RATP Formation Centre by Stephane Maupin and Nicolas Hugon

RATP Formation Centre by Stephane Maupin

French architects Stephane Maupin and Nicolas Hugon have completed this ship-like building outside Paris as a base for rail and subway employees.

RATP Formation Centre by Stephane Maupin

Connected to the roof of the five-storey building are three blades resembling those of a helicopter, which contain street lights and solar panels.

RATP Formation Centre by Stephane Maupin

Called RATP Formation Centre, the projects has a combination of circular and rectangular windows.

RATP Formation Centre by Stephane Maupin

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RATP Formation Centre by Stephane Maupin

The following is from the architect:


The building is located on the fringe of Paris city, at ‘Porte de la Villette’, an area where the urban fabric dissolves into heterogeneous industrial infrastructures.

RATP Formation Centre by Stephane Maupin

Surrounded between Paris ring road, train tracks, factories, and social housings, we were inspired by the brutality of this collage where concrete pillars clashes with raw metal, gravels collides with noisy train sounds…a mineral and raw atmosphere.

RATP Formation Centre by Stephane Maupin

The triangular zone of intervention on the site releases itself naturally from the existing constraints.

RATP Formation Centre by Stephane Maupin

The result is a concrete piece of cake, a simple 22m high extrusion of that original triangular shape.

RATP Formation Centre by Stephane Maupin

The building regroups workshops dedicated to the maintenance of the Parisian subway transportation system that were previously dispersed in different places.

RATP Formation Centre by Stephane Maupin

Employees gathers to the building and get prepared before being routed towards damaged rails tracks sites.

RATP Formation Centre by Stephane Maupin

Each of the building’s five floors hosts a different activity and program, first floor is a warehouse, the second floor is filled by lockers, the third floor is a classroom, the fourth floor is for management, the fifth floor welcomes a restaurant with a large terrace offering overlooking views towards the Parisian’s ring road.

RATP Formation Centre by Stephane Maupin

The five floors of the buildings are arranged and organized around a central convivial staircase.

RATP Formation Centre by Stephane Maupin

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We designed that staircase as an amazing interior procession.

RATP Formation Centre by Stephane Maupin

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All other circulation spaces are designed as playful additions to the building’s main structure: footbridges, staircases and aerial lifts create a multidimensional atmosphere with varied spatial experiences.

RATP Formation Centre by Stephane Maupin

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As the work is hard, the lockers room is designed as a welcoming and release space, where the combination of washbasin, soap dispenser and mirror with a colorized background resembles a friendly smiley.

RATP Formation Centre by Stephane Maupin

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The project is crowned by a contemporary tripod helix.

RATP Formation Centre by Stephane Maupin

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This tripod is in fact a combination of the vertical chimney and the light projectors for car parks and areas surrounding the building.

RATP Formation Centre by Stephane Maupin

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It also helps to heat sanitary water, providing a large area of solar panels.

RATP Formation Centre by Stephane Maupin

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This strong element is a sign of the architect’s engagement to environmental convictions. It proves that the French ‘HQE’ label can also be interpreted with fun.

RATP Formation Centre by Stephane Maupin

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Trough delicate reaction to the site, and careful organization of the circulations and building’s access, we intended to affirm the building as a ‘worker’s palace’ instead of a banal utilitarian building.

RATP Formation Centre by Stephane Maupin

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We could easily imagine the head of this submarine bursting through the ice…

RATP Formation Centre by Stephane Maupin

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Credits : Stephane Maupin / Nicolas Hugon
Year :2010
Collaborators : Jérome Santel, Gwenael Lechapelain
Area : Paris
Photos credits : Cécile Septet

RATP Formation Centre by Stephane Maupin

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See also:

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Laboratory
by TEN Arquitectos
Manny
by Tétrarc
Laboratory
by Héctor Fernández-Elorza

Metal-recycling plant by Dekleva Gregoric Arhitekti

Metal recycle plant by Dekleva Gregoric Arhitekti

Slovenian studio Dekleva Gregoric Arhitekti have completed a metal-recycling plant in Pivka, Slovenia.

Metal recycle plant by Dekleva Gregoric Arhitekti

Top image is by Miran Kambič

The site features two rectangular buildings, one concrete and the other a steel structure, perched on a concrete wall that surrounds the site.

Metal recycle plant by Dekleva Gregoric Arhitekti

The office is clad in steel mesh and forms a sort of control deck to oversee processing in the yard below, also providing car parking space underneath.

Metal recycle plant by Dekleva Gregoric Arhitekti

Photographs are by Matevz Paternoster unless otherwise stated.

