Find Swedish best practice

A new lithium ion battery plant is established in Skellefteå and is one of the biggest industrial investments in Europe.

Central Stockholm is the location of one of Europe’s largest district heating and cooling systems. Close to 90% of Stockholm’s buildings are connected to the district heating network.

ReTuna Återbruksgalleria is the world’s first recycling mall, revolutionizing shopping in a climate-smart way. Old items are given new life through repair and upcycling. Everything sold is recycled or reused or has been organically or sustainably produced.

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

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.

Drive Sweden Innovation Cloud is the meeting point, the marketplace and the digital tool to cooperate, innovate and create commercial services for Connected Automated Mobility.

“A model created for careful renovation of public housing based on sustainability as well as ecologically, socially and economically.”

Recycling centers might not be famous for their aesthetically pleasing buildings. But in Kristianstad, the newly renovated and updated recycling centers are just that.

Akademiska Hus is now broadening its offering of services by launching a national concept for co-working, makerspace, short contracts, learning lab and other flexible meeting places.

In 2019, Brf Viva was announced the Environmental Building of the Year in Sweden Green Building Awards. Brf Viva has been built to become Sweden’s most sustainable and innovative housing project.

By unlocking traditional business models within the waste sector, Verapark creates a triple-helix model of innovation between private owned and public owned companies together with the academic world.

BIOGAS XPOSE demonstrates how a region with a high demand for biomethane (BM) can increase the production of BM as a renewable vehicle fuel in an economically and environmentally viable fashion by maximizing regional waste as the resource. The project is reducing the total emissions of carbon dioxide with 334 600 tonnes by sustainable production of BM that replaces fossil fuels in the transportation sector. The project ended in 2018.