The Fantoni Plaxil 8 Manufacturing Building Studio Valle Architetti Associati
2018-10-06 02:00
© Neva Gasparo
c.Neva Gasparo
架构师提供的文本描述。在意大利北部的奥索波(Udine)的Fantoni校区增加了一座新的建筑,这是由Valle Architetti Associati工作室设计的制造大楼“plxil 8”,由Pietro Valle和建筑师Roland Henning、工程师Mario Gallinaro和制造商Dieffenbach共同设计。
Text description provided by the architects. A new building is added to the Fantoni Campus in Osoppo (Udine), in Northern Italy. It’s the manufacturing building “Plaxil 8” by Studio Valle Architetti Associati, designed by Pietro Valle together with architect Roland Henning, engineer Mario Gallinaro and manufacturer Dieffenbacher.
Text description provided by the architects. A new building is added to the Fantoni Campus in Osoppo (Udine), in Northern Italy. It’s the manufacturing building “Plaxil 8” by Studio Valle Architetti Associati, designed by Pietro Valle together with architect Roland Henning, engineer Mario Gallinaro and manufacturer Dieffenbacher.
© Adriano Ferrara
阿德里亚诺·费拉拉
这座长300米、高48米的建筑与周围的工业和自然景观对话。它将自己定位为一座新的“大教堂”,征服了包括吉诺·瓦勒(Gino Valle)设计的许多建筑在内的建筑群中的一个角色。在里面,它容纳了一条全新的中密度纤维板自动化生产线,这是欧洲最大的媒体,也是世界上第二大媒体。这座最新的建筑在意大利工业建筑史上非常适合,并保持了1972年瓦莱·阿奇蒂事务所(Studio Valle Architetti Associati)与Fantoni公司之间的合作。
The 300-meter long, 48-meter tall structure dialogues with the industrial and natural landscapes all around. It positions itself as a new “cathedral”, conquering a role within the complex that includes many buildings designed by Gino Valle. Inside, it accommodates a new totally automated production line for MDF fiberboards, the largest press in Europe and the second largest in the world. This latest building fits well in the history of Italian industrial architecture and keeps up the collaboration, started in 1972, between Studio Valle Architetti Associati and the Fantoni company.
The 300-meter long, 48-meter tall structure dialogues with the industrial and natural landscapes all around. It positions itself as a new “cathedral”, conquering a role within the complex that includes many buildings designed by Gino Valle. Inside, it accommodates a new totally automated production line for MDF fiberboards, the largest press in Europe and the second largest in the world. This latest building fits well in the history of Italian industrial architecture and keeps up the collaboration, started in 1972, between Studio Valle Architetti Associati and the Fantoni company.
© Neva Gasparo
c.Neva Gasparo
Fantoni Arredamenti的生产设施位于奥索波镇附近的Rivoli工业区,位于Udine以北Tagliamento河谷出口的冲积平原。从设施中心(1972-73年)到最后的工厂(2001年),所有的建筑都是由吉诺·瓦莱(Gino Valle)设计的。他们证明了他与马可·范托尼公司(MarcoFantoni)总裁的持续合作,他们是一个长期无缝增长的项目的一个例外例子,其特点是不断对工业建筑进行实验。
The production facilities of Fantoni Arredamenti are located in the Rivoli industrial area near the town of Osoppo, in the alluvial plain at the outlet of the Tagliamento river valley, north of Udine. All the buildings, from the facilities center (1972-73) to the last factories (2001) were designed by Gino Valle. They testify his continuous collaboration with the president of the company Marco Fantoni and they constitute an exceptional example of seamless growth for a project over time, marked by constant experimentation on industrial architecture.
The production facilities of Fantoni Arredamenti are located in the Rivoli industrial area near the town of Osoppo, in the alluvial plain at the outlet of the Tagliamento river valley, north of Udine. All the buildings, from the facilities center (1972-73) to the last factories (2001) were designed by Gino Valle. They testify his continuous collaboration with the president of the company Marco Fantoni and they constitute an exceptional example of seamless growth for a project over time, marked by constant experimentation on industrial architecture.