Metal recycle plant by Dekleva Gregoric Arhitekti

More industrial buildings on Dezeen »

Metal recycle plant by Dekleva Gregoric Arhitekti

Above image is by Miran Kambič

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Metal recycle plant by Dekleva Gregoric Arhitekti

Above image is by Miran Kambič

The following information is from the architects:


Metal recycling plant, ODPAD PIVKA

What is long-lasting and what is recycle friendly was one of the key questions we were able to follow in the project for a metal recycle plant, where they first accumulate and then separate different waste metals and prepare them for reuse.

Metal recycle plant by Dekleva Gregoric Arhitekti

The project consists of an immense production plateau and two small buildings on the edge of it.

Metal recycle plant by Dekleva Gregoric Arhitekti

Above image is by Miran Kambič

We clearly divided the generic base, flexible for multiple-use and the very specific, non-flexible, therefore ephemeral and recycle friendly by its activity.

Metal recycle plant by Dekleva Gregoric Arhitekti

In these terms the huge concrete plateau with a definition wall and attached concrete service building define the core of the current production, however they easily allow for change of program within the industrial zone.

Metal recycle plant by Dekleva Gregoric Arhitekti

Above image is by Miran Kambič

This huge part of the project required careful placing of the plateau in the environment ensuring least earth works and lowest possible concrete wall.

Metal recycle plant by Dekleva Gregoric Arhitekti

On the other hand, the small 100% metal office building works as a very specific control deck supervising the weighing of the incoming waste and out-coming metals.

Metal recycle plant by Dekleva Gregoric Arhitekti

Since this specificity means non-adaptability we had to allow for easy and clear on-site recycling when this building is not needed anymore.

Metal recycle plant by Dekleva Gregoric Arhitekti

Above image is by Miran Kambič

In contrast to the very rough production that goes on at the site we have embedded some abstract or we like to think “poetic” content in the project.

Metal recycle plant by Dekleva Gregoric Arhitekti

Above image is by Miran Kambič

The two buildings are of the same volume, but materially very different: one is made entirely out of concrete, whereas the other is all steel – from structure to cladding.

Metal recycle plant by Dekleva Gregoric Arhitekti

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Thus the two buildings speak about the context of material separation process of the metal recycle plant.

Metal recycle plant by Dekleva Gregoric Arhitekti

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“The integral architectural/landscape concept expresses a great measure of thoughtful, humorous, interpretation and character.

Metal recycle plant by Dekleva Gregoric Arhitekti

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The elementary Karst with land bounded by walls is here expressed as a strict demarcation of traffic and function, public and private, and as articulation of the dominant architecture.

Metal recycle plant by Dekleva Gregoric Arhitekti

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This is an architecture that, also due to its function, can tell it’s story to a greater extent in primary language: in one place the views are focused, in another they are total but dispersed; here the material is brutal, elementary, there it wants to be sophisticated and ecological in character; one time it grows out of the wall, another time it retreats from it (or vice versa).

Metal recycle plant by Dekleva Gregoric Arhitekti

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Above all the whole appears to be a nice “ticket office” for certain works of 21st century art, which are loaded and processed on the area behind the wall, so to speak in a yard bounded by wall, characteristic of Karst.”

From an essay by Tomaz Brate

Metal recycle plant by Dekleva Gregoric Arhitekti

architects: dekleva gregoric arhitekti
design team: Aljoša Dekleva u.d.i.a. M.Arch. (AA Dist), Tina Gregoric u.d.i.a. M.Arch. (AA Dist), Lea Kovic u.d.i.a.

Metal recycle plant by Dekleva Gregoric Arhitekti

location: industrial zone, Pivka, Slovenija

Metal recycle plant by Dekleva Gregoric Arhitekti

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client: Andrej Dolenc, Odpad d.o.o. Pivka

Metal recycle plant by Dekleva Gregoric Arhitekti

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project: 2005
completion: 2007

Metal recycle plant by Dekleva Gregoric Arhitekti

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See also:

.

Cultural Center of European Space TechnologiesChemical Laboratory by
Héctor Fernández-Elorza
CRAM Foundation by
Hidalgo Hartmann

Waste-to-Energy Plant by BIG

Waste-to-Energy Plant by BIG

Danish architects Bjarke Ingels Group have won a competition to design a power plant for Copenhagen with their design that will blow smoke rings and double up as a ski slope.

Waste-to-Energy Plant by BIG

The Waste-to-Energy Plant will replace the neighbouring Amagerforbraending plant and will function as a treatment facility that transforms waste into energy.

Waste-to-Energy Plant by BIG

The roof of the building will be  a ski slope, accessed via an elevator running along a smokestack and providing views to the inside of the plant.

