Towards a sustainable blue economy: how to make an industrial zone more environmentally friendly? the case of Rotterdam Harbor
Abstract
Since the worldleaders decided to reduce the emission of Carbon to stay below the threshold of 1.5 °C warming-up of the atmosphere (Paris agreement, Dec. 2015), the large-scale industrial areas have to find ways to become more environmentalfriendly. Especially areas developed in the 1960’s – 1970’s are often polluting the environment (air, water and soil) with high emission rates., due to their old fashioned modes of operation. One of the major sources of pollution is the use of fossil-fuel energy . Replacing this by more environmentally friendly alternatives is an effective step in the reduction of emissions. Several approaches look promising. In regions with frequent winds the exploitation of windmills is profitable. In sunny regions the exploitation of solarfarms is profitable. Although still in an experimental stage, the use of green hydrogen-gas might become promising in the next years.
This paper is about the preparations for the construction of a large-scale windfarm in the new, highly industrialized part of the Rotterdam harbor, where winds are all year round. It describes the different interests of the various stakeholders, and how these can be harmonized in a solid solution. Managing the differences in interest is important, because it can be the
key to succession or to failure.. Which elements create a positive business case, so that it becomes profitable for investors to step in? Creating a business case with a positive outcome can take much time, especially with many stakeholders with conflicting interests. In this case the area is not only industrial zone, also protection against flooding is a main topic and it is also an area for multiple types of recreation, including bathing, swimming, wave-surfing, wind-surfing, kite-surfing and board surfing. And this all is situated next to a protected nature reserve. The paper describes this process for the Rotterdam harbor. Once the business case is closed it will take a couple of years to select a qualified supplier/builder and to get
electricity delivere. The smart combination or else the exclusion of functions is the key to get the windfarm fitted into the spatial plans and functions. This is detailed in this paper.
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Paris Agreement, December 2015
Royal Haskoning ruimtelijke ontwikkeling.
Environmental Impact Assessment Maasvlakte2. April
P7008.B1/R012/CEL/Nijm
Trends in Social Acceptance of Renewable
Energy Across Europe—A Literature Review. by Marco
Segreto 1,Lucas Principe 2,Alexandra Desormeaux
,Marco Torre 1ORCID,Laura Tomassetti 1ORCID,Patrizio
Tratzi 1ORCID,Valerio Paolini 1,*ORCID andFrancesco
Petracchini 1ORCID. Int. J. Environ. Res. Public Health
, 17(24), 9161; https://doi.org/10.3390/
ijerph17249161
www.maasvlakte2.com. Website with general
information about port of Rotterdam extension and
details about the design and use of this area.
Bestemmingsplan Maasvlakte2, gem.
Rotterdam. 2008 in Dutch (this is the local spatial
planning procedure)
Bestemmingsplan Maasvlakte2, gem.
Rotterdam, 2018. (this is the compulsory update of nr.
.
Gamboa, G. Munda. G. 2007 The problem of
windfarm location: A social multi- criteria evaluation
framework, Energy Policy, Volume 35, Issue 3, March
, Pages 1564-1583.
Moran, D. Sherrington, C. 2007. An economic
assessment of windfarm power generation in Scotland
including externalities. Energy Policy. Volume 35, Issue
, May 2007, Pages 2811-2825.
Langbroek, M. Vanclay, F. 2012. Learning from
the social impacts associated with initiating a windfarm
near the former island of Urk, The Netherlands. Impact
Assessment and Project Appraisal. Volume 30, 2012 -
Issue 3.
DOI: http://dx.doi.org/10.21622/MARLOG.2022.11.080
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