December 17th 2024
Introducing SIM 4910 Sustainable Aviation Fuel Biorefinery
The aviation industry faces a unique challenge: reducing its carbon emissions while maintaining global connectivity. Sustainable Aviation Fuel (SAF) has become a cornerstone of the effort to achieve net-zero emissions by 2050. For trainers and educators in renewable energy, our new simulation model, SIM 4910 Sustainable Aviation Fuel Biorefinery offers an excellent tool to teach the complexities of SAF production in an engaging, hands-on environment.
Why SIM 4910 is Ideal for Education and Training
SIM 4910 is more than just a simulation; as with all our dynamic process simulation models, it’s an interactive learning platform designed to bridge the gap between theory and practice. It enables educators to deliver immersive lessons in SAF production, providing students and trainees with real-world insights into one of the most promising solutions for decarbonising aviation.
From vocational training centres to universities offering renewable energy programs, this simulation equips learners with technical skills, process knowledge, and operational expertise.
Teaching Areas
SIM 4910 covers the end-to-end SAF production process, focusing on both technical and economic aspects. Key learning outcomes for students and trainees include:
Understanding SAF’s Role in Renewable Energy:
- Explore why SAF is a sustainable alternative to fossil-based jet fuel.
- Learn about SAF production pathways, fuel standards, and blending limits.
Fischer-Tropsch (FT) Reactor Operations:
- Understand how the Anderson-Flory-Schultz (ASF) distribution determines product output.
- Optimise reactor conