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Hammarby IF Fotbollförening, more commonly known as Hammarby Fotboll or Hammarby (Swedish pronunciation: [ˈhâmːarˌbyː] or, especially locally,), is a Swedish football club from Stockholm founded in 1915.https://en.wikipedia.org/wiki/Hammarby_Fotboll
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Hammarby Sjöstad (roughly translated: Hammarby Lake City) is a part of the inner city of Stockholm, currently undergoing major urban redevelopment. It is located on both sides of lake Hammarby Sjö, bordering Nacka Municipality to the east. The area is part of the districts Södermalm and Södra Hammarbyhamnen.
Hammarby IF Fotbollförening, more commonly known as Hammarby Fotboll or Hammarby (Swedish pronunciation: [ˈhâmːarˌbyː] or, especially locally,), is a Swedish football club from Stockholm founded in 1915.
- The Energy Supplies in Hammarby Sjöstad
- Energy Goals
Sustainability was one of the primary areas of focus in the design of this new water-related district. The high sustainability ambitions were integrated into the planning process from the first phases. Sustainable alternatives for managing water, energy and waste were carefully studied at the level of the architecture and infrastructure. For example, all the electricity used comes from renewable sources. New types of fuel cells, solar cells and solar panels are being tested in the area. The district is the product of a positive collaborative process between municipal authorities, urban planners, developers, architects, landscape architects, engineers at eco-tech businesses, energy company Fortum and the Stockholm Water Company. Traditional forms of urban planning take their inspiration from Stockholm’s 19th century city centre, combined with varied modern architecture. Buildings are oriented toward the sea and the canals, to allow as many houses as possible to profit from the water-...
The main source of heating in Hammarby Sjöstad, a town within the municipality of Stockholm, is district heating. Thirty-four percent of this heat comes from purified waste water, 47% from combustible household waste and 16% from bio fuel (2002 figures). When the heat has been extracted from the warm, purified waste water, the remaining cold water can be used for district cooling. This is used in e.g. the cold storage in grocery stores, and also for office buildings as a replacement for energy-guzzling air conditioning systems. Hammarby Sjöstad is experimenting with different solutions for its energy supply. For example, two buildings with solar cells can be found on the street called Sickla Kanalgata. The solar cells supply part of the electricity needs of the building’s public areas. One large residential building has been fitted with solar panels. These supply the residents with 50% of the hot tap water they annually use. Another interesting development project is the fuel cell w...
The town’s current environmental goals, listed below, refer to the annual sum of all energy purchased to heat and operate its public buildings. Household electricity is not included. 1. District heating connection with exhaust air systems: 100, of which 20 kWh electricity/m2UFA. 2. District heating connection with heat extraction systems: 80, of which 25 kWh electricity/m2UFA. 3. The entire heating supply shall be based on waste energy or renewable energy sources. 4. Electricity shall be “Good Environmental Choice”- labelled, or equivalent. [Hammarby Sjöstad, 2012]
The first step in the sustainable water management is a proper participation and education model for the district’s residents. Proper education and use of water-saving appliances will reduce the amount of drinking water consumed by 50%. Water consumption levels of 200 litres per person per day are normal in Stockholm. As such, the focus of the education and participation strategy is on reducing pollutants in wastewater by 50%, by raising residents’ awareness of the impact of detergents and other household activities. The residents of Hammarby have the option of monitoring their energy and water consumption via the internet to increase their awareness of their habits.
An environmental centre called GlashusEtt has been realised in the district to provide locals with information and education about all aspects of sustainable urban planning and to encourage the residents to adopt a more sustainable lifestyle. [GlashusEtt, 2007]
Wastewater is treated locally. The sludge produced by the treatment process is recycled and used for fertilising farmland and forestry land. The waste releases biogas during processing. That biogas is used as fuel for vehicles such as buses, taxis and waste collection trucks, and to heat 1000 homes in the area. Heat is extracted from the treated water in the treatment plant, which is then used for district heating. With a spread in temperatures ranging between 10°C and 20°C over the whole year, the wastewater is highly suitable for both heat and cold extraction. In summer the cold water can be used for cooling.
Rainwater infiltrates the ground directly or is drained off through canals. The many small canals are part of the design of the urban landscape. Some of the roofs have been designed as green roofs that buffer much of the rainwater. Runoff from roads is captured separately and drained off to treatment pools before being allowed to infiltrate the ground. The Hammarby model shows that wastewater can be used in multiple different ways and that rainwater can be returned to the natural cycle. Hammarby has become an example of sustainable urban planning. For example, it inspired Toronto’s Waterfront (Canada), London’s New Wembley and many cities in China and Thailand. [World Clean Energy Awards, 2007; P-A Malmqvist, 2006]
Stockholm’s climate goals stretch as far as 2040 and if they are to be met it is essential that there is a borough which takes the lead. Hammarby Sjöstad 2.0 is therefore aiming to reach the city’s climate target by 2030 and together with the Royal Institute of Technology (KTH) we are currently defining which measures are required.
