Find Swedish best practice

Kristineberg Center is an open partnership founded to accelerate the transition to a sustainable blue economy. The mission is to advance the implementation of research and knowledge.

The village of Kivik in south-east Sweden is where you’ll find the new residential area Tvärpilen, which combines beauty, sustainability and responsibility in perfect harmony.

With its 9500 sqm the Botanical Roof Garden of Augustenborg is an ever-evolving testbed of urban greening. Here you get to see more than 20 different solutions for greening a rooftop, from the most extensive green roofs to biosolar solutions and even a rooftop kitchen garden.

The city of Linköping has established Ebbepark as a district for sustainable transformation, inviting partners to develop solutions to progress towards a climate-neutral city.

The Swedish island of Gotland has experienced a severe water crisis in recent years, negatively affecting tourism and local businesses. To address this problem, innovative circular water solutions are being tested and evaluated in the area of Storsudret in southern Gotland.

Stockholm Royal Seaport (Norra Djurgårdsstaden) has developed a comprehensive, integrated stormwater system that purifies and slows storm water and meltwater before it is released into the sea.
The system connects green roofs and rooftop gardens with ponds, open storm drain water, surface water drains and urban greenery.

The new city district of Oceanhamnen in Helsingborg has created a solution for separating and recovering different kinds of waste water and food waste at source. This leads to sustainable reuse of resources through Sweden’s first recovery plant, Reco Lab.

The Augustenborg district in Malmö was ambitiously rebuilt to manage flooding problems and socioeconomic challenges. As a result of solutions based on ecosystem services, the area is now an attractive neighbourhood and an example of a successful sustainable makeover of an urban district.

What will future, sustainable housing look like? HSB Living Lab is a research and demonstration arena, consisting of real homes for students and guest researchers. This exciting project innovates on site, enhancing the sustainability and quality of present and future homes and buildings.

A new water purification system uses floating walls, or baffles, to improve purification. The solution has been developed by a Swedish company and can be used in all kinds of dams, for surface or storm water, leachate, industrial water and sewerage water.

Umeå Municipality has a total of 19 wastewater treatment plants. The largest handles waste water from households and various companies in the area. Every year, it receives about 13 million cubic metres of waste water, containing 3,000 tonnes of organic material and 80 tonnes of phosphorus. And every day it produces 23,000 kWh of biogas.

Malmö’s Western Harbour, previously a run-down shipyard and industrial area covering 187 hectares, is now a vibrant ‘city within a city’, with a university, around 10,000 residents and more than 16,000 people working there (figure from 2016). The area has its own systems for managing its energy supply and waste treatment, and car traffic in the area has been minimised as an environmentally sustainable approach to urban planning and mobility.