The paper aims to assess if liquefied natural gas (LNG)-dual-fuel (DF) engines as main
engine solid oxide fuel cells (SOFCs), and waste heat recovery systems (WHRS) as auxiliary …

The joint consideration of hydrogen supply chain networks and electric power systems can
promote hydrogen-fueled transportation and the penetration of renewable energy. This …

This paper aims to present the upgrade of the Helper for Energy Layouts in Maritime
applications (HELM) software tool, developed by the authors to compare traditional and …

This study investigates for the first time the emissions that a future shore power policy can
eliminate in the St. Lawrence and Great Lakes region, providing precise evaluations with an …

The paper aims to investigate the fuel and system options for a floating power plant (FPP)
considering economic performance and the decarbonization goals of the International …

This paper investigates shore-based photovoltaic (PV)/proton exchange membrane fuel cell
(PEMFC) and PV/battery renewable energy (RE) plants for cold ironing (CI) configurations …

This study aims to thoroughly understand and analyze the Cargo Oil Pump Turbine (COPT)
system on tanker ships through thermodynamic and numerical simulations. The goal is to …

One potential solution for reducing carbon dioxide emissions from ships and meeting the
Energy Efficiency Existing Ship Index (EEXI) requirements is to use a hybrid propulsion …

Greenhouse gas emissions are something that contribute to climate change, which is getting
hotter and causing concern for the condition of the earth. The shipping sector is a major …

Sustainable shipping depends on eco-friendly energy solutions. This paper reviews
methods for predicting marine fuel cell performance, including empirical approaches …