Why Choose this Training Course

The dual forces of population growth and industrial expansion are pushing global energy systems to their limits. We are now at a crossroads, facing the triple threat of pollution, fuel scarcity, and energy instability. Because passenger vehicles are a primary driver of global carbon emissions, the pressure on the fuel industry to innovate has never been higher. Meeting today’s stringent emission standards requires a total rethink of how we power our world.

This comprehensive biofuels and alternative fuel sources training course breaks down the complexities of the alternative fuel market. From the laboratory science and production floor to the economic and environmental balance sheets, we cover everything you need to know. Join us to analyze the advantages, disadvantages, and real-world engine performance of the next generation of fuels.

We are also a proud member of the Energy Institute of UK.

Who Should Attend

Engineering & Technical Roles

• Refinery Process Engineer
• Fuel Technologist
• Chemical/Bio-Chemical Engineer
• Fuel Development Chemist
• Powertrain & Combustion Engineer
• R&D Scientist (Bioenergy)
• Quality Control (QC) Lab Manager
• Refinery Operations Supervisor

Sustainability & Environmental Roles

• Sustainability Manager / ESG Director
• Environmental Compliance Officer
• Carbon Emissions Analyst
• Climate Policy Consultant
• Renewable Energy Project Manager
• Life Cycle Assessment (LCA) Specialist

Commercial & Strategic Roles

• Fuel Procurement Manager
• Energy Trader (Renewables & Biofuels)
• Business Development Manager
• Supply Chain & Feedstock Logistics Manager
• Regulatory Affairs Specialist
• Investment Analyst (Energy Sector)
• Strategic Planning Manager

Fleet & Transport Management

• Fleet Operations Manager (Logistics, Aviation, or Shipping)
• Technical Director (Transport Industry)
• Public Transport Policy Advisor
• Automotive Product Planner

Key Learning Objectives

• Classify different bio and alternative fuels on the market today.
• Master the production techniques behind renewable energy sources.
• Source and evaluate the raw materials (feedstock) used in biofuel creation.
• Optimize modern refinery workflows to include bio-based inputs.
• Compare the functionality of pure fuels versus blended mixtures.
• Diagnose how alternative fuels interact with and impact engine components.
• Review the lifecycle environmental impact of carbon-neutral fuels.
• Navigate the complex legal and compliance standards for the energy sector.

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