At Hickok Cole we strive to make every project as sustainable as it can be. We do this by initiating conversations focused on sustainability at the outset of every project. The Owner and engineers are engaged in goal setting: integrating sustainable design strategies early on in the process is the key to success.
In June of 2017, Hickok Cole officially signed the AIA 2030 Commitment, joining more than 400 firms in this global initiative to design more carbon-neutral environments. Learn more about the AIA 2030 Commitment.
American Geophysical Union : Targeting Net Zero Energy
We are currently in the process of building the largest Net Zero Energy office building on the East Coast, the headquarters of the American Geophyscial Union. Features of the building include a Solar PV array, a sophisticated radiant cooling system, a hydroponic phytoremediation wall, an innovative direct current power grid, a large water cistern, and the country’s first sewer heat exchange system. Visit the Building AGU site to see the building progress.
AGU’s high performance strategies have also been featured in various architectural publications:
- ULI’s Urban Land Magazine, How Residential and Office Developers Are Preparing for the Realities of Net Zero
- Architect Magazine, Commodity, Solar Power and Delight
Grants for the District of Columbia’s Department of Energy & Environment
We have also been aiding Washington DC’s Department of Energy & Environment fulfill its ambitious sustainability goals by completing research through grant work into city-wide buildings, planning projects along the Anacostia River, investigating campus-wide solar application and revitalizing Kingman and Heritage Islands.
- Net Zero Design
- WELL Interior Design
- Sustainability Consulting
- Feasibility Studies
- Green Building Case Studies
- Eco Charrettes
Certifications & Expertise
- LEED GA & AP
- Living Building Challenge
- Passive House
- Multifamily Residential
- Commercial Interiors
- Public Space
- Net Zero energy, water & waste
- Sustainable building materials
- WELL & human health
- Resilience & urban planning