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  • DK-4000 Roskilde
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Incineration line 6


Projektbeschreibung:
Rotterdam, 2 September 2014 – With the new waste-to-energy Incineration Line, the city of Roskilde in Denmark will have a second towering landmark, besides the UNESCO world heritage Cathedral: The Energy Tower designed by Erick van Egeraat. The facility will be inaugurated by His Royal Highness Crown Prince Frederik today, September 2, 2014.

The plant will incinerate waste, from nine surrounding municipalities and from many places abroad to produce electricity and heat power for the whole... +
Rotterdam, 2 September 2014 – With the new waste-to-energy Incineration Line, the city of Roskilde in Denmark will have a second towering landmark, besides the UNESCO world heritage Cathedral: The Energy Tower designed by Erick van Egeraat. The facility will be inaugurated by His Royal Highness Crown Prince Frederik today, September 2, 2014.

The plant will incinerate waste, from nine surrounding municipalities and from many places abroad to produce electricity and heat power for the whole region of Roskilde. To provide the huge new incinerator line, planned in a relatively flat landscape and next to the relatively small city of Roskilde with a suitable appearance, an international design competition was organized. In 2008 the jury unanimously selected the design proposed by Erick van Egeraat. The design presents an iconic expression for the otherwise functional architecture of the local waste management company Kara/Noveren’s next generation incineration line. The façade consists of two layers: the inner layer is the skin which provides the actual climatic barrier, allowing the second skin to be treated more freely - raw umber-coloured aluminium plates with an irregular pattern of laser cut circular holes. The aluminium plates are treated to give them the desired colour and patina at day time. At night, the programmable lighting, installed between the two facades, gives the building an additional metaphor.

Erick van Egeraat states about his design:
‘‘At night the backlight perforated façade transforms the incinerator into a gently glowing beacon – a symbol of the plant’s energy production. Several times an hour a spark of light will gradually grow into a burning flame that lights up the entire building. When the metaphorical fire ceases, the building falls back into a state of burning embers.’’

For the illumination of the façade it was important that only the light and not the light sources themselves are visible. This has been realized by reflecting the light on the inner façade, which allowed the light glowing decently through the perforated skin. All luminaries can be programmed individually and in colour. Nevertheless the lighting is not intended to brighten the sky or dominate the surroundings, but rather serves to underline the buildings’ industrial character and above all to give it poetic meaning and experience at night.

The design is based on simple construction details combined with cutting edge manufacturing technology for the production of the aluminium façade panels and clever processing and repetition. Due to its large scale, the incinerator is destined to become an outstanding structure in the wide and open landscape of the Roskilde area and represents a hypermodern and sustainable energy plant, where waste will be turned into power.

The new incinerator in Roskilde is created specifically to add value to an otherwise purely industrial complex. Enriching the skyline of this small Danish city, once the Danish Capital, the silhouette of the incinerator also provides an historic comment. The lower part of the building resembles angular roofs of surrounding factories, but the impressive 97-meter spire and its materialization is the modern counterpart of the city’s prime historical monument, the Roskilde Cathedral.

Erick van Egeraat: “Although almost 1000 years apart, the Cathedral’s twin towers made of warmly coloured stone and brick ánd the new iconic glowing incinerator, have now together become the novel guardians of the city’s otherwise modest presence in the Skagerrag landscape. Of course I am proud of that”.



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The design for the new incineration line in Roskilde presents the iconic expression for the otherwise functional architecture of local waste management company Kara/Noveren’s next generation incineration line. Due to its large scale, the incinerator is destined to become an outstanding structure in the wide and open landscape of the Roskilde area. The new Incineration Line 6 is clearly engaged in a dialogue with its historic and industrial surroundings. Close to the ground the building is shaped to reflect the angular factory roofs of the immediate surroundings, towards the top it culminates in a 100 meter tall spire. Laser-cut circular openings cover the raw umber-coloured aluminium facade. At night, backlighting of the perforated facade transforms the incinerator into a glowing beacon, symbolising the energy production inside the facility. For a few minutes every hour a spark gradually grows into a blazing flame eating up the entire building. The metaphoric fire then ceases, and the building falls into a state of burning embers. In order to fulfil the technical requirements for ventilation, wind and water tightness, the facade is composed of two layers. The inner layer provides all necessary openings for daylight and air-circulation. This liberates the outer layer from functional requirements and allows for flexibility in the patterning. The design rests on standard, readily-available products and simple construction details and uses cutting-edge manufacturing technology to minimise the production costs of the facade.




See in this video how work in Roskilde progressed rapidly and how the incinerator will transform into a glowing beacon at night time.

Link: http://www.youtube.com/watch?v=s6U80GSNLfg


Client: Kara/Noveren

Programme & surface area

Programme: new incineration line 6 including reception hall, waste bunker, silo, control room
Gross floor area: 19.110 m² (including 2.030m² basement)
Footprint: 7.350m²
Storeys: 7
Height: 99m

Time frame
Start competition design: 03-2008
Design phase: 2009-2012
Development time: 2007-2013
Construction time: 2011-2013
Realisation: 2013

Remarks: competition first prize -


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