Make cities and human settlements inclusive, safe, resilient and sustainable.

Of Sweden’s population, 85 per cent live in urban areas. Slums do not exist in any conventional sense; virtually all homes in Sweden’s cities have functioning water, sewage, heating and orderly street networks with lighting and functioning waste management. However, there is a certain level of overcrowding. According to the norm applied in Sweden, a household is considered overcrowded if more than one person per bedroom lives in the home. Cohabiting couples can, however, share a bedroom, while children are to have their own bedrooms. A person living alone in a one-room apartment is considered overcrowded. With these definitions, 16 per cent of all persons aged 16 and older, were living in overcrowded conditions in 2014 and 2015. Six years earlier, the proportion was just under 15 per cent.

A comparison between urban growth in terms of area and urban growth in terms of population 1960–2015 shows that the growth of cities in terms of area since 1980 was greater than their population growth, i.e. urban areas use relatively more land per resident.

The quantity of particles in the air is of great importance for the health of the population, not least in urban areas, and the Swedish environmental objectives system has an environmental quality objective for clean air. Achieving this requires, inter alia, reduced emissions of nitrogen oxides and particles. The most recent follow-up using data from 19 Swedish urban areas shows that the development for air quality is largely positive, but that the objective will not be achieved.

Legislation and other rules exist for urban planning, which requires consultation with civil society and residents in areas to be developed, altered or planned for the future. A new policy for the designed living environment, architecture, form and design is currently being prepared at the Government Offices and aims to strengthen qualities in both urban and rural living environments.

Access to nearby green areas is in general relatively good in cities in Sweden. The proportion of the population in the 37 biggest cities with access to green areas within 200 metres of their home was 92 per cent in 2010.

As of 2015, the Swedish Discrimination Act (2008:567) states that inadequate accessibility can be a form of discrimination. Accessibility and usability need to be seen in the light of the population’s diversity and are a prerequisite for an inclusive urban and social life.

Household waste is disposed of in organised forms using various treatment methods. Of the proportion of household waste that was recycled in 2015, 49 per cent went to energy recovery; 35 per cent to recycling; 15 per cent to biological
recycling and 0.8 per cent to landfill.

The total proportion of the population subjected to violent crime, that is assault, threats or mugging, amounted to 6.8 per cent in 2015. The proportion subjected to assault was 2 per cent, the proportion subjected to threats 5 per
cent, and the proportion subjected to mugging 0.9 per cent. Sexual offences are not included in the combined figure for violent crime above. The proportion of the population subjected to sexual offences amounted to 1.7 per cent in 2015.

Men are subjected to assault, robbery and fraud to a greater extent, while women are more often subjected to sexual offences, threats and harassment. In an international perspective, Sweden is affected by few fatalities and injuries due to major natural disasters. There are no comprehensive national calculations of economic losses caused by natural disasters.

Sweden faces several challenges regarding sustainable urban development with good security, and satisfying the need for more housing. Segregation in residential areas must be broken. Continued urbanisation is also placing greater demands on an expanded and environmentally friendly public transport with good accessibility also for persons with disabilities. An outstanding challenge is also to work preventively for disaster risk reduction in accordance with national and local action plans in line with the Sendai Framework.

Swedish development cooperation is based on the challenges of growing cities faced by many low and middle-income countries, such as health and environmental problems, inequality, poverty and security problems. This is an important issue, not least in the context of the thematic focus on environmentally and climate-friendly sustainable development. Sweden provides the least developed countries with a limited support for the construction of resilient buildings using local resources.



Related Companies

2MA Technology

2MA Technology AB offers ISA, intelligent speed adaptation.

3nine

3nine is a Swedish company that develops solutions for the purification of processed air.

A analys AB

A analysis does asbestos analysis for the identification of asbestos in various materials and dust. Materials where one can find the asbestos used is: insulation (eg pipe insulation), fire insulation, floor mats, carpet glue, tile adhesive, grout, window sills, ventilation systems and much more.

AB Bostaden

Bostaden is the biggest actor on the Umeå housing market. Through its growth, Bostaden has helped turn Umeå into a city that in many ways is the capital of northern Sweden. We have a great responsibility to reduce our impact on our shared environment. Therefore, it is crucial to increase environmental awareness among both tenants and employees and we set clear environmental requirements for our suppliers and contractors.


Related Reference Objects

Alelyckan – Pioneering Recycling Park

Alelyckan recycling park was developed as a pioneering facility, where objects perceived as waste are received, repaired, processed and sold on site.

Algae pilot

This Algae pilot is the first of its kind in Sweden. The algae convert unwanted substances to utilities. The goal is that algae cultivation will reduce our emissions of carbon dioxide and purify waste water to minimize over-fertilization of our waters and at the same time produce an energy-rich algae mass that is raw material for biodiesel (algae with high fatty acid content), animal feed (protein-rich algae) etc.

Alsterbro Wastewater Treatment Plant

At Alsterbro sewage treatment plant, wastewater is purified in three steps. The first purification step consists of the mechanical removal of the coarse solids in the rotary screen. The next processing step is the biological treatment in biorotor. In the last purification step, chemical precipitation to remove phosphorous. The flocculant used is polyaluminiumhydroxiklorid.
Then, the treated water out of the Alsterån. Sludge from both the biological and chemical purification pumped into reed beds, where lush reeds contributes to the degradation of the sludge, among others. alia by reed plants favors oxygen supply down in the sludge.

Artificial wetlands in Trosa

Since 2003 the waste water from the town of Trosa (about 4500 citizens) has been treated in artificial wetlands, after the basic treatment in the sewage plant. Thanks to the wetlands the Trosa river and the town bay have been spared from eutrophicating substances (plant nutrients) as well as contagious substances (pathogenes). Besides the value of purifying the water, the wetlands are a popular recreation area. The wetlands are used for education and many study visits are made here. Vagnhärad, the neighbouring town with about 4500 citizens, has a similar area of artificial wetlands since 2001.


Related Visit Programs

Circular economy

Circular economy is all about a framework for an economy that is restorative and regenerative by design. Unlike in todays linear economy, in a circular economy we see everything as a resource for something else – waste doesn’t exist. How do business models need to change to suit a circular economy? What does this new way of thinking mean for the business community? How can profitable business models be combined with social and environmental responsibility? How can we design products right from the beginning, and do things even better, instead of just less bad?

Destination Stockholm Clean Tech

This program gives you an overview of the environmental technology in Stockholm. It includes a visit at the center for Sweden’s leading R&D activities in the field of wastewater treatment, as well as one of the world’s most well-known examples of sustainable city development.

Energy

Perhaps the world’s greatest challenge is to reduce emissions of greenhouse gases, mainly fossil carbon dioxide. Several exciting and new innovative ways to replace fossil energy are under development in the area, such as the Algae pilot and Bioendev.

Sustainable urban development

Many cities around the world today have problems with poor air quality, and often it is the combination of heat and car exhaust that is the cause. The development of fossil-free transportation in cities of the future is critical. Umeå, has extremely innovative electric buses adapted to cold climates. Umeå’s goal is to have fossil-free city traffic by 2020.

New buildings use significantly less energy than existing buildings, which in turn can reduce their energy use with smart renovation methods. Umeå region has evolved as a hub for sustainable construction and management, and the interest in our work is great. Umeå’s objective is to become a world leader in sustainable construction by 2020.


Global Goals

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