该项目由建筑师Albert Salazar Junyent和Joan Carles Navarro (AIA合伙人)设计，由Antoni Barceló和Bárbara Balanzó(加泰罗尼亚公司Barceló-Balanzó Arquitectes的成员)和建筑师Gustau Gili Galfetti设计的位于巴塞罗那Sagrera社区的Camp del Ferro市政设施在2015年由BIMSA组织的公开竞赛中获得了一等奖。
The used construction process arises from the understanding and recovery of the local traditions through the use of materials such as ceramics, very common in old factories, warehouses, workshops and neighbouring industrial buildings. Following the criteria of austerity of resources and means, the construction system itself constitutes in a large part of the building itself and its final finish, avoiding overlapping elements. As in the facades, exposed materials ensure good ageing and long duration. With the aim of lightening the building on all its facades, opaque, translucent or transparent voids and bodies alternate, using ceramic pieces of different formats and colours.
在建筑的纵向剖面图和平面图中，方案的不同区域的组织是非常清楚的，在这里不仅可以看到运动场的叠加，还可以看到一个中心体的安排，它包含了较小规模的方案（服务、仓库、辅助单位）、循环（垂直和水平）和装置。换句话说，提出了一个紧凑的体量，将大规模的作品分隔在不同的楼层。
The organization of the different areas of the program is very clear in the longitudinal section of the building and in the floor plan, where it is observed, not only in the superposition of the sports courts but also in the arrangement of a central body that contains the smaller-scale program (services, warehouses, auxiliary units), circulations (vertical and horizontal) and installations. In other words, a compact volume is proposed that separates large-scale pieces on different floors.
最后，Camp del Ferro体育中心所在建筑的半地下部分的另一个有意和内在的结果是能源和环境的改善。一方面，由于暴露的表面减少，整个建筑的热惯性增加。另一方面，通过大面积的玻璃开口和天窗，以及由陶瓷格子和植物品种保护的，避免阳光直射和球场上的眩光，大部分的表面都享受着可控的自然光。
Finally, another deliberate and intrinsic consequence of the semi-underground part of the building that houses the Camp del Ferro sports centre has been energy and environmental improvements. On the one hand, as the exposed surface diminishes, the thermal inertia of the whole has increased. On the other hand, a large part of the surface enjoys controlled natural light, through the large glazed openings and skylights protected by ceramic lattices and plant species that avoid direct sunlight and glare on the courts.
反过来，构成建筑的不同空间的形态和情况使交叉通风和分层成为热处理的自然机制。能源生产系统在可再生能源的帮助下工作，优化水的使用和消耗已被规划，有效的技术已被建立起来以合理使用能源，并且在建设和设计中减少生态足迹。所有这些解决方案导致了新建筑获得了Leed Gold认证。
In turn, the morphology and the situation of the different spaces that constitute the building make cross ventilation and stratification the natural mechanisms of heat treatment. Energy production systems work with the help of renewable energies, the optimization of the use and consumption of water has been planned, efficient techniques have been established for rational use of energy and, the ecological footprint has been reduced in the construction and design. All of these solutions have led to the new building being qualified with the Leed Gold certification.
建筑师：AIA + Barceló Balanzó Arquitectes + Gustau Gili Galfetti
