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Article

IS THE UTILIZATION OF METHANE GAS THE SOLUTION TO AIR POLLUTION IN DIFFUSE SECTORS? THE CASE OF PORT OF CASTELLÓN

1 / 4 / 206-213 Pages

Author(s)

Francesc Xavier Martínez de Osés - Universitat Politècnica de Catalunya, Department of Nautical Sciences and Engineering, Plaça Pla de Palau 18, 08003 Barcelona, Spain -

José María Gil Aizpuru - Gas Natural, Commercial Department, Carrer del Gas, 1, 08003 Barcelona, Spain -


Abstract

Considering environmental regulations, imposed by an international regulation body restricting the emission levels from ships in ports, with even more stringent local regulations envisaged, the challenges for the world’s fleet are not only technical but economic and logistical. On the one hand, there are different technical alternatives enabling the current international regulations to be met. Even avoiding on board modifications, the owner can decide to use low sulphur content fuels, together with slight changes in engines to reduce the levels of nitrogen oxides. But the question posed in this paper is how to support the decision to use high quality oil derivatives, bearing in mind environmental considerations, but with a favourable economic balance. That enormous cost will be translated into a higher transport chain cost. Additionally, regarding coastal navigation, it might become possible for some new regulations to penalize elevated rates of CO2 emissions, not yet considered by the MARPOL convention. This paper analyzes the availability of the use of methane as an ideal fuel which meets the nowadays and even future, local and international regulations on CO2 and NOx, regarding the fuel derivatives and no emissions of sulphur oxides and ashes.


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References:

Chengfeng, W.; Corbett, J. J. 2007. The Costs and Benefits of Reducing SO2 Emissions from Ships in the US West Coastal Waters, Transportation Research: Part D 12(8): 577-588.

 

Endresen, Ø.; Sørgård, E.; Behrens, H. L.; Brett, P. O.; Isaksen, I. S. A. 2007. A Historical Reconstruction of Ships‘ Fuel Consumption and emissions, Journal of Geophysical Research 112(D1230): 1-17.

 

European Parliament. 2010. Transports and Tourism Commission, doc. 2009/2095(INI). Available from internet http://www.europarl.europa.eu.

 

Floedstroem, E. 1997. Energy and Emission Factors for Ships in Operation. Gothenburg: Swedish Transport and Commerce Research Board. 24 p.

 

IEA. 2005. International Energy Agency. Available from internet: http://www.iea.org/stats/index.asp.

 

Martínez de Osés, F. X.; Castells, M. 2009. The External Cost of Speed at Sea: An Analysis based on selected Short Sea Shipping Routes, WMU Journal of Maritime Affaires 8(1): 25-43.

 

Mulligan, R.; Lombardo, G. A. 2006 . Short Sea Shipping. Alleviating the Environmental Impact of Economic Growth, WMU Journal of Maritime Affaires 5(2): 181-194.

 

The Motorship. 2010. Available from internet: http://www.motorship.com/.