D - 53340 Meckenheim: The aim of the Bio-Innovation Park development is to establish a coherent area of expertise of high quality in terms of content and space. To this end, it is essential to differentiate the respective areas according to different location qualities (1a, 1b, 2) in order to formulate and maintain specific quality requirements for potential investors at 1a locations. In this way, it is possible to develop a high-quality "showcase" in the direction of the main axes of the Rhineland Bio-Innovation Park.
Bundesland: NRW
59 posts
D - 52459 Schophoven: in Schophoven, on the probable shore edge of the Indesee, a prototypical quarter will be created to serve as a model settlement. Here, work is being done on a structural realisation of the quarter and a transferability of the planning principles to other locations in the Rhenish mining area. Completion: ~2025
53113 Bonn: Together with Weststadt, Bonn's Südstadt district is considered the largest contiguous (and preserved) Wilhelminian-style neighbourhood in Germany. Bonn-Bad Godesberg also has a large contiguous Gründerzeit neighbourhood. These neighbourhoods are considered the urban development prototype of the "city of short distances" due to the mix of uses. In addition, the building density helps to create affordable living space and the reutilisation-friendly floor plans mean that the buildings can often be used for well over 100 years. Completion: 1914
Bochum: 258 new residential spaces in passive house standard in timber hybrid construction. The buildings were constructed to the passive house standard and certified according to the criteria of the DGNB German Sustainable Building Council. The CO2-neutral building material wood also ensures a significantly improved ecological balance. Planning: ACMS Architektur GmbH, Wuppertal. Completion: 2019
D - 50181 Bedburg Kaster: Around 150 residential units on 5.6 hectares are planned in the first resource conservation housing estate of the town of Bedburg and RWE Power. The conservation of natural resources is at the forefront of this project, which is being developed under the name "Factor X", already established in specialist circles. Further key data: 55,500 square metres of living space, around 110 building plots and an extension of the forest kindergarten are planned.
42279 Wuppertal: The exhibition with 19 show houses in the "Efficiency House Plus" building standard on the 18,000 square meter site is a model project of the prefabricated construction industry for the development of energy-efficient settlements, sponsored by the BBSR. All model houses are networked with each other and have a central storage battery so that energy can be generated, stored and distributed collectively. Completion: 2013
51545 Waldbröhl: the wooden house settlement on the Panarbora site has five tree houses, which are located at a height of up to seven metres. The tree-top apartments offer overnight accommodation with 6, 4, or 2 single beds. Overnight stays can be booked through the German Youth Hostel Association. Completion: 2015
D - 52249 Eschweiler: the municipality of Eschweiler has designated a second Factor X housing estate with 34 plots on 3.1 hectares in the development plan. Construction of the first houses can begin as early as April. Resource- and energy-efficient single-family houses will be built on around 30 plots and four multi-family houses will be built according to the Factor X concept. Further elements of sustainable urban development, such as extensively greened roofs and a central heat supply using wood pellets, are planned. RWE Power is the landowner and developer. The development was completed in spring 2019.
D - 52459 Inden-Altdorf: The municipality of Inden has designated a further Factor X housing estate with 50 plots in the development plan. Construction of the first houses can begin as early as April. Resource-efficient single-family homes, semi-detached houses or terraced houses based on the Factor X concept will be built. RWE Power is the land owner and developer. The development was completed in spring 2019.