Hammarby Sjöstad Hammarby Sjöstad is the first eco city district in Stockholm. It is a 'town around a lake' where the planning work begun in 1980s with an opportunity to expand the inner city of Stockholm. It is one of Stockholm's biggest urban development project and it focuses on water and eco-friendly solutions.
- In-Built Transition
- More Than Just Carbon
- Eco-Cities Worldwide
- “I Think It Would Be A Good Idea”
The Hammarby Model was presented by Malena Karlsson to an international audience at The Great Transformation – Greening the Economy conference in Berlin recently. Karlsson works for the energy saving Stockholm Glashusett(or Glasshouse) building that functions as the information centre for the Hammarby district. She believes that the key to the village’s success is that eco-features are built directly into the design of the whole project. “Seventy-five percent of the environmental goals are built into the buildings,” Karlsson recounted. In contrast with more bottom-up approaches, where environmentally conscious citizens band together to live sustainably, Hammarby doesn’t rely on the environmental awareness of its citizens. Even if citizens are not eco-conscious when they enter Hammarby, they will be after living there. “There is a recycling room in every building,” boasts Karlsson. All these rooms contain refuse chutes that are linked by underground pipes through which vacuum suction...
Quality of life was also in the forefront of the minds of the town’s planners. Nature parks and a close proximity to water are central features of the complex, and are not just token inclusions. “We have a holistic approach and do not just focus on carbon alone. We have green areas for biodiversity and well-being,” Karlsson said. According to her, the integrated recycling system is also designed so that different waste categories are collected at different times. Fewer trucks enter the area simultaneously, thereby reducing the risk of accident. Another ubiquitous town feature is the water system that is designed with low flushing toilets and aerated taps. Hammarby reflects the notion of beauty through simplicity — although some of the architecture can be considered ultra-modern, the village proves that good planning is just as important as good technology. “None of it is outrageously high-tech; it’s just all thought out,” wrote environmentalist and writer Bill McKibbenafter he visit...
UN Habitat predicts that by 2050, a whopping 5.3 billion people, or 70% of the world’s population, will live in urban areas. Surely if the globe is to avoid catastrophic climate change, we will need to see many more Hammarby-style arrangements in both today’s and tomorrow’s high-emitting urban centres. The encouraging news is that plenty of other cities are implementing progressive sustainable urban development policies. Public transport-friendly Munich, which aims to be majority dependent on renewal energy as early as 2025, has a designated ‘green zone’ wherein cars will be fined if they do not meeting the required emissions criteria. Munich Deputy Mayor Hep Monatzeder categorizes his city as an example of where “policy dominates the private sector” and not the other way around. This sort of thinking goes against the very market-orientated approaches, typical of Western civilization in the twentieth century. The availability of cheap fossil fuels has entrenched development of ineff...
The evidence from these examples is clear: for innovative urban design strategies to succeed in the long term, they have to be supported by both city administrations and citizens. “Hammarby’s success has been achievable because of integrated planning,” said Karlsson. Hammarby’s talents will be on display when Stockholm hosts the Building Sustainability conferencein October this year. When concluding her presentation, Karlsson quoted Mahatma Gandhi’s well known phrase: “The world has enough to cater for everyone’s need, but not everyone’s greed.” But perhaps another famous Gandhi remark is also relevant here. When asked what he thought of Western civilization, the pacifist Indian replied, “I think it would be a good idea.” Sustainable urban design is more than a good idea. The time to create a Western civilization that incorporates sustainable urban design is now.
The Hammarby Sjöstad area was originally intended to be an olympic village for Stockholm’s application to the 2004 summer Olympics. Instead, Hammarby Sjöstad is now the result of a long process of converting a brownfield area into a sustainable waterfront residential neighborhood.
Dec 15, 2016 · Hammarby Sjöstad (“Hammarby Lake City”) is a sustainable, mixed-use development adjacent to the Swedish city of Stockholm. The project presents a model of sustainability in its redevelopment of a declining industrial district into housing, commercial areas, and recreational
Eco-city Hammarby Sjöstad In the early 1990s, Hammarby Sjöstad had a reputation for being a run-down, polluted and unsafe industrial and residential area. Now, Hammarby Sjöstad is one of Stockholm’s most pleasant residential districts and one of the world’s most successful urban renewal districts.
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