Project to minimise the environmental footprint of ferries
A project to lower the environmental footprint of a new LNG fuelled ro-pax ferry has developed a new hull design to lower resistance, total propulsion energy demand and CO2 production.
The project, unveiled at the Power and Propulsion Alternatives for Ships conference organised by The Royal Institution of Naval Architects, is being led by HydroComp, Inc, in cooperation with Greek partners NAP Engineering, HeLeNGi Engineering and Blue Star Ferries.
During the project, new capabilities in HydroComp’s NavCad software were applied to predict resistance using its ADVM analytical method, allowing local hull form shape to be evaluated for its contribution on resistance.
This information was applied during design to reduce hull resistance by some 10% with appropriate modification of stern characteristics. The modified design with an alternate dual-fuel (MDO-LNG) engine ultimately achieved a 14% reduction in total propulsion energy demand and a 34% reduction in CO2 production.
Approval in principle
Donald MacPherson, technical director at HydroComp, said that the comprehensive design of the ship has already received “Approval-in-principle” from Lloyds Register.
When completed, the overall length of the ro-pax ferry will be 145m, will have a normal passenger capacity of 1400 and capacity of 1000 lane metres. The vessel will comply with SOLAS, Safe Return to Port and IGF Code Rules and Regulations.
This design work and analytical studies are included in the framework of the POSEIDON MED II programme, which promotes the use of LNG as marine fuel in the Eastern Mediterranean Region and is co-funded by the EU.
By Anne-Marie Causer
ABP is the UK’s leading port operator, with a unique network of 21 ports across England, Scotland an... Read more
Red Ensign Maritime Training Limited offers UK Maritime and Coastguard Agency (MCA), Seafish Industr... Read more
Serco Maritime Services are recruiting a Marine Superintendent. Read more
We are looking for an experienced Sales Executive to join our award winning B2B media company. Merc... Read more