[LINK] "Bay of Fundy's waves to be put to work"

[rfmcdonald]

At long last, the Globe and Mail's Oliver Moore lets us know, it looks like the immense tidal power potential of the Bay of Fundy--a long narrow west-to-east bay separating the Atlantic Canadian provinces of New Brunswick and Nova Scotia--may be exploited. May be.

The first of three turbines is expected to go into the Bay of Fundy next month in spite of concerns raised by some local fishermen after the government approved the initial phase of a tidal energy project.

Nova Scotia's Minister of the Environment, a long-time fisherman himself, acknowledged those concerns and admitted that the possible effects are unknown. But Sterling Belliveau said the only way to identify problems is to start installing turbines and monitor closely the result.

“These questions are only going to be addressed [if] you have a demonstration project,” he said Tuesday after approving the trial based on an environmental assessment.

“I think you basically cannot sit in a conference room and get the answer to that, you have to go out in the real life, in the real world.”

A full-scale tidal energy project, if viable, would involve hundreds of turbines and could produce about 100 megawatts from the bay's huge tides. That would be 10 per cent of the province's energy needs, but such a system is years away.

The demonstration phase of the project, involving three turbines, is expected to cost $60-million to 70-million. Each of the three companies involved – which will co-operate on environmental monitoring and onshore development – intends to test a different type of turbine.

Minas Basin Pulp and Power will suspend its equipment between the bottom and the surface. The turbine will float until the best current is found and then be fixed to the bottom with anchors. Company vice-president John Woods said yesterday that his firm aims to have the turbine operational this time next year.

The president of Clean Current, a British Columbia company, would not comment yesterday on the project. Earlier information from the company suggested it would use a turbine designed to rest on the seabed.

The model chosen by Nova Scotia Power is similar. About six storeys high, with a turbine 10 metres across, it will use gravity to stay still underwater. This design is expected to be in place first, with the turbine going into the water late next month. It will not initially feed power into the grid.

“It's really a big science experiment,” said David Rodenhiser, a spokesman with the utility.