The behavior and interaction of the main components of Ship Propulsion Systems cannot be
easily modeled with a priori physical knowledge, considering the large amount of variables …

Abstract Power-to-Methane (PtM) can provide flexibility to the electricity grid while aiding
decarbonization of other sectors. This study focuses specifically on the methanation …

A system that can reliably estimate power consumption based on operational profiles and
weather conditions is needed to evaluate global ship** emissions and alternative …

Marine accidents are complex processes in which many factors are involved and contribute
to accident development. For this reason, effectively analyse what combination of factors …

In recent years, ship exhaust gases have become an essential source of air pollution. A
detailed study of ship exhaust emissions can accurately reflect air pollution intensity in ports …

The abatement potential of wind technologies on ships is estimated to be around 10–60%
by various sources. To date there has been minimal uptake of this promising technology …

The fishing industry is heavily reliant on the use of fossil fuel and emits large quantities of
greenhouse gases and other atmospheric pollutants. Methods used to calculate fishing …

The maintenance of the several components of a Ship Propulsion Systems is an onerous
activity, which need to be efficiently programmed by a shipbuilding company in order to save …

Sustainable economic development and renewable energy carriers are challenges facing
hub cities that will influence their future role in trade and transport. The objective of this …

Abstract System component sizes and their energy densities impact the long-term ship
energy efficiency and economics, whereas power source load response influences system …