Combined Policy Application Report - MERIFIC
Vantoch-Wood, A; Connor, PM; Kablan, Y
Date: 1 October 2013
Publisher
MERIFIC
Abstract
This report is the final report within work package 4 of MERiFIC. It focuses on policy
aspects specific to marine renewable energy within far-peripheral and coastal
regions. Within this work, marine renewable energy includes wind (both fixed and
floating), wave and tidal stream technologies however excludes tidal range, ocean
thermal ...
This report is the final report within work package 4 of MERiFIC. It focuses on policy
aspects specific to marine renewable energy within far-peripheral and coastal
regions. Within this work, marine renewable energy includes wind (both fixed and
floating), wave and tidal stream technologies however excludes tidal range, ocean
thermal and salinity gradient technologies for which there is little to no research
currently being conducted within the regions (With the exception of the La Rance
tidal dam which has been in operation since 1966). It builds upon the penultimate
report, (Vantoch-Wood, 2013) which itself compared the outputs of stakeholder
consultations carried out in the two target regions concerning the appropriateness of
applied policy and aiming to identify potential additional policy needs. These
focussed upon Cornwall and Finistère however, with acknowledgement that the wider
regional and national policy landscape inevitably plays an ever-present role within
local policy decisions and application, the study included the wider regional
implications for the South West UK and for Brittany, and the implications of national
policy in France and the United Kingdom. Further, and where applicable for aspects
such as environmental regulations, it considered European and other international
policy.
The goal of this report therefore is to suggest (based upon the findings of the
stakeholder consultations) opportunities for potential collaboration between Cornwall
and Finistère and between the wider regions, where this collaboration may help to
both reduce the costs of commercialisation within the MRE sector and assist in
strengthening the regional argument for a MRE industry and deployment within the
area.
Engineering
Faculty of Environment, Science and Economy
Item views 0
Full item downloads 0