We may be a medium-sized company, but we’ve ranked #1 in the U.S. in constructing hydropower projects for four consecutive years, according to an annual survey of the nation’s largest contractors. Our experience in constructing hydropower projects grew naturally out of our early work in dams, penstocks, and pipelines. Owners count on us to manage and construct power plants that are going to offer their customers and communities more clean power than ever before. We have worked in challenging environments, above and below ground, in all types of terrain and weather, under all types of contracts, including design-assist. Our teams are accustomed to the strict regulatory oversight and environmental constraints associated with hydropower production. These projects are always multi-faceted; we like that. Take a look at where we’ve been recently.
Kevin Schneider
p: 406.586.1995 x222
e: kevin.schneider@barnard-inc.com
Gavin Tasker
p: (406) 586-1995 x324
e: gavin.tasker@barnard-inc.com
Paul Kraus
p: (406) 586-1995 x316
e: paul.kraus@barnard-inc.com
The Keeyask Project is part of Manitoba Hydro’s overall plan to meet Manitoba, Canada’s future energy needs.
Since 2006, AMP has been adding clean, renewable energy to its resources, including construction of the Smithland run-of-the-river hydroelectric project.
Following in the footsteps of their forefathers, residents of the City and Borough of Sitka voted nearly unanimously – 97 percent ‘Yes’ – to end their dependence on imported diesel fuel by raising their local Blue Lake Dam and adding a new 15 MW powerhouse to the system to produce more hydropower.
In 1898, an ambitious engineer named Charles H. Baker, set out to tap the energy he saw produced each day by the cascading waterfall on the Snoqualmie River.
The controlled deconstruction of the Elwha and Glines Canyon dams has been in the works since Congress agreed in 1992 to full restoration of the Elwha River ecosystem and native anadromous fisheries.
PGE needed a sound plan for installation of a complex Selective Water Withdrawal structure to be attached to its existing intake.
As the Pit River flows out of Northern California’s Lake Britton, it first begins its journey to Lake Shasta through a 30-mile scenic watershed divided into five segments, or reaches, each created by a dam.
A rockslide in a remote coastal region of British Columbia damaged penstock essential to providing water to Alterra Power Corp.’s hydroelectric facility. The company, through the Toba Montrose General Partnership, required a contractor that could move quickly during the region’s short construction season.
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