Waste-to-Energy Plant by BIG

The smokestack will expel rings of smoke 30cm in diameter whenever a ton of fossil Co2 is released, acting as a signal to raise awareness of ecological issues and energy consumption amongst the inhabitants of Copenhagen.

Waste-to-Energy Plant by BIG

The smoke rings will be illuminated at night by lasers that will be directed towards them.

Waste-to-Energy Plant by BIG

Construction is due for completion in 2016.

Waste-to-Energy Plant by BIG

See all our stories on Bjarke Ingels Group in our special category.

Waste-to-Energy Plant by BIG

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Waste-to-Energy Plant by BIG

Here’s some more information about the project:


BIG WINS THE INTERNATIONAL COMPETITION TO DESIGN A NEW WASTE-TO-ENERGY PLANT

BIG + realities:united + AKT + Topotek 1 & Man Made Land is selected to design the new Waste-to-Energy Plant that doubles as a ski slope for Copenhagen’s citizens and its many visitors by 2016.

Waste-to-Energy Plant by BIG

Located in an industrial area near the city center the new Waste-to-Energy plant will be an exemplary model in the field of waste management and energy production, as well as an architectural landmark in the cityscape of Copenhagen. The project is the single largest environmental initiative in Denmark with a budget of 3,5 Billion DKK, and replaces the adjacent 40 year old Amagerforbraending plant, integrating the latest technologies in waste treatment and environmental performance.

The shortlisted offices included Wilkinson Eyre Architects, Dominique Perrault Architecture, 3xN, Lundgaard & Tranberg Architects & Gottlieb Paludan Architects who were selected to compete out of 36 international proposals in Fall 2010. The winning team is announced by an unanimous judge panel.

Waste-to-Energy Plant by BIG

”BIG’s proposal contributes to the city with something useful and beautiful. We see this creating a lot of opportunities and with this unique building, we can brand the Danish knowledge and technology to show the world our abilities within environmental and energy issues”, Ulla Röttger, Director of Amagerforbraending.

Instead of considering the new Amagerforbraending as an isolated architectural object, the building is conceived as a destination in itself, reflecting the progressive vision of a new type of waste treatment facility. The roof of the new Amagerforbraending is turned into a 31.000 m2 ski slope of varying skill levels for the citizens of Copenhagen, its neighboring municipalities and visitors, mobilizing the architecture and redefining the relationship between the waste plant and the city by expanding the existing recreational activities in the surrounding area into a new breed of waste-to-energy plant.

Waste-to-Energy Plant by BIG

“The new plant is an example of what we at BIG call Hedonistic Sustainability – the idea that sustainability is not a burden, but that a sustainable city in fact can improve our quality of life. The Waste-to-Energy plant with a ski slope is the best example of a city and a building which is both ecologically, economically and socially sustainable”, Bjarke Ingels Founder and Partner, BIG.

The slope is ecological using a recycled synthetic granular, upending the convention of the energy intensive indoor ski resort. Access to the slopes is via an elevator along the plant’s smokestack providing views into the plant, giving glimpses of its internal workings finally reaching an observation platform 100m above giving sightseers an unobstructed view from one of the tallest structures in Copenhagen.

Waste-to-Energy Plant by BIG

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All of this while the smokestack is modified to puff smoke rings of 30m in diameter whenever 1 ton of fossil CO2 is released. These smoke rings which are the brainchild of Germany-based art studio realities:united will form due to the condensation of water in the flue gases as they as they slowly rise and cool, serving as a gentle reminder of the impact of consumption and a measuring stick that will allow the common Copenhagener to grasp the CO2 emission in a straightforward way – turning the smokestack traditionally the symbol of the industrial era into a symbol for the future. At night, heat tracking lights are used to position lasers on the smoke rings into glowing artworks.

Waste-to-Energy Plant by BIG

“Designing a façade for a building is like wrapping a gift without having to consider its content. Instead of concentrating on the wrapping paper we have instead invested our energy on creating a gift for the citizens of Copenhagen & its visitors no matter if they are adults or children, professionals or beginners. I can’t wait to ski on a base of clean and green energy with a view over the city in 2016”, David Zahle, Partner & Project Leader, BIG.

From a distance, the entire building is wrapped in a vertical green façade formed by planter modules stacked like bricks turning it into a mountain from afar. The surrounding topography is sculpted by Topotek 1 & Man Made Land to form a park which offers informal sport activities in summer and winter. Along its western border a field of hills will mimic a mogul piste. A path system throughout the park interconnects the whole site and creates good connections to the neighboring residential area.

