made in paris presents a modest rebirth of the established textile factory. It integrates itself into the existing environmental

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3 3 made in paris jürgen kunz ::: concept made in paris presents a modest rebirth of the established textile factory. It integrates itself into the existing environmental and social situation and uses the potential of the community and given infrastructure. The aim is to create an independent and selfreliant district, promote local sustainability and foster a strong and vibrant local economy within a healthy community and a thriving environment. The `factory of tomorrow` is embedded in a localized supply-chain, follows a closed loop-production concept and is accessible and transparent for its workers and the surrounding community. It is characterized by an innovative production process in which only non-toxic, renewable resources are used to create organic textiles. The factory offers a high-quality working environment in order to increase the well being of its key stakeholder the factory worker. His working conditions shall be enhanced through high air-quality, sufficient space and natural light in the factory as well as convenient commuting from home to the work place. The architecture constitutes a means rather than an end in itself. It intends to re-build the local economy by creating healthy jobs, promoting community-based production and revaluing the working class.

4 4 infrastructure local situation connecting, fostering urban concept RER M train 677 kj/t per km ship 423 kj/t per km car 289O kj/t per km industry industry M living living factory of tomorrow living machine closed-loop production utilisation concept technologies and innovation processes in product social products,services economical ecological renewable resources natural light good connection living-work food worker natural ventilation space relation to nature health collection site Paris 677 kj/t per km product producing & recycling Paris-Pantin 423 kj/t per km shop consumer compost Life cycle of the product Paris transport art with primary energy demand 0 kj/t per km functions development green working divided in 3 climate zones public private public private product social building concept showroom-shoprestaurantweathering protection areas-event space-cafelookout (design)-lab (administration) -technic-plant room development development plants for production of new organic materials (textiles) plants for the balance of the staff winter ---t --t t +t -t ++t t summer +++t factory 1st & 2nd floor ramp can be used by handicapped people update no.1 update for the future update is uploaded 19OO-2O1O textile factory 2O1O-? factory of tomorrow + shop & showroom + restaurant + + lab 2O1O- factory of tomorrow + shop & showroom + restaurant + + lab + event room + kindergarden + ect.

5 5 construction ground first second third fourth fifth A sustainable solution requires a sensible handling of the existing building. made in paris integrates a kind of disk into the current structure to update the software for the `factory of tomorrow`. At the same time the disk presents the core of the development and technical infrastructure. It serves as a connecting link of the private and public areas. The maintained primary construction made of reinforced concrete is advanced with a light, wooden structure which consists of a rod-shaped brace frame unit with a square-shaped timber and a stabilicing planking. The mineral rock wool in-between the squareshaped timber secures the thermal independence of the update. Due to the prefrabricated wooden elements, production time can be minimized. 11 of 822 beams 84 of 294 plates 94% of the primary construction remain 8 of 252 facade elements 97% of the facade remain demolition how to deal with the existing structure the existing building result demolition waste demolition waste nature money nature money money

6 6 indoor outdoor RER i landing place for boats relax area common space rough nature delivery parking area common space combination of flora Monday to Friday 29 parking spaces and fauna 7-1O a.m for guests industry promenade cars & private M roof floor +28,OO fifth floor +23,2O fourth floor +19,25 third floor +15,3O second floor +1O,7O first floor +5,35 ground floor +1,2O section aa section bb

7 7 relax area all paths can be used by bicycle or on foot sport area landing place for boats industry M private a third floor 3 b access area 2 toilet gents & ladies handicapped people 3 shop textiles cabins storage break room for employees 4 summer market flea market/bazaar 5 copyroom conference room kitchen archives 6 plant room for organic materials production a 1 b storage packing 7 delivery recycling delivery storage 7 producing 1 1 public/private 2 lounge for employees 3 cabins 4 toilet gents & ladies storage 5 workshop 6 porter 7 storage fitting sewing cutting cutting dying ground floor

8 8 view between the old structure facade east/west view from south-east current building & update update

9 9 photovoltaik modules energy concept transparent pv modules photovoltaics area app.998 m² (efficiency in Paris 1,2 MWh/m² per year) app.12oo MWh per year rainwater photovoltaik rainwater tank 2x 35OO l rooftop area app.3424 m² (paris max.64 l/m² per month) max.7o69l rainwater collection per day air condition fresh air air condition wasted air automatic air condition with a cross flow heat exchanger, and for the factory with geothermal ventilation The building can be divided in three zones with different temperatures. While the common rooms are air-conditioned or heated, the development area presents an insulated buffer zone. Additionally, the surface of the old structure also creates a weatherproof buffer zone. The sunlight is employed as an energy source with the help of photovoltaic cells which are installed on the roof and optimally oriented. The wastage of fresh water is minimized as rainwater is used for the factory, plants and toilets. While an automatic air-condition system with a cross flow heat exchanger is applied for the common rooms, an automatic geothermal ventilation system regulates the temperature in the production area. Project data function gross area workplaces visitors parking places Construction concept preserved structure Energy concept heat production heat distribution Active solar systems electricity warm water production Energy key values heating demand [kwh/m2] heat load [W/m2] Summer conditions max. felt temperature Ecologic concept additional ecologic features factory of tomorrow ,80 m² app. 250 permanent up to 1000 for cars 29 parking places for bikes no limit integrate in the current structure 96% of existing structure Passive house standard sole/water-heat-pumps controlled ventilation system 998 m2 of PV-modules app MWh per year hybride modules on roof 4,7 4 guaranteed 26,6 C (in the critical room) use of grey water