Alternative Fuels – eFuels, SAF & Ammonia

About the Course

This training course provides participants with a clear and structured understanding of Alternative Marine & Industrial Fuels, focusing on eFuels, Sustainable Aviation Fuel (SAF), and Ammonia.The course blends fundamental concepts with practical engineering considerations, enabling professionals to evaluate new-generation fuels for decarbonization strategies, operational integration, and safety compliance.

With global pressure increasing on shipping, aviation, and heavy industry to reduce carbon intensity, this course equips participants with the technical insights needed to make informed decisions in the transition toward cleaner fuels.

Objectives

Participants will learn to:

• Understand the key characteristics, chemistry, and production pathways of eFuels, SAF, and ammonia.

• Compare emissions profiles, carbon intensity, and lifecycle sustainability performance.

• Analyze storage, handling, and combustion differences across each fuel.

• Review international standards, regulatory updates, IMO/ICAO targets, and certification frameworks.

• Identify integration challenges in existing infrastructure, engines, and propulsion systems.

• Assess safety requirements for toxic, cryogenic, or reactive fuels such as ammonia.

• Evaluate techno-economic feasibility for adopting alternative fuels in maritime, aviation, and industrial applications.

Benefits

By participating in this training, you will:

• Develop a rounded understanding of next-generation fuel technologies.

• Gain clarity on which fuel pathways align best with your sector’s decarbonization goals.

• Strengthen your ability to evaluate fuel supply chains, storage requirements, and safety considerations.

• Build confidence in engaging with vendors, technology providers, and regulatory bodies.

• Learn tools for performing basic comparative assessments and decision-support modeling.

Who Should Attend

This course is ideal for:

• Maritime & aviation engineers

• Energy transition teams

• Sustainability managers & ESG officers

• Shipowners, port authorities, airport operators

• Regulatory specialists & compliance engineers

• Technical consultants and R&D professionals exploring new fuels

Related Courses

To complement this program, participants often combine it with:

• Hydrogen Systems — Safety & Operations

• Carbon Capture — Design & Integration

• Carbon – “Net Zero” Foundations

• Renewable Energy — Systems & Opportunities

• LNG – Marine Systems

For Inquiries: teosacademy@teosteam.com