Information

Project: Waste-to-Energy Plant
Client: Amagerforbraending
Location: Copenhagen, Denmark
Budget: 3,5 BL DKK; 650 MIO USD, 460 MIO EUR
Status: 1. Prize
Architect: BIG-Bjarke Ingels Group
Collaborators: Realities:United (Smoke Ring Generator), AKT (Façade & Structural Consulting), Topotek 1/Man Made Land (Landscape)

Building: 95,000 m2
Landscape: 90,000 m2
Roof + ski slope: 32,000 m2
Façade area: 74,000 m2
Administrative + Visitor center floor area: 6,500 m2

Partner-in-Charge: Bjarke Ingels, David Zahle
Project Leader: Brian Yang
Team: Jelena Vucic, Alina Tamosiunaite, Armor Gutierrez, Maciej Zawadzki, Jakob Lange, Andreas Klok Pedersen, Daniel Selensky, Gül
Ertekin, Xing Xiong, Sunming Lee, Long Zuo


See also:

.

Hafjell Mountain Hotel by
BIG
8 House by
BIG
Holmenkollen ski jump by
JDS Architects

Water Storage Tower by GRG Arquitectos

Water Storage Tower by GRG Arquitectos

Here are some images of a water tower in Spain by Madrid studio GRG Arquitectos, which bears an uncanny resemblance to the female form. 

Water Storage Tower by GRG Arquitectos

Two water tanks, each with a 40m³ capacity, sit atop a two-legged steel structure to form the 22-metre water storage tower, which supplies an entire town without the need for pumps.

Water Storage Tower by GRG Arquitectos

A wooden platform sits right at the top of the structure and provides access for maintenance.

Water Storage Tower by GRG Arquitectos

Photographs are by Lluís Casals.

More projects by GRG Arquitectos »
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Water Storage Tower by GRG Arquitectos

The following information is from GRG Arquitectos:


WATER STORAGE IN GUIJO DE CORIA, CÁCERES

The amphora is a ceramic container of great size with two handles, narrowing to a point at one end. An object much used by the Greeks and Romans for keeping solid and liquid foodstuffs, it was decorated with black figures. During the Panathenaic festivals, amphoras full of oil were given to the victorious athletes. This was not only a container but also an ancient measure of volume equivalent to 26.21 liters.

What would be the scale, the material, the form, and the fashion in which to construct this grand “amphora” of the 21st century? We needed to design a water tower with a height of 22 m to supply the entire town with water without needing pumps, as well as a way to go up to the tank for maintenance. Our primary objective was to develop a clear form with nothing gratuitous in concrete for an elevated tank of 50 m³ high and a buried tank of 150 m³. This new form would become, together with the church bell tower, the only towers in the town.

We wanted to create in the proposed landscape a road which connected the two highest points. We then started to think about making a divided tank of already-existing elements. Our point of de parture had to be studying those tanks that we were accustomed to seeing on reservoir trucks, on which there is always a notification of what they contain and their volumetric capacity. In addition, at that time a hydraulic study was done and it was determined that the buried tank was of a size that an elevated tank of 80 m³ capacity was needed.

Why not divide the tank into prefabricated units? We worked to find the best form for a structure that could reach 22 m of height and also support the weight of two tanks, each of 40 m³ capacity. We had at the moment two materials that defined the new water tower; the galvanized steel that would form the structure and the stainless steel that would make up the exterior finish of the two tanks.

We chose wood to form the stairs and platform necessary for the maintenance of the water tower, the platform for the valves, and the bed underneath these two elements. We completed and gave the project form in this way.

Project Data

Architects: Ignacio Mendaro Corsini, Ignacio Isasi Zaragozá, Blanca Rosa Gutiérrez Rodríguez
Location: Guijo de Coria. Cáceres. Spain.
Type of project: Infrastructure

Client: Regional Public Works Ministry. Autonomous Government of Extremadura, Spain.
Awarding date: 2007
Start on site date: August, 2009
Contract duration: Twelve months

Total cost: 600.000 € (VAT included)
Main contractor: Andiajoa S.L.
Metalworker: Carpintería y aluminio Hervás, S.L.
Selected subcontractors and suppliers: Lacoex


See also:

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Future Flower by
Tonkin Liu
Aerogenerator X by
Grimshaw and Arup
Land of Giants by Choi + Shine Architects

Dezeen archive: industrial buildings

This week’s most popular story on Dezeen was the Faustino Winery by Foster + Partners, so here’s a roundup of projects from the Dezeen archives featuring factories, wineries, laboratories and other industrial buildings. See all the stories about industrial buildings »