NH3 can meet the zero-emission target of the marine sector. Comparing to traditional fossil fuel, no CO2 and SOX emissions are generated.
NH3 can meet the zero-emission target of the marine sector. Comparing to traditional fossil fuel, no CO2 and SOX emissions are generated.
All project related materials are collected here
Advancing sustainable marine propulsion: composite fuel storage tanks for next-genration NH3-powered ships
Proceedings of the 21st European Conference on Composite Materials, Abhyankar, Tzortzinis, Antonowitz, Giannakis, Sykaras, Leschik, Filippatos, Spitzer, Gude Abstract Maritime transport routes are vital for
Numerical investigation of fire risk in ammonia tank leak incidents: Implications for ammonia-fueled vessels
Advances in Maritime Technology and Engineering, M.P. Mujeeb-Ahmed Byongug Jeong, Peilin Zhou, Hayoung Jang, Insik Hwang, Haibin Wang ABSTRACT The potential of ammonia as a
Establishing safety zones for ammonia bunkering operations: A quantitative risk assessment
Advances in Maritime Technology and Engineering, Insik Hwang, Peilin Zhou, Byongug Jeong, Haibin Wang, Hayoung Jang, M.P. Mujeeb-Ahmed ABSTRACT To respond to climate change, the
Safety evaluation on ammonia-fueled ship: Gas dispersion analysis through vent mast
International Journal of Hydrogen Energy, Hayoung Jang, M.P. Mujeeb-Ahmed, Haibin Wang, Chybyung Park, Insik Hwang, Byongug Jeong, Peilin Zhou, Astrinos Papadakis, Alexandros Giannakis, Konstantinos Sykaras
Regulatory Gap Analysis for Risk Assessment of Ammonia-Fuelled Ships
Ocean Engineering (ISSN 0029-8018), Hayoung Jang, M.P. Mujeeb-Ahmed, Haibin Wang, Chybyung Park, Insik Hwang, Byongug Jeong, Peilin Zhou, Rima Mickeviciene Abstract The concept and design
Assessing the On-Board Storage and Use of Ammonia as a Fuel Applying the House of Quality
Journal of Marine Science and Engineering 10.3390/jmse12071097, Evanthia Kostidi,Xiaofei Cui and Dimitrios Lyridis Abstract Ammonia as a fuel has been known for several years, but
Executive Summary of Deliverable D3.1
CONCEPT ENGINEERING DESIGN PROCESS FOR THE DEMONSTRATOR TANK STORAGE SYSTEMS
Executive Summary of Deliverable D5.3
SYSTEM REQUIREMENTS AND SOFTWARE ARCHITECTURE
Executive Summary of Deliverable D4.4
Compatibility with ammonia-engines technology report
Executive Summary of Deliverable D4.3
DESIGN REVIEW REPORT FOR THE DEMONSTRATOR AUXILIARY SYSTEMS
Executive Summary of Deliverable D4.2
DETAILED ENGINEERING DESIGN REPORT FOR THE DEMONSTRATOR AUXILIARY SYSTEMS
Executive Summary of Deliverable D3.5
Modularity and scalability concept report
Executive Summary of Deliverable D3.3
DESIGN REVIEW REPORT FOR THE DEMONSTRATOR TANK STORAGE SYSTEM
Executive Summary of Deliverable D3.2
DETAILED ENGINEERING DESIGN REPORT FOR THE DEMONSTRATOR TANK STORAGE SYSTEM
Executive Summary of Deliverable D5.1
SYSTEM REQUIREMENTS AND SOFTWARE ARCHITECTURE
Executive Summary of Deliverable D4.1
BASIC LAYOUT CONCEPT REPORT FOR THE DEMONSTRATOR AUXILIARY SYSTEMS
Executive Summary of Deliverable D2.1
REPORT ON DEMONSTRATION IMPLEMENTATION PLAN
Deliverable D9.2 – List of Identified Requirements
This report reviews the existing regulatory landscape, and based on the risk studies undertaken throughout the NH3CRAFT project identifies the key regulatory challenges and gaps
Deliverable D11.2 – Communication strategy and live register
This document contains the NH3CRAFT Strategy for Communication and Live Register.
Deliverable D7.1 – Regulatory gaps and risk assessment models
The concept and development of ammonia being used as a fuel in the shipping industry are still in the embryonic stage which requires a detailed
Deliverable D1.2 – Data management plan and update
This document provides the data management plan (DMP) serving as a guideline for the work done “Safe and efficient storage of ammonia within ships” (abbr.
Deliverable D1.1 – Project handbook and update
This document provides the initial project management plan (PMP) serving as handbook for the “Safe and efficient storage of ammonia within ships” (abbr. NH3CRAFT) project
Deliverable D11.6 – Project Website
This document presents the first version of the website that will be continuously expanded during the whole project duration. Its scope is to disseminate the
Deliverable D2.4 – Development of KPIs, assessment metrics and QFD method for evaluating the project demonstator and desktop studies
This deliverable presents a structured approach to carry out Quality Function Deployment (QFD) method for evaluating the project demonstrator and desktop studies, for the best