51063 Cologne-Mülheim: The state of North Rhine-Westphalia has named the Stegerwaldsiedlung in the Cologne district of Mülheim as the 87th climate protection estate. With 968 kWp, it has the largest roof-integrated PV system on a housing estate in NRW and the third largest in Germany. 689 residential units of the Cologne housing estate from the 1950s were refurbished for energy efficiency and the energy generation systems were renewed. Completion: 2019
D - Zwischen Essen und Bottrop entstehen auf insgesamt 1700 ha area 5 new development areas with a total area of 150 ha, along the Emscher, which no longer stinks of sewage:
https://freiheit-emscher.de/flaechen/
The architects have created new, liveable living space from a building that was ready for demolition. Through the extension, the 629 individual residential units were adapted to a contemporary standard, in which the rooms were enlarged from 12 m² to 20 m² and equipped with their own bathroom and kitchen. In the course of the modernization, the old facade was removed. The new highly thermally insulated façade in timber construction was moved two metres outwards on its own foundations. Completion: 2003
45897 Gelsenkirchen-Schaffrath: by 2018, it was the largest German solar housing estate with a peak output of 825 kWp. The 71 existing buildings with a total of 422 apartments and 27,420 m² of living space were renovated for energy efficiency. Operator: THS Wohnen GmbH (today: VIVAWEST Wohnen GmbH). Completion: 2008
D - 40625 Düsseldorf: The initiative "Wohnen mit Kindern e.V." (Living with Children) is planning its fourth community housing project in the Düsseldorf city area with 23 residential units. The association has already successfully realized a cooperative-oriented project on Otto-Petersen Straße (1995) as well as two condominium projects in Gerresheim, qbus (2013) and wmk3 (2017). The association aims to create attractive and affordable housing for families with children in particular. All projects realized to date have been planned and occupied by residents in different life situations and are thus genuine multigenerational housing projects. In September 2020, the construction group purchased a plot in the Quellenbusch development area in Gerresheim. Planned completion: approx. 2022
33649 Bielefeld-Quelle: 96 units, architect: Hans-Friedrich Bültmann, special features: all buildings are equipped with composting toilets and the highest composting toilet in Europe is located on the 5th floor. Further water measures: rainwater infiltration, own drinking water source; a reed sewage treatment plant was planned but could not be realised. Energy: BHKW, local heating network, internal cable TV, telephone distribution. Social: KiTa, craftsmen's yard, cooperative project. Economy: Development as a large plot, low-cost construction with partly much own work. Construction time: 1997
40625 Düsseldorf-Gerresheim: the wmk assembly3 is located on the "Am Quellenbusch" site in the Düsseldorf district of Gerresheim. In the entire construction area, 800 residential units will be built. The completion of the 30 wmk3 apartments was in 2017.
40627 Düsseldorf-Unterbach: Eco-settlement, architects: Bookhoff und Rentrop (Hannover), 30 flats, community house, community workshops, WW solar system, supply shaft accessible under the house rows, much own work, 750 Euro/m² living space + community facilities, occupation: 1988
40629 Dusseldorf: Multi-generational project "Alternative living - naturally together on the estate with 45 flats, many communal areas and a co-working space. The operator is "Wir vom Gut eG". Core refurbishment 1998 Completion: 2018
42699 Solingen: Cooperative housing development with approx. 350 units and centre development with technical centre. Spar- und Bauverein Solingen eG. Completion: 2008
44532 Lünen-Brambauer: a project of the IBA Emscher Park, architect: Peter Hübner, 30 dwelling units, occupation 1998
44649 Herne: This is not a housing estate, but the concept could equally be applied to housing. The Naturhuset apartment house by Bengt Warne in Stockholm was one of the first pioneering buildings to implement the house-in-house principle with a shell of glass. Also the Student dormitory ESA in Kaiserslautern is built like this. The project in Herne, however, is the most spectacular of its kind in this form.
Planned in partnership by the German architectural firm HHS Planer & Architekten AG and the French architectural firm Jourda & Perraudin (Francoise Helene Jourda and Gilles Perraudin), the building is enclosed in a glass climate shell that creates a Mediterranean climate similar to that in Nice. This is on average 5 °C warmer than the outside temperature. Water features, earth channels and large gates prevent overheating in summer. The solar system in the roof, was the largest building-integrated system of its kind at the time. The supports inside are made of 56 spruce trunks. Completion: 1999
44892 Bochum: Multi-generation residential project in Bochum
Completion: 2011
Size: 21 WE
Innovative elements:
- Conversion of a vacant building into a multigenerational house
- Ecologically sustainable structural concept and barrier-free living
- Active promotion of neighbourly coexistence
45879 Gelsenkirchen-Biskmarck: 71 WE, 1. Solarsiedlung im Ruhrgebiet und im Förderprogramm "50 Solarsiedlungen NRW", Fertigstellung: 2001
48143 Münster: Car-free NRW model housing estate "Gartenhofsiedlung Weißenburg", Europe-wide competition, car-reduced mobility concept with 0.2 car parking spaces per flat, 189 flats on 3.8 hectares of land. Completion: 2003 Completion of 2nd construction phase (4 buildings with 51 flats): 2019
48565 Steinfurt-Borghorst: 42 WE, Projekt mit Solarer Nahwärme und Saisonalspeicher (1. Projekt von "50 Solarsiedlungen NRW"). Fertigstellung: 2000
50226 Frechen (near Cologne): 25 Plusenergiehäuser können in der Ausstellung "Fertighauswelt" besichtigt werden. Sie ist nach Aussage des Bundesverbandes Deutscher Fertigbau (BDF) "eine der modernsten Hausausstellungen Europas". Fertigstellung: 2011
50374 Erftstadt: New construction, 2 developers, 53 units (32 units in detached and semi-detached houses; 21 units in multi-family houses (subsidized housing), building area: 5 ha. Completion: 2015
50733 Cologne-Nippes: on the site of the former Clouth Gummiwerke with an area of 14.5 hectares, around 1,000 apartments will be built and space for 500 - 1,000 jobs will be created on approx. 25,000 m² of gross floor area.
50733 Cologne-Nippes: "Autofreie Siedlung". 460 Wohnungen für ca. 1.500 Bewohner. Der Stellplatzschlüssel liegt bei 0,2 Pkw je Wohneinheit. Für die Haushalte der Siedlung und für ca. 40 Besucher wurde am Siedlungsrand ein Parkhaus mit 120 Stellplätzen gebaut. Normalerweise wären an dem Standort ca. 400 bis 500 Stellplätze erforderlich gewesen. Fertigstellung: 2013
50735 Cologne-Niehl: Redevelopment and addition of 11 apartment blocks with rental apartments. 300 flats before refurbishment, 345 flats after refurbishment. Average 47 m² before refurbishment, approx. 55 m² after refurbishment. Architecture: ARCHPLAN Münster. Client: State development company (LEG Wohnen NRW). Completion: 2010
50825 Cologne-Ehrenfeld: approx. 4 ha area. Within the framework of a cooperative expert procedure, three planning offices developed an urban development plan in autumn 2013 as a basis for the further structural development of the area. The design by Ortner & Ortner from Cologne was selected as the winning design. The citizens wanted housing and culture instead of a shopping mall. The shopping mall was averted. Instead, the partly built-over and used, partly fallow area in the centre of Ehrenfeld is to be developed integratively. In addition to the Helios primary and comprehensive school (Groundbreaking was in Dec. 2019; both schools are expected to open for the school year 2023/2024 completed), a lively mix of housing, culture, commerce and retail is to be realized there. Completion: ~2024
50827 Cologne-Blumenberg: Architect: Reimund Stewen, with passive solar use, natural building techniques (timber frame construction with 20% clay and 80% electricity infill), economical use of land, social diversity and cost savings through communal building, use of ecological building services, waste collection, recycling, installation of private gardens. Completion: 1989
51379 Leverkusen-Opladen: New development area of around 70 ha directly adjacent to Opladen railway station. Since 2008, the city of Leverkusen has been developing a new urban district with housing, education, work, shopping, green space and leisure on the former railway repair works. On the east side is an area of about 45 hectares, which has now been built on. Historic industrial buildings such as the boiler house, magazine and water tower have been preserved.
51399 Burscheid: 7 out of 9 houses are realized in ecological timber construction so far. Architecture: Gabor Schneider (son of architect Prof. Schneider-Wessling). BDA recognition 2010
52072 Aachen-Laurensberg: "Solarsiedlung Teichstraße", 43 residential buildings in 27 terraced houses and 16 semi-detached houses, as well as two office buildings in passive house standard, on 2.5 hectares of land; partly wood pellet heating, 60 % coverage via solar thermal collectors, PV system or geothermal system. Completion: 2003
52134 Herzogenrath-Kohlscheid: at the same time as the building biology settlement "Sheep's Broth" in Tübingen, these two estates are considered to be the first ecological estates in Germany. The "Haus Heydenhof" is located in the direct neighbourhood of the "Old wind art". Completion: 1985
52249 Eschweiler-Dürwiß: Model settlement for resource-efficient construction. 60 plots on 3.7 ha of open space. The city of Eschweiler is developing a resource-efficient residential area together with RWE Power AG and the Aachen-based Kathy Beys Foundation. Single-family and multi-family houses, multi-generation houses, residential courtyards, etc. are to be built with a wide range of living space for families, residential communities, individualists, senior citizens, etc.
52459 Inden: The aim of the settlement development was to use valuable resources more efficiently by a factor of 2 when building and living. Raw materials and building constructions were selected according to their environmental consumption and long-term costs. Regional building materials, timeless architecture, durable and maintenance-friendly constructions were given priority. Completion: 2018
