Fishing Vessel
Green & Energy-Efficient Ship Design
Efficient vessels. Lower energy demand. Future-ready design.
Hudson Marine Solutions LLC provides vessel design solutions focused on energy efficiency, hydrodynamic performance, practical operation, safety and environmental performance. Design development considers applicable IMO energy-efficiency requirements from the earliest project stages.
Design Philosophy
Green performance built into the vessel
Our ship design approach integrates hull-form efficiency, propulsion and machinery selection, onboard energy demand, operational profile and regulatory considerations. The objective is to develop practical vessel solutions that reduce fuel and energy consumption while supporting safe, reliable and efficient operation throughout the vessel's service life.
IMO Energy-Efficiency Requirements
Regulatory considerations within the design process
EEDI — Energy Efficiency Design Index
Design-stage consideration of applicable EEDI requirements, with attention to vessel particulars, propulsion power, speed, capacity and energy-efficient design measures.
EEXI — Energy Efficiency Existing Ship Index
Engineering assessment and design support for applicable EEXI requirements, including evaluation of technical efficiency measures and their effect on vessel performance.
CII — Carbon Intensity Indicator
Design and operational considerations that can support improved carbon-intensity performance, including energy-saving measures, propulsion efficiency and operating-profile assessment.
Project-specific compliance:
Applicability and required criteria for EEDI, EEXI, CII and other IMO or class requirements depend on vessel type, size, construction status and operating profile. Each project is therefore assessed against the requirements applicable to that vessel.
Vessel Design Capability
Vessel types
Green and energy-efficient design principles can be incorporated across a broad range of commercial, offshore, research, patrol and specialized vessels.
Offshore Support Vessel
Container Vessel
Patrol Vessel
Research Vessel
Offshore Patrol Vessel (OPV)
Specialized Tug Boat
Ship Design Services
Engineering support from concept to approval and production
1
Concept Design
Development of the initial vessel concept, principal dimensions, arrangement, capacity, performance targets and preliminary technical solutions.
2
Basic Design
Development of key naval architecture, structural, machinery and system design information required to define the vessel and advance the project.
3
Hull Form & Hydrodynamic Development
Hull-form development and performance-focused design work aimed at reducing resistance and improving propulsion and energy efficiency.
4
General Arrangement & System Integration
Development and coordination of vessel spaces, equipment, machinery and principal ship systems to support safe and practical operation.
5
Production Drawings
Preparation of detailed drawings and engineering information to support shipyard fabrication, outfitting, installation and construction activities.
6
Class Approval Assistance
Preparation and coordination of design documentation for submission to the applicable classification society, including technical responses during the review process.
7
Energy-Efficiency & IMO Assessment
Design-stage consideration and engineering support for applicable EEDI, EEXI and CII requirements and related energy-efficiency measures.
8
Design Review & Technical Support
Engineering review, design coordination and technical support during project development, class review and vessel construction.