The PDEA, completed by a Federal Energy Regulatory Commission (FERC) qualified assessor, concluded the project would have "no significant environmental effects" on the oceanographic, geophysical and biological conditions of the Makah Bay.

"The successful installation of the proposed offshore energy power plant will herald the beginning of a new renewable energy industry sector, bringing ocean energy one step closer towards generation of clean, competitively priced electricity to commercial and residential consumers in Washington state and other coastal U.S. states," said Alla Weinstein, CEO AquaEnergy and the first President of the European Ocean Energy Association.

The AquaEnergy offshore plant consists of patented wave energy converters, AquaBuOYs, based on heaving-buoy point absorber and hose-pump technologies. The mechanical portion of the Makah Bay pilot power plant will consist of four low-profile moored buoys placed 3.2 nautical miles offshore in water depths of 150-250 feet, to transform wave energy into usable electrical energy.

Since the project inception in 2001, AquaEnergy conducted meetings with environmental groups, fisherman's associations, and commercial and recreational users of Makah Bay. A consortium formed for the project includes the Makah Indian Nation, Clallam County Public Utility District (PUD), Washington State University, Bonneville Power Administration through the Northwest Energy Innovation Center, and the Clallam County Economic Development Council.

"The Makah Tribe has interest in using energy derived from renewable resources. The Makah Nation chose to partner in this project due to the environmental integrity and low impact of AquaEnergy's offshore buoy technology," said Ben Johnson Jr., Makah Tribal Council Chairman.

Several other projects in California and Oregon may soon be converting the ocean's energy into electricity as well. In San Francisco, California, Mayor Gavin Newsom recently announced the city will explore the possibility of generating power from the tidal flow under the Golden Gate Bridge.

In late September, the City of San Francisco launched a $150,000 feasibility study to examine the tidal energy project, which could generate up to 35 megawatts (MW) of power, according to the Electric Power Research Institute and the San Francisco Public Utilities Commission. The feasibility study should be completed in late 2007 or early 2008.

The Oregon wave energy project is further along than the San Francisco project, as Ocean Power Technologies (OPT) has already received a preliminary permit from the FERC to develop a project off the coast of Reedsport, which is southwest of Eugene.

When OPT applied for the permit in July, the company said it initially plans to install a 2-megawatt (MW) wave power project about 2.5 miles off the coast, where the ocean depth is about 55 yards. OPT plans to eventually scale-up the plant to 50 MW.