The Department of Energy announced $39 million in awards for 18 projects that are developing technologies to transform buildings into net carbon storage structures.
Several of the awards are targeted for alternative concrete and cement materials as part of DOE’s drive to improve energy efficiency and reduce greenhouse gas emissions in the built environment. “There’s huge, untapped potential in reimagining building materials and construction techniques as carbon sinks,” Jennifer M. Granholm, DOE secretary, said in a press release.
Other projects funded by the DOE include:
- Development of “living” wood with the strength of steel, a self-healing capability, and combined carbon-sequestering benefits from wood and microbes by Purdue University.
- Development of a composite panel containing bio-derived natural fibers that exhibit excellent mechanical and functional properties while maintaining a carbon-negative footprint by SkyNano LLC.
- Design of a carbon-negative, medium-size building structure using a high-performance floor system with maximized surface area for carbon absorption that uses a novel carbon absorbing concrete mixture as a building material at the University of Pennsylvania.
The DOE awards are intended to help meet the goal of net zero emissions by 2050 outlined in an executive order signed by President Biden last year to make the federal government carbon neutral. The program aims for a 65% reduction in greenhouse gas emissions by 2030.
Related Stories
| Feb 28, 2013
Novel multifamily solutions to be presented at New York Modular Construction Summit
The New York Modular Construction Summit will be co-hosted by the Modular Building Institute and Pratt Institute School of Architecture on May 16, 2013, in Brooklyn, N.Y.
| Feb 28, 2013
Greeening Silicon Valley: Samsung's new 1.1 million-sf HQ
Samsung Electronics' new 1.1 million sf San Jose campus will support at least 2,500 sales and R&D staff in the company's semiconductor and display businesses.
| Feb 28, 2013
Lend Lease builds world's tallest timber apartment building
Construction giant Lend Lease recently put the finishing touches on Forté, a 10-story apartment complex in Melbourne, Australia's Victoria Harbour that was built entirely with cross laminated timber (CTL) technology.
| Feb 28, 2013
BIA opens entries for 2013 Brick in Architecture Awards
The Brick Industry Association (BIA) has opened entry submissions for its 2013 Brick In Architecture Awards—with a new Renovation/Restoration category and new category divisions this year. BIA’s annual awards honor architectural excellence and sustainable design nationwide that incorporates clay brick products as the predominant exterior building or paving material.
| Feb 27, 2013
Bronx residents get LEED Platinum public housing complex, rooftop farm
The New York City Housing Authority has opened Arbor House, a 124-unit LEED Platinum complex in the Morrisania neighborhood of the Bronx.
| Feb 25, 2013
First look: Google's new HQ is engineered for creative collisions
The new California "Googleplex" will be engineered to make sure no Google employee will be more than a 2.5 minute walk away from any other.
| Feb 25, 2013
AISC seeks proposals for development of BIM best practices guide
The American Institute of Steel Construction seeks assistance from BIM users in identifying and documenting best practices to facilitate the long-term standardization of BIM in structural steel construction.
| Feb 25, 2013
Turner employs rare 'collapsible' steel truss system at Seattle light rail station
To speed construction of the $110 million Capitol Hill Station light-rail station in Seattle, general contractor Turner Construction will use an unusual temporary framing method for the project's underground spaces.
| Feb 22, 2013
Westlake Reed Leskosky will renovate training center for Cleveland Browns
Local firm Westlake Reed Leskosky has been chosen to design renovations to the Cleveland Browns' Training and Administrative Complex in Berea, Ohio.
| Feb 22, 2013
Dutch team's 'bioconcrete' can heal itself
Two researchers from Delft Technical University in Holland have developed a self-healing cement that can stop microcracks from forming in concrete.
