Download - Moffatt and Nichol Engineers
Download - Moffatt and Nichol Engineers
Download - Moffatt and Nichol Engineers
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Conceptual Foundation Design <strong>and</strong> Port Facility Study for<br />
Offshore Wind Farm<br />
Client: Confidential<br />
Location<br />
USA<br />
<strong>Moffatt</strong> & <strong>Nichol</strong> completed two studies for a proposed offshore wind farm on the East Coast of the United States.<br />
The purpose of the first study was to generate a conceptual design for the most economical wind turbine foundation<br />
alternative. The firm considered monopile, skirt pile, <strong>and</strong> leg pile jacket concepts <strong>and</strong> provided a cost estimate <strong>and</strong><br />
risk assessment for the preferred alternative. The second study identified port facilities capable of accommodating<br />
foundation fabrication <strong>and</strong> storage <strong>and</strong> wind turbine component staging. The firm prepared a site logistics plan <strong>and</strong><br />
capital cost budget for the recommended port.<br />
OCAES Conceptual Design<br />
Client: Confidential<br />
Location<br />
Hawaii<br />
<strong>Moffatt</strong> & <strong>Nichol</strong> has partnered with General Compression, Inc. to develop a system to provide safe <strong>and</strong> economical<br />
storage of compressed air in manmade structures installed on the ocean floor, called Ocean Compressed Air Energy<br />
Storage (OCAES). OCAES allows energy generated by renewable resources to be stored in coastal locations where no<br />
naturally occurring storage options exist. OCAES is an extremely efficient, environmentally friendly, broadly scalable<br />
utility-scale solution that requires no external fuel source, making it unique <strong>and</strong> superior to other renewable energy storage<br />
systems. <strong>Moffatt</strong> & <strong>Nichol</strong> is providing expertise in marine <strong>and</strong> coastal construction to the development of OCAES.<br />
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