IVL Swedish Environmental Research Institute

Extended Producer Responsibility in Sweden: Towards better waste management

Extended Producer responsibility (EPR) is a governmental policy and a Swedish law that aims to better waste management and collection. The Swedish system shifts the waste management cost or physical collection fully from local governments to producers. The policy applies to different goods such as packaging, newsprint, electronic products, batteries, tires, end-of-life vehicles, pharmaceutical waste, stray radioactive products and radioactive sources.

The principal approach of this framework, which was adopted by the Swedish Parliament in 1993, is that the environmental responsibility for a product lies with the producer. Extended producer responsibility (EPR) is based on the polluter pays principle. The concept entails that the party responsible for the pollution is responsible for paying for the damage done.

The purpose of EPR is to shift the responsibility for the waste away from the municipality to the producer and provide incentives for producers to incorporate environmental considerations in the design of their product with the end of life in mind and take a “cradle to cradle” approach to product life cycles. EPR places the responsibility for the proper end-of-life management of the waste products on the individual producers. In reality, however, producers work collectively to exert this responsibility by setting up Producer Responsibility Organisations (PROs).

Development of the EPR system

Packaging waste and newsprint

Packaging waste and newsprint were the first product groups to be covered by an EPR. The purpose was mainly to relieve the municipalities of the responsibility (and cost) for the collection and treatment of the waste as well as creating incentives to reduce the environmental impact of these products. In the early 90s, the idea of a circular system where waste was viewed as a resource, rather than just waste to be disposed of, was starting to take hold in society. The EPR for packaging waste and newsprint was established in 1994 following the EU-directive, but products and materials with a high economic value, such as newsprint, glass packaging and end-of-life vehicles had already been collected for many years. The driving force was mainly economic. Collecting waste products and recycling these were less resource demanding and more profitable than making new products from virgin materials.


Glass packaging was the first product group to have an organised collection. Sweden has a long tradition of glass production and in 1986, the organisation Svensk Glasåtervinning (Eng: Swedish Glass Recycling) was established by two of the major producers, as well as several municipalities. The municipalities had an interest in a separate collection of glass to improve the health and safety of the waste collectors, who were at risk of getting cuts from broken glass in the garbage bags. A system of special bins for glass was implemented and placed at strategic locations, such as outside shops and parking lots. These locations later became the foundation in the system of green recycling stations, adopted by the packaging and newsprint PRO.

Deposit systems for drinking bottles and cans

Packaging waste consisting of drinking bottles and cans are exempt from the packaging ordinance and are instead covered by an ordinance for a return system for PET-bottles and metal cans. The collection system for this material differs from the other types of EPRs described in this report, in that the consumer pays a deposit at purchase and receives a cashback on the return of the product.

Electric and electronic waste

The EPR for electric and electronic waste was also not the start of the separate collection and recycling of such waste. In the 90s, many municipalities had a separate collection of electronic waste and organised manual disassembling, providing people far from the regular labour market a job. When the recycling industry got interested in the economic value of the electronic waste, they started industrial-scale recycling and the municipalities sent the collected electrical waste to them. With the start of the EPR, there was already an existing collection system in place as well a market for recycling the products.
Depending on the product group, the EPR schemes are financed by:

• product fees that are added onto the retail price; and/or
• income from the sale of the recycled material.

These economic transactions are administrated by individual PROs. A unified responsibility for the collection, treatment and the full economic responsibility gives the producers full accountability and should provide incentives to minimise the environmental impact of their products. This is one of the major reasons for choosing this model for EPRs.

