丹麦土壤处理中心/Christensen & Co

发布于：2023-05-05 18:14:20

Soil treatment centre

设计方：Christensen & Co

位置：丹麦

分类：工业建筑

内容：实景照片

工程师：Grontmij

承包人：CPH City & Port Development

委托人：Copenhagen Municipality. The Technical and Environmental Administration

项目规模：1800平方米

图片：23张

摄影师：Adam Mork.

这是由丹麦的建筑工作室Christensen & Co设计的土壤处理中心，项目位于哥本哈根市的厄勒海峡边上，在这个自由海港与集装箱码头的地方，海天一色。这里要处理哥本哈根新城区Nordhavn数百万立方米的建筑及地铁建设施工挖出来的土壤。
土壤处理中心建筑造型独特，外墙为锈红色。这个建筑在广阔的地平线上呈现一个鲜明的轮廓，并融入到景观与人为景观的一部分。建筑外墙铺砌指着生锈的耐候钢做成伸展型金属板。屋顶上的草丛、甚至灌木、数目会随着时间推移而生长。由此完善了场地的现状景观，同时有利于维护该地区的自然生物多样性。耐候钢受红色锈迹表皮保护，而视觉上将场地与周边广袤的自然环境联系在一起。
该建筑包括职工办公室、实验室、更衣室、两个大工作厅、停车库以及仓储库等功能区。建筑中央是办公区，通过精心设计的窗口摆布，每间办公室都可欣赏厄勒海峡的景色。同时，建筑立面的窗口设计充分利用、优化自然光线，使光线成为建筑故事的一部分。
两棵室内大乔木，以及郁郁葱葱的植物墙，共同营造一个绿色宜人的室内环境，与室外尘土飞扬而粗犷的室外环境形成对比。大量的天窗引入舒适的自然光线，并优化了办公区的光照环境。该设计的平面布局鼓励不同的工作部门之间的协同合作。
这是一个零能耗建筑，它整体考虑到被动与主动式节能措施，包括提高能效效率、建筑材料选择以及社会层面的措施等。

译者：艾比

This soil treatment centre in Copenhagen by Danish studio Christensen & Co was designed to resemble the mounds of earth being used to sculpt the landscape of a developing harbour-side community (+ slideshow).
On the edge of Øresund, where the sky meets the ocean behind the Freeport and the Container Terminal lies Copenhagen Municipality's new soil treatment centre, Soil Centre Copenhagen. It is here millions of cubic metres of dug up soil from construction projects and metro building sites around Copenhagen create new ground for Copenhagen's new urban area Nordhavn.
The landscape at Nordhavn is flat and makes for a fascinating and ever-changing scenery, giant piles of soil and huge excavations. To the north-west of Soil Treatment Centre, Copenhagen, the landscape is contrastingly lush with little green hills, shrubbery and little ponds and lakes fringed with rushes. A wild nature site filled with sounds from birds, swans and mewing seagulls. It is also here the protected European Green Toad, has made a new home for itself.
With this very unique context Soil Centre Copenhagen grows out of the landscape with its characteristic shape and rusty red facades. The building has a distinctive silhouette against the vast horizon, and is an integrated part of the landscape and an obviously man-made object.
The facades are clad in stretch metal made from rusty weathering steel. On the roof tall grass and, in time, even smallish bushes and trees will grow. In this sense the building makes up for the piece of the landscape it has occupied, and will help preserve the natural biodiversity of the area. The weathering steel is protected by a red layer of rust, visually connecting it to the area and the ambitious environmental profile of the building.
The building consists of an office section for employees, laboratories, dressing rooms, two large workshops, garages and storage spaces. At the centre of the building the office section makes for a peaceful oasis with a view of the surroundings through the carefully placed windows, each offering beautifully framed views of the landscape or the waters of Øresund. At the same time, placement of the windows in the facade optimises the use of natural light, so the character and quality of that light becomes an integrated part of the architectural narrative.
A green and luxuriant interior
Two large indoor trees, along with the lush plant wall, create a green and delightful internal contrast to the dusty and rough exterior environment. A large number of roof windows shower the building with a pleasant light from above, and along with the facade windows, allows for some very good natural light conditions in the office section. The floor plan encourages interdisciplinary synergy between the centre's very different departments ranging from engineers to excavator drivers.
The first DGNB certified building in Nordhavn
Soil Centre Copenhagen is the first DGNB certified building in Denmark built after the test phase has ended and the very first certified building in Nordhavn. It is a zero-energy building, which combines passive and active energy efficiency measures based on an overall view, which encompasses energy efficiency, building materials and social aspects. The design of the building results in an extremely low energy consumption and the necessary energy is provided using geothermal energy from the many kilometres of piping underneath the black asphalt in front of the building as well as solar panels and solar cells integrated into the slanting roof surfaces.