Zaha Hadid Architects Wins Approval for the World’s First All-Timber Soccer Stadium


Got an amazing eco-friendly project of your own? Enter it in the 8th Annual A+Awards for a shot at international publication and global recognition. Submit your projects before February 14th to secure a special Early Entry Discount.

An all-timber soccer stadium designed by Zaha Hadid Architects for the Forest Green Rovers Football Club has finally been approved for construction after years of delays. Set for construction in Gloucestershire, England, Eco Park Stadium will bring carbon-neutral facilities to the local community while maintaining the natural qualities of the existing site. It will be the first soccer stadium in the world built entirely out of wood. 

timber stadium

Eco Park Stadium will be the world’s first UN-certified carbon-neutral stadium; rendering by MIR

This was Zaha Hadid Architects’ second attempt in getting the design approved after winning a competition to design the stadium in 2016. The proposal was denied due to concerns regarding the project’s impact on noise, traffic, and the environment. A variety of adjustments including, a revised landscape strategy, increased matchday transport, and the addition of translucent cladding to the stadium canopy, secured approval, according to The Architect’s Newspaper and Archinect. 

The timber stadium will be the centerpiece of the $124 million “Eco Park” development, a 100-acre space dedicated to sports and green technology. The 5,000-seat Eco Park Stadium will be joined by grass and all-weather training pitches, publicly accessible multi-disciplinary facilities, a sports science hub, and a collection of offices and retail spaces. 

timber stadium

Rendering by Negativ (formerly VA)

As stated on Zaha Hadid Architects’ website, almost every element of the stadium will be made of sustainably-sourced timber, including its structure, roof cantilevers and louvered cladding. Laminated timber is a highly durable building material, as well as being safe, recyclable and — when detailed correctly — beautiful too.

The firm has even claimed that Ecopark Stadium has the potential to be carbon negative, with the provision of on-site renewable energy generation. Furthermore, the close proximity of the stadium’s structural elements to one another enables the seating terraces and floor slab to be made from timber, which are normally made of concrete or steel. 

timber stadium

Almost every element of the structure will be made of sustainably-sourced timber; rendering by Negativ (formerly VA)

The seating areas are designed to bring fans as close as sixteen feet away from the field and every seat will be provided with unrestricted sight lines. To top if off, Ecopark Stadium’s design anticipates future growth for the club, in which an additional 5,000 seats can be added without the costs of major construction works. 

timber stadium

Rendering of Ecopark Stadium; rendering by MIR

This unconventional project, a first of its kind, marks a refreshed, sustainable approach to stadium design. It also demonstrates how sustainable architecture can be dynamic and alluring. Regarding the project’s innovative use of timber, Dale Vince, Forest Green Rover’s chairman and the owner of green energy firm Ecotricity told press: “The importance of wood is not only that it’s naturally occurring, it has very low embodied carbon – about as low as it gets for a building material.

And when you bear in mind that around three quarters of the lifetime carbon impact of any stadium comes from its building materials, you can see why that’s so important – and it’s why our new stadium will have the lowest embodied carbon of any stadium in the world.”

Got an eco-friendly project of your own? Enter it in the 8th Annual A+Awards for a shot at international publication and global recognition. Submit your projects before February 14th to secure a special Early Entry Discount.

Top image: Rendering by Negativ (formerly VA)

The post Zaha Hadid Architects Wins Approval for the World’s First All-Timber Soccer Stadium appeared first on Journal.

, Nathaniel Bahadursingh, read more Journal http://bit.ly/38z6PjM

Yorumlar

Yorum Gönder

Bu blogdaki popüler yayınlar

2017 CMYK Color Swatch Calendar

Resim
Après les éditions 2014, 2015 et 2016 , le graphiste et designer Peter von Freyhold revient avec l’édition 2017 de son CMYK Color Swatch Calendar . Chaque jour de l’année dispose d’un petit onglet de couleur à détacher. Il est donc possible de créer des petits nuanciers de couleur, à l’aide des attaches disponibles. Un calendrier idéal pour les amoureux de design. L’objet est disponible à la vente ici . , Léa, via Fubiz Media http://ift.tt/2e1Vnqo
Devamı

Wood Urbanism

Resim
Wood Urbanism: From the Molecular to the Territorial Daniel Ibañez, Jane Hutton, Kiel Moe (Editors) Actar Publishers , November 2019 Hardcover | 8 x 10-1/4 inches | 488 pages | English | ISBN: 978-1945150814 | $54.95 PUBLISHER'S DESCRIPTION : Wood holds unique and timely lessons for urbanization, yet it remains inadequately characterized in architecture, landscape architecture, and urbanism. From under-considered thermal properties to emerging manufacturing possibilities, from changing forestry regimes to larger carbon cycle dynamics, Wood Urbanism explores the unique material and scalar properties of wood, presenting it as a critical material for design today. It brings into conversation scholars and practitioners who focus on wood from a range of perspectives: from the working forest to the mid-rise building to the basic cell. Drawing from the inherent intelligence and depth of multiple disciplines, this book offers a transcalar perspective on the role of wood in cont...
Devamı

Building a gentrification early warning system with big data

Resim
But what if there were a way to see gentrification long before the coffee shops, condos and Whole Foods appear? What if city planners and neighborhoods had an early warning system that could sniff out the changes just as they begin? [...] neighborhood advocates would have the opportunity to implement policies ranging from reserving affordable housing units to educating residents of their renting rights to helping small businesses negotiate long-term lease extensions. In his NPR piece, astrophysics professor Adam Frank explains how various big data sets, like housing prices, eviction records, census data, or social media usage, can be utilized for "predictive analytics" to detect early onsets of gentrification for specific neighborhoods at an increasingly high resolution — and what significant perils come with it. Alexander Walter via Archinect - News http://ift.tt/2wjDBoB
Devamı