The success factor

In general, the Swedish EPR systems works rather well. The levels of collected material and recycling are in general high. For most EPRs, the producers have a well-organised structure for the collection and treatment of their waste products and, according to the producers. There is a broad range of goods covered by EPR and the system that is described here is the ones that are well established. The success factors that can be taken into account here are:

• A high level of trust between the individual producers and trade associations and a willingness to fulfill their respective obligations.
• Structured communication towards the households and a high level of trust in the system has created a willingness for households to participate in collection schemes.
• Good quality of the waste streams, for example, separate collection of coloured and clear glass or newsprint and paper packaging, creates a high quality of recycled materials with market demand.
• Close cooperation between municipalities and producer organisations.
• The national industry with a demand for the recycled material and/or capability to process the collected material, e.g. paper, glass and mining industry.
• Ambitious policy targets.
• During the implementation phase, a cohesive responsibility of the producers to collect, treat and finance the EPR system.
• The PROs are not-for-profit companies. EPR is an effective waste management tool to reduce landfilling and develop recycling and recovery channels in cities. In Sweden, the industry has a full operational and financial responsibility for collection, sorting and recycling.

The actors in collaboration in the project are:
Förpacknings-och Tidningsinsamlingen (FTI) AB, TMResponsibility AB, Returpack Svenska AB, Svensk GlasÅtervinning AB, Svenska Retursystem AB, El-kretsen i Sverige AB (Electrical Waste Association) & Recipo Ekonomisk förening

Similar Best Practices

Electric busses adapted to cold climate

It is a big challenge with electric vehicles in northern Europe is to adapt them to the cold climate, both in regard to function and comfort for passengers and drivers. In Umeå in Northern Sweden there is a company that has managed to develop a technology that makes it possible to run the buses even during a very cold winter day as well as a hot sunny day with advanced air heating/cold system.

The world’s tallest wooden building

Sara Cultural Centre – the world’s tallest timber building is located in Skellefteå. The building will be housing venues for arts, performance and literature as well as a hotel. Located just below the Arctic Circle in northern Sweden, Skellefteå has a long tradition of timber building; this was the primary inspiration behind the international competition winning design for the city’s new cultural centre.

Smart Living lab in the University district of Umeå

Umeå is a fast growing city in Northern Sweden with progressive and environmentally-friendly citizens. Located 600 km north of Stockholm, the 11th largest city in Sweden has a subarctic climate, with short and fairly warm summers, but lengthy and freezing winters. Umeå will continue to grow with ecological, economic and social sustainability. The purpose is to reduce the city’s CO₂ emissions through less energy use and sustainable transports. By developing smart business models and working methods, we will ensure that we will continue to be innovative when we are developing the sustainable city.

Sharing economy contribution to a smart and sustainable city

The city of Umeå are working actively and critically with the sharing economy. The city has developed testbeds for the sharing economy in the city. Through testbeds, sharing services and digital solutions have been developed.

Gender Equality and Inclusion in Urban Planning

As segregation and inequality are increasing in many parts of the world, inclusion in the planning process of cities and communities is becoming even more important. In the North of Sweden, the city of Umeå is working hard to create an inclusive and safe environment for all.

How to reduce the carbon footprint in the transport sector

The use of district heating/cooling for parked aircraft to reduce the carbon emissions at airports.

Energy production with zero emissions- the future of energy production

Zero Emission Hydrogen Turbine Center- innovation of a sustainable energy system

Gothenburg Smart District Cooling

The City of Gothenburg in Sweden uses a district cooling system powered by the cool flows from Göta älv.

Sustainable logistics for a smart city

Logistics cluster Östergötland is an arena and a network for innovation and development within logistics solutions. By engaging people from different businesses in a variety of challenges, new ideas and solutions for a more sustainable logistics are developed.

Smart city logistics for increased recycling

Increased recycling for a more resource efficient society implies needs for smart solutions for collecting and recycling materials. Several innovative solutions can be found in Östergötland.

Fossil free transportation

The regions Småland and Östergötland are pioneering within solutions for fossil free transportation. The regions supply different types of biofules and electric cars for individuals as well as for light and heavy transports.

Ebbepark- city transformation by testbed setting

Ebbepark is a city district in transformation, that invites partners to develop their solutions to push ahead on the sustainable transformation.

My Visit Plan