Alternative Fuels: Ammonia

Delve into the future of ammonia as a fuel with this expert-led programme at the forefront of emerging risk management, systems and regulation.

The content is designed to provide you with a comprehensive understanding of ammonia as a sustainable alternative fuel. With decarbonization on the horizon, ammonia presents a promising solution due to its zero-carbon emissions and potential for large-scale adoption.

On this course, you gain insights into the chemical properties of ammonia, its use and storage onboard, and the benefits and challenges associated with its use as a fuel. 

Join world-class experts in discussing the implications of a n every-shifting regulatory environment, essential safety protocols, training requirements and practical applications for risk management. These topics are delivered by industry-seasoned expert speakers, each highly experienced within their field.

Course Overview
  • Introduction to the course, instructors and setting course expectations.
     
  • Module 1: Importance of decarbonization; Alterntive fuels' role and ammonia growth and potential growth..

    Learning objectives:
    • Recognise the importance and reasoning behind ammonia fuel use for decarbonisation
    • To be able to explain the increase in potential for current and furutre ammonia use as a green fuel. 
       
  • Module 2: Ammonia as an alternative fuel, alongside it's advantages, compared with other fuels, the chemical properties of ammonia and the challenges associated with it for retro-fitting and vessel systems. 

    Learning objectives:
    • Describe the chemical properties of ammonia within the context of bunkering and fuel systems.
    • Evaluate the benefits and challenges of using ammonia. 
       
  • Module 3: Engine room and Systems overview, and how ammonia can be stored, used and handled safely onboard. This includes explanaition of detection systems and retrofitting. 

    Learning objectives:
    • Understand the key aspects of ammonia combustion engines. 
    • Be able to explain the bunkering, storage, supply systems and how this impacts technology onboard.
    • Understand the detection and monitoring systems required.
    • Evaluateintegration and retroftting of vessels for ammonia fuel use. 
       
  • Module 4: Training and personnel safety and risks; this module will explore use cases for PPE and interaction with onboard systems, as well as the scope of training requirements for current and future ammonia use. 

    Learning objectives:
    • Identify key personal protective equipment for ammonia handling 
    • Evaluate and understand the training requirements, comparing to current regulations. 
       
  • Module 5: How to evaluate and manage risk onboard, looking at risk assessments and understanding ammonia hazard response. 

    Learning objectives:
    • Understand the protocols for handling ammonia in the context of risk in fuel systems, storage and transportation. 
    • Identify the risks in ammonia bunkering.
    • Understand the hazard detection, isolation and emergency systems in place for ammonia-fueled vessels.
    • Be able to evaluate operational readiness and crew preparedness for hazard response. 
       
  • Module 6: Case studies of ships using ammonia fuel; best practices and lessons learned; developing integration plans.

    Learning objectives:
    • Analyse case studies of ships using ammonia fuel. 
    • To develop comprehensive plans for integrating ammonia fuel into maritime operations. 
       
  • Module 7: An evaluation, analysis and dicsussion of the IGF code and compliance. Explore the interrim guidelines, and prospective regulation from the IMO, and how to remain compliant in certification and training.

    Learning objectives:
    • Discuss with guest speakers the importance of the IGF code and how it relates to an emerging fuel sector.
    • Compare and contrast current and furutre regulations, compliance and international standards
       
  • Course conclusion and multiple-choice examination. Opportunities to give feedback and discuss. 
Duration and Format
  • Eight hours total teaching time.
  • Delivered in two half-days (four hours maximum).
  • Supplementary learning and material available during and after the course.  
  • Delivered face to face or online, depending on need.
     
  • Certification the The Nautical Institute will be issued to attendees who:
    • Participate in the entirety of the course
    • Pass the multi-choice exam
Course Instructors

This course is taught by a Lead Instructor along with guest speakers from a range of backgrounds. Faculty can include (but not limited to):

  • Primary Course Deliverers: Sarabjit Butalia FNI, Andrew Clifton
  • Expert speakers (technical, compliance & regulation): CE Anant Sahasrabudhe, Iain Bonehill, Neil Dulling