The new Interdisciplinary Science & Technology Building, or ISTB-7, on the Arizona State University campus will produce enough carbon, energy, water, and waste to achieve triple net-zero performance.
The Studio Ma-designed building will become ASU’s newest science and research complex and include a large atrium biome filled with plants and water. ISTB-7 will bring together a wealth of regenerative and bioclimatic technologies to reach its triple net-zero goal.
Rendering courtesy of Studio Ma.
Among these technologies are materials that include ASU’s own scientific research and integrated-carbon-capture technology. The structure’s building materials absorb carbon and convert it to nutrients for durable materials and enriched soil.
The atrium biome purifies waste air and a wetlands landscape recycles water using natural, bio-based methods. Rainwater is collected and sun shades help keep the interiors cool and comfortable. Sewage is treated and recycled via low-energy, bio-based systems for use as greywater. Air currents, evapotranspiration, and photovoltaics are used to save and produce energy.
Rendering courtesy of Studio Ma.
The inclusion of a light rail station will transform ISTB-7 into a new gateway to the campus.
Rendering courtesy of Studio Ma.
Related Stories
Green | Feb 3, 2017
Nanjing Green Towers will be Asia’s first vertical forest
The project will be covered in 1,100 trees and 2,500 cascading plants and shrubs.
Sustainability | Jan 27, 2017
An office building proposed for Norway would generate more power than it uses
Over it’s 60-year lifespan, the power generated form the project would cover the energy cost of construction, production, and material transportation.
Sustainability | Jan 24, 2017
From an industrial park to an eco-neighborhood in Brussels, Belgium
At the heart of Vincent Callebaut Architectures’ eco-neighborhood will be three 100-meter-tall Vertical Forests.
Sustainability | Jan 19, 2017
How NYC is slashing 80% of greenhouse gas emissions by 2050
To help one of the most complex cities in the world develop an actionable strategy to meet visionary GHG reduction goals, we focused on strategies for deep carbon reductions for the city’s entire building stock, which constitutes 73% of citywide emissions, writes HDR's Jennifer Bienemann.
Game Changers | Jan 18, 2017
Turning friction into power
Research on piezoelectricity moves closer to practical applications for infrastructure and buildings.
Game Changers | Jan 13, 2017
Building from the neighborhood up
EcoDistricts is helping cities visualize a bigger picture that connects their communities.
Sustainability | Dec 14, 2016
A floating, mobile gym powered by human energy envisioned for the Seine River
Energy created by those exercising within would power the gym down the Seine.
High-rise Construction | Dec 2, 2016
Agora Garden, a twisting, plant-filled tower in Taipei, will absorb 130 tons of carbon dioxide annually once completed
The building sits just a few blocks from the LEED-Platinum certified Taipei 101, the world’s eighth tallest building.
Hotel Facilities | Nov 15, 2016
Mountain Forest Hotel looks to restore the natural landscape while offering visitors 250 luxury rooms
The hotel looks to create a symbiosis between man, nature, and architecture.
Sports and Recreational Facilities | Nov 14, 2016
Soccer stadium from Zaha Hadid Architects will be constructed almost entirely of wood
The architects say the project will be the greenest soccer stadium in the world once completed.