这里,在Fantoni校区的中心,Placil8最近被架设,用新的技术先进的设备取代过时的工厂生产MDF(中密度纤维板)。根据公司副总裁PaoloFantoni的说法,80万欧元的投资代表了过去几年在木材家具行业最显著的投资之一。
Here, in the heart of the Fantoni Campus, Plaxil 8 was recently erected, substituting obsolete plants with new technologically state-of-the-art equipment to produce MDF (Medium Density Fiberboard).. An 80-million euro investment that, according to the company’s vice-president Paolo Fantoni, represents one of the most remarkable investments in the last few years in the wood furniture sector.
Here, in the heart of the Fantoni Campus, Plaxil 8 was recently erected, substituting obsolete plants with new technologically state-of-the-art equipment to produce MDF (Medium Density Fiberboard).. An 80-million euro investment that, according to the company’s vice-president Paolo Fantoni, represents one of the most remarkable investments in the last few years in the wood furniture sector.
© Neva Gasparo
c.Neva Gasparo
帕罗西汀8是一座宏伟的工业建筑,面积约为8,500平方米。该生产线由纤维分选和垫形成部分、连续热压部分、卸载和堆叠部分以及到现有存储装置的传送带组成。该建筑物的最高部分达到50米以上,而较低的线性部分为14,50米高。建筑结构本身支撑外壳和内部机器。
Plaxil 8 is a majestic industrial building encompassing a surface area of about 8,500 square meters. The line consists of a fiber sorting and mat formation section, a continuous hot press section, an unloading and stacking section and conveyor belts to the existing storages. The tallest part of the building reaches over 50 meters, while the lower more linear portion is 14,50 meter high. The building structure itself supports both the envelope and the machinery inside.
Plaxil 8 is a majestic industrial building encompassing a surface area of about 8,500 square meters. The line consists of a fiber sorting and mat formation section, a continuous hot press section, an unloading and stacking section and conveyor belts to the existing storages. The tallest part of the building reaches over 50 meters, while the lower more linear portion is 14,50 meter high. The building structure itself supports both the envelope and the machinery inside.
© Neva Gasparo
c.Neva Gasparo
它的28米宽、单跨线性结构由构架支撑。位于西侧的内部混凝土建筑房屋设施和大型金属框架,用于支撑不同水平的垫子形成设备。在长边上,两个增压室从外部吸入空气以产生自然对流冷却回路,去除机器产生的热量并将其作为热空气排放到位于14.50m高线性部分的屋顶的脊上的通风口。
Its 28-meter wide, single span linear structure is supported by trusses. An inner concrete building houses facilities and a large metal frame supporting the various levels of the mat formation plant on the west side. On the long sides, two plenums intake air from the outside to create a natural convection cooling circuit, removing the heat generated by the machines and exhausting it as hot air to a vent located on the ridge of the roof of the 14.50 m high linear section.
Its 28-meter wide, single span linear structure is supported by trusses. An inner concrete building houses facilities and a large metal frame supporting the various levels of the mat formation plant on the west side. On the long sides, two plenums intake air from the outside to create a natural convection cooling circuit, removing the heat generated by the machines and exhausting it as hot air to a vent located on the ridge of the roof of the 14.50 m high linear section.
South elevation
同样的结构支持建筑和机械。设计的挑战是指定一个由厂房和建筑共同分担的承重框架,并有重叠的安装时间。建筑的设计过程必须采取灵活、逐步的方法,并由机器的逐步发展和尺寸调整为主导。最后的决定是,不要将个别建筑的形状与机械进行对比,而是要确保建筑物作为机械的背景,创造几个深度。
The same structure supports both the building and the machinery. The challenge of the design was in specifying a load-bearing frame shared by both the plant and the architecture with overlapping erection times. The design process of the building had to take a flexible, step-by-step approach, and be led by the gradual development and sizing of the machine, which had never been built before. The final decision was that of not contrasting individual building shapes against the machinery, but rather to ensure that the building would act as a backdrop to the machinery, creating several levels of depth.
The same structure supports both the building and the machinery. The challenge of the design was in specifying a load-bearing frame shared by both the plant and the architecture with overlapping erection times. The design process of the building had to take a flexible, step-by-step approach, and be led by the gradual development and sizing of the machine, which had never been built before. The final decision was that of not contrasting individual building shapes against the machinery, but rather to ensure that the building would act as a backdrop to the machinery, creating several levels of depth.
