Bay of Fundy


Nova Scotia and U.K. Collaborate on Tidal Industry Development

Posted on March 4th, in Bay of Fundy, Offshore Energy, Tidal Energy.

PRESS RELEASE – March 4, 2014

Nova Scotia and the United Kingdom will work together to advance tidal research to help the future development of the industry.

A memorandum of understanding between the province, the Offshore Energy Research Association of Nova Scotia and the United Kingdom’s Technology Strategy Board will encourage joint research in order to improve the technology required to generate electricity using high tides like those in the Bay of Fundy.

Energy Minister Andrew Younger, executive director Stephen Dempsey of the Offshore Energy Research Association of Nova Scotia and the acting British Deputy High Commissioner to Canada, Corin Robertson, on behalf of the Technology Strategy Board, announced the agreement today, March 4, in Halifax.

“Bringing together tidal energy leaders from Nova Scotia and the U.K. will help advance efforts to harness the power of Fundy tides,” said Mr. Younger. “Collaborating on tidal … Read More »


OERA Funds Nova Scotia Student’s Research Travel

Posted on October 10th, in Bay of Fundy, Offshore Energy, Tidal Energy.

PRESS RELEASE – October 10, 2013

Halifax, NS – Offshore Energy Research Association (OERA) is pleased to announce that the OERA Student Research Travel Program has provided four Nova Scotia students the opportunity to travel to the USA, Canada and Ireland to conduct their thesis research in the fields of marine renewable energy and offshore geosciences.  The September 2013 Student Research Travel Program award recipients are:

Matthew Baker, Department of Biology at Acadia University will be conducting tests in marine acoustic technology for use in estimating fish densities to advance understanding how tidal turbines could potentially affect fish behaviour at the University of Maine;
Sonja Bhatia, Department of Earth Sciences at Dalhousie University and in conjunction with Saint Francis Xavier University, will be undertaking research at specialized test facilities to further advance the development of fibre optic gas sensors for use offshore at … Read More »


OERA Seeks Proposals for Community Based Research Projects Bay of Fundy

Press Release – July 17, 2013

HALIFAX, NS – OERA (Offshore Energy Research Association) is inviting applications from community based or not-for-profit organizations in the Bay of Fundy region to participate in an OERA established Participation Support Fund.  The purpose of the Participation Support Fund is to provide modest one time grants to local organizations or community groups to undertake small research initiatives that will support the Bay of Fundy Strategic Environmental Assessment (SEA) Update by adding information, a particular perspective or further value to the SEA.  The primary goal of the Bay of Fundy SEA Update process is to scope and understand the potential environmental effects that offshore wind, wave and in particular, in-stream tidal technologies, will have on the offshore and coastal environment for the Bay of Fundy region.

Awards will be made at the discretion of OERA for proposals … Read More »


OERA Announces Two Strategic Environmental Assessments

PRESS RELEASE – Date: April 29, 2013

HALIFAX, NS – OERA (Offshore Energy Research Association of Nova Scotia) is pleased to announce that two Strategic Environmental Assessments (SEA) of marine renewable energy have been awarded and are underway. OERA has awarded a contract to Stantec Consulting to undertake a SEA Consultative Process in the Cape Breton Region, inclusive of the Bras D’Or Lakes; and a contract to AECOM Ltd to update the 2008 Bay of Fundy SEA.

Stephen Dempsey, Executive Director of OERA, spoke to the importance of the SEA process as it is a method to understand the concerns of stakeholders and the various opportunities it provides. Tidal energy can help fill a growing global demand for renewable energy and enable Nova Scotia to meet its renewable energy targets. Strategic Environmental Assessments are essential and are completed through monitoring and protection, … Read More »