Tall mass-timber frames are coming into favor not only because wood is a renewable structural material but also because timber structures are typically faster, safer and simpler to build, compared to steel and concrete construction.
The National Institute of Building Sciences is advising the owners of the nation’s estimated 1,500 professional, college and community sports venues to join in a collective effort to reduce energy and water consumption—and utility bills.
With several large, grid-scale battery-storage facilities opening in quick succession in Southern California, pundits say the state has taken a leading role in developing infrastructure to hold renewable power generated during low-demand periods, using it to supply customers during peak hours.
Roadways that communicate with and charge the electric vehicles that drive on them. Autonomous trucks that deliver freight faster and safer, with less stress on highways and bridges. These are just a few of the innovative transportation concepts, once considered impossible, that could become reality in the near future.
As those on the leading edge know, progress in the buildings sector does not come easily. But that doesn't stop innovators from working diligently to increase the sustainability and resilience of buildings and decrease their carbon footprints while trying to find ways to boost construction quality and building-team productivity.
Concrete’s large carbon footprint—that is, the amount of carbon dioxide emitted during the cement manufacturing process—is estimated to be 5% of industrial CO2 emissions, a source of concern in the battle against human-caused climate change.