© Neva Gasparo
c.Neva Gasparo
建筑物的整个下部用铸造到波纹金属板上的预制混凝土板进行包覆,以产生连续的凝固纹理。屋顶的倾斜部分也由反射金属板覆盖,以保持大对角“填角”,以保持建筑物相对天空的轮廓。垫形成设备的堆和旋风器被封闭并部分地由膨胀金属网结构隐藏。
The entire lower section of the building is clad using prefab concrete panels cast onto corrugated sheet metal forms, to create a continuous fretted texture. The sloped section of the roof is also covered by reflective metal panels, ribbed vertically to retain the large diagonal “fillet” that characterises the silhouette of the building against the sky. The stacks and the cyclones of the mat formation plant are enclosed instead and partially hidden by an expanded metal mesh structure.
The entire lower section of the building is clad using prefab concrete panels cast onto corrugated sheet metal forms, to create a continuous fretted texture. The sloped section of the roof is also covered by reflective metal panels, ribbed vertically to retain the large diagonal “fillet” that characterises the silhouette of the building against the sky. The stacks and the cyclones of the mat formation plant are enclosed instead and partially hidden by an expanded metal mesh structure.
© Neva Gasparo
c.Neva Gasparo
现有的建筑与新的建筑和线条展开对话,在校园内创造出一条和谐的天际线,这是一个由多种元素和场景组成的背景。通过这样做,柏拉图8超越了以往的多个离散信封的概念,并暗示了一个由一系列表面构成的建筑话语。延伸到多个建筑物,通过封面的纹理和屏幕的视觉透明度瞥见。
The existing structures enter into a dialogue with the new stacks and lines, and create a congruent skyline within the campus, a backdrop with multiple elements and scenes. By doing so, Plaxil 8 more than exceeds the previous idea of multiple discrete envelopes, and suggests an architectural discourse made of a succession of surfaces, extending past multiple buildings and glimpsed through the textures of the covers and the visual transparency of the screens.
The existing structures enter into a dialogue with the new stacks and lines, and create a congruent skyline within the campus, a backdrop with multiple elements and scenes. By doing so, Plaxil 8 more than exceeds the previous idea of multiple discrete envelopes, and suggests an architectural discourse made of a succession of surfaces, extending past multiple buildings and glimpsed through the textures of the covers and the visual transparency of the screens.
© Adriano Ferrara
阿德里亚诺·费拉拉
有了这座新建筑,加上最近公司餐厅的修复和扩建,这家餐厅也是由Pietro Valle设计的,瓦莱工作室在尝试工业建筑和创造与不断变化的工业景观互动的传统继续存在。范托尼校园不断变化的变化也在继续。瓦莱工作室和范托尼工作室之间的关系建立在与时间的开放和创造性的对话之上,这种对话接受意想不到的事物,并根据变化进行调整。将两者集成到一个持续的计划过程中,而不是基于预先确定的计划,而是基于关于转换过程的非常精确的想法。
With this new building and with the recent restoration and extension of the company restaurant, also designed by Pietro Valle, the tradition of Studio Valle in experimenting with industrial buildings and creating interplays with the continuously evolving industrial landscape of the location continues. And the ever-changing mutation of the Fantoni Campus also goes on. The relationship between Studio Valle and Fantoni is founded upon an open and creative dialogue with time, a dialogue which accepts the unexpected and adjusts to change, integrating both into a continuous planning process based not on pre-fixed plans but rather on very precise ideas regarding the transformation process.
With this new building and with the recent restoration and extension of the company restaurant, also designed by Pietro Valle, the tradition of Studio Valle in experimenting with industrial buildings and creating interplays with the continuously evolving industrial landscape of the location continues. And the ever-changing mutation of the Fantoni Campus also goes on. The relationship between Studio Valle and Fantoni is founded upon an open and creative dialogue with time, a dialogue which accepts the unexpected and adjusts to change, integrating both into a continuous planning process based not on pre-fixed plans but rather on very precise ideas regarding the transformation process.
Architects Studio Valle Architetti Associati
Location Osoppo UD, Italy
Lead Architects Pietro Valle with Roland Henning, Marco Carnelutti, Luisa Foretich, Stefano Bind
Area 8500.0 m2
Project Year 2017
Photographs Adriano Ferrara, Neva Gasparo
Category Industrial Architecture
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