reason Foundation says EPR is unclear about how fees for recycling are set. Fees are meant to encourage recycling, but this could discourage companies from using better materials. Without clear rules, companies may struggle to decide what features to include in their products.

Fossil fuels

A study shows that using the idea of extended producer responsibility for fossil fuels might help resolve conflicts between energy security and climate goals at a low cost. Researchers say this approach could be used to help pay for storing carbon dioxide and supporting natural solutions to reduce emissions.

Implementation

EPR has been used in many ways, which can be grouped into three main types: Mandatory, Negotiated, and Voluntary. In market-driven economies, economic policies often avoid influencing consumer choices, leading to a focus on producers when discussing the environmental effects of industrial production. For example, data on energy use, emissions, and water consumption are usually shown as characteristics of industries themselves, rather than as effects of the supply chains for products used by consumers. Many corporate sustainability reports also only include environmental impacts from operations directly controlled by the reporting company, not from supply chains. This view assumes that environmental effects from production stages before or after a company’s operations are assigned to the immediate producers, without considering the roles of different organizations.

Research shows that final consumption and wealth, especially in industrialized countries, are the main causes of environmental pressure. These findings suggest that environmental policies should also consider consumer-related factors, but measures targeting consumer demand are rarely used.

Different views on who is responsible for environmental impacts from industrial production are shown in discussions about greenhouse gas emissions. Emissions data reported to the IPCC are usually linked to industries in specific countries, not to the products consumed by populations, regardless of where the products were made. However, in open economies, considering greenhouse gases in traded goods can significantly affect national emissions records. If consumer responsibility is considered, exports would reduce a country’s emissions, while imports would increase them. For example, in Denmark, between 1966 and 1994, the country’s CO₂ balance shifted from a 7 million-ton deficit to a surplus, compared to total emissions of about 60 million tons. This change was partly due to electricity trading with Norway and Sweden, where hydroelectric power imports and coal-based electricity exports influenced emissions. Denmark’s official emissions report includes adjustments for electricity trade, reflecting consumer responsibility.

At the company level, simply reporting emissions within a company’s own borders is not enough when using concepts like eco-efficiency or environmental management systems (e.g., ISO 14001). Companies must manage the full life cycle of their products, including ensuring suppliers meet environmental standards and that raw materials are obtained responsibly. EPR frameworks also emphasize that producers should take responsibility for environmental impacts throughout their products’ life cycles, including upstream activities like material selection and product design. EPR policies began in northern European countries in the late 1980s and early 1990s due to landfill shortages and are now often applied to post-consumer waste, which increases pressure on waste management systems.

EPR has rarely been measured consistently. Using traditional life cycle assessments to assign environmental impacts to producers and consumers can lead to double-counting. Researchers have used input-output analysis for decades to consistently account for both producers and consumers in an economy. Gallego and Lenzen developed a method to clearly divide supply chains into distinct, overlapping responsibilities shared by all economic agents. Their approach allows for assigning environmental impacts across all parts of a supply chain—both producers and consumers—to be shared fairly.

Examples

Auto Recycling Nederland (ARN) is an organization that holds producers responsible for recycling vehicles in the Netherlands. A fee is added to the cost of buying a new vehicle. This fee helps pay for recycling the vehicle when it is no longer useful. The organization was created to follow rules from the European Union about recycling old vehicles.

The Swiss Association for Information, Communication, and Organisational Technology (SWICO), which represents the ICT industry, became a producer responsibility organization to help manage electronic waste.

In Canada, the Canada-Wide Action Plan for Extended Producer Responsibility (CAP-EPR) was introduced in 2009 with help from the Canadian Council of Ministers of the Environment. This plan followed many years of recycling efforts that did not work well enough. Recycling rates in Canada were lower than in many other G8 and OECD countries. Since 2009, most provinces in Canada have passed laws or rules to expand recycling programs. Nine out of ten provinces have now created or strengthened EPR programs. These programs now cover almost half of the product categories in Phase 1 of the plan.

In Russia, EPR was started in 2015. However, money for waste management mostly comes from taxes paid by the Russian population. In 2022, a rule was planned that required all packaging to be recycled. If companies did not follow this rule, their products would be removed from stores. The rule was delayed because some government officials thought it was not practical.

In the United Kingdom, an extended producer responsibility system will be introduced in the coming years. The government has already provided guidance to those most affected. The main challenge is finding a way to make polluters take responsibility instead of passing costs to suppliers or consumers.

In India, the E-Waste (Management and Handling) Rules, 2011, introduced EPR for the first time. The E-Waste (Management) Rules, 2016, set stricter goals for collecting used products and made it easier to apply for EPR authorization. In 2016, the government expanded EPR to address plastic waste through the Plastic Waste Management Rules, 2016. In India, the way EPR certificates are traded is similar to how carbon credits are traded, with certificates being exchanged between producers and brand owners.

In Austria, the polluter-pays principle was introduced on January 1, 2023. This means that companies responsible for producing waste now pay for the cost of recycling.

Results

In Germany, after the introduction of EPR, the average use of packaging per person decreased from 94.7 kg to 82 kg between 1991 and 1998, which is a reduction of 13.4%. Because of Germany’s success with EPR, the European Commission created one waste management rule that applies to all European Union member states. A major goal of this rule was for all member states to recycle 25% of all packaging materials, and this goal has been met.

In the United States, EPR is becoming more common. Since 2008, 40 EPR laws have been passed. In 2010 alone, 38 EPR-related bills were proposed in state legislatures, and 12 of these became laws. However, EPR laws in the U.S. are created at the state level, not by the federal government. So far, only a few states have passed five to six EPR laws, and 32 states have passed at least one EPR law.

Since 2022, if a product is sold in France or Germany, online marketplaces must confirm that the manufacturer follows EPR rules in the country where the product is sold.

Implementing EPR rules can be difficult. One common problem is the complexity of different rules in different countries and for different types of waste. Because EPR requirements vary by location, companies that operate in multiple areas may face complicated tasks to follow the rules. For example, organizations that help manage waste require different registration steps, reporting formats, and data collection methods. This can make it harder for companies that sell products in many countries and waste categories to manage their responsibilities.

To solve these problems, some ideas have been suggested. One idea is to create a digital system that allows companies to register for EPR and report information in one place, which could simplify processes across different regions. Other ideas involve using technology to collect and organize waste-related data, which could help reduce costs and make reporting easier.

Another topic of discussion is whether EPR policies effectively reduce waste and encourage better product design. EPR was first created to make sure producers pay for waste management, but many governments now also want EPR to help companies design products that are easier to reuse or recycle. However, it is still unclear how well EPR achieves these goals. One reason may be the complexity of EPR rules, which can make it harder to follow them. Also, some EPR rules are unclear, making it difficult to enforce them, especially for companies that do not follow the rules but still sell products.