D - 59073 HammEco-commercial park / Eco-centre NRW. Redevelopment of 50 ha of former industrial wasteland, including (eco) Obi DIY store, timber house manufacturer, training centre and start-up centre by HSS Planer und Architekten (Kassel), exhibition hall, etc.
Thema: Water
66 posts
59075 Hamm: The realisation competition for "Das Gesunde Haus" in the city of Hamm was won by a North Rhine-Westphalian-Danish architectural consortium. The city of Hamm provided an approx. 9,500 m2 plot of land on Hohenhöveler Straße in Bockum-Hövel for the realisation of the winning design.
53474 Bad Neuenahr-Ahrweiler: Architekturwerkstatt Schmidt, ecol. Building materials, water concept, own contribution, 9 units, construction period: 1986 - 90
54290 Trier: Houses
group "Olbeschhof". Ten plots. Planning: Architects Prof. Dipl.-Ing. Gerhard Freising and Dipl.-Ing. Ursula Freising, Trier. Project sponsor: Building owner group Gesellschaft für naturnahes Bauen und Leben. Completion: 1994
56077 Koblenz-Asterstein: 19 units, eco-settlement in passive house and timber construction. Occupation: 2001
66539 Neunkirchen-Kohlhof: 16 terraced houses with 140 m² each, four identical flats in four two-storey terraced houses each, construction period: 1991 - 2000
67659 Kaiserslautern: ESA (Energy-Saving Student Residence): planned and built with students, "house within a house" principle (based on Bengt Warn's "Naturhuset"), 20 rooms, a kitchen and other common rooms, diverse planting of the conservatory, recycled building materials, solar system for hot water, each room also has a private terrace or seating area in the greenhouse
70599 Stuttgart-Hohenheim: Planning: H. Schmitges, N. Kaiser, G. Minke, 3-4 storeys, 158 flatshare rooms in 6 houses, ventilation heat recovery, wall radiation heating, occupation: 1983
72074 Tübingen: with 111 apartments, it is the first large ecological settlement in Germany, GFZ 0.9, open space design according to H. Kügelhaus, building biology, wooden ceilings, natural food shop, naturopathy practice, social housing, planning team: Eble, Sambeth, Oed, Häfele, the first large ecological settlement in Europe. Since 2018, the pioneer settlement is a listed building. Completion: 1985
75438 Knittlingen (near Pforzheim): 100 houses. Collection of black water via vacuum toilets (5 - 10 times less water per flush) and shredded kitchen waste (organic waste bin no longer required), which is then converted into biogas. The waste water is treated and is available again as germ-free care water that fulfils the requirements of the Drinking Water Ordinance. DEUS 21 was honoured with the Joseph von Fraunhofer Prize in 2007. The plant has been in operation since around 2004 and is a project of the Fraunhofer Institute IGB, Stuttgart and the FhG ISI Institute for Systems and Innovation Research, Karlsruhe.
76187 Karlsruhe-Nordweststadt: the design was planned for an undeveloped plot of land as a student research project at the University of Karlsruhe in cooperation with the association ASKA e.V., but was not realized. Concept: 140 units, photovoltaic and biomass CHP, business and office facilities, community facilities, gastronomy, car sharing tower, reed sewage treatment plant, board stack wood construction, hemp, flax or cellulose insulation, social settlement concept, integrated living. Completion: not realized
79110 Freiburg-Seeparkgelände: Architecture: Möhrle (Freiburg), created as part of the State Garden Show; today used as a BUND centre for children and youth work (environmental education). Natural garden, solar systems, rainwater harvesting, mound wood construction. "Hogan" (Indians); ecological interior design (solid wood furniture, resource-saving household appliances, ...), completion: 1986
79100 Freiburg-Vauban: extended citizen participation through the Forum Vauban, car-free living, public transport, car sharing, mixed use, solar garage, local heating with CHP units, nature-oriented open space design, building biology and ecological materials. 40% of households live without their own car. The number of parking spaces for the entire quarter is 0.42 PkW/WE. Large-scale completion: 2012
79100 Freiburg-Vauban (project no. 3): zero wastewater house, passive house standard, 20 WEs, energy saving concept, biogas CHP, solar power system, alternative sanitation concept, completion: 1999
99425 Weimar: Garden courtyard houses Lessingstraße / Ratstannenweg. Planning: Prof. Walter Stamm-Teske, Schettler & Wittenberg, Weimar. Client: Wohngenossenschaft Weimar eG., Construction period: 1996-1997
24113 Kiel-Hassee: Werkgemeinschaft für Architektur und Städtebau (Heidrun Buhse, H.Schulze, a.o.), 21 dwelling units, reed sewage treatment plant, compost toilets, BHKW with local heating network, planning by architects, cooperative, participation, community house, kindergarten, architectural office, organic building form. Completion: 1992
30539 Hanover-Kronsberg: Reducing energy consumption through low-energy construction, saving electricity and using CHP units. A passive house estate (see "Lummerland estate") and a solar estate with solar local heating and seasonal storage were realised as sub-projects. Intensive green space design. Rainwater is channelled into the trough-trench system. Completion: 2000
14169 Berlin-Zehlendorf: "Social apartment building": 171 flats, rainwater concept, low-energy construction (1982!), low-temperature heating via return flow from the district heating network, completion: 1992
64289 Darmstadt-Kranichstein: Low-energy house district with partly more extensive ecological measures; various architects including Thomas Herzog. Completion: 1991
45879 Gelsenkirchen: 246 WE, architects: Szyszkowitz-Kowalski (Graz), collection and use of rainwater, resource-saving choice of materials and construction, completion: 1998
59192 Kamen: Joachim Eble architecture; 1995/96, 280 dwelling units, water design Ramboll Studio Dreiseitl. a project of the IBA Emscher Park
34128 Kassel: Ecological settlement "Frasenweg", Hegger, Hegger-Luhnen, Prof. Gernot Minke, Kassel, 36 dwelling units, GFZ 0.7, loam and timber frame construction, consistent use of recyclable and energy-saving building materials, green roofs, mound houses, rainwater harvesting, conservatories
70435 Stuttgart-Zuffenhausen: Biosolar residential complex "Am Stadtpark", 73 units, organic residential courtyard concept; Joachim Eble Architektur, completion: 1991
79100 Freiburg: the house turns to the sun and produces more solar energy than it consumes on average over the year. The house of the architect Rolf Disch, a pioneer of solar architecture, is probably one of the first and best-known plus-energy houses in the world. The Heliotrope is one of the few residential buildings in Europe to have a building-integrated biaxial tracking PV system. Completion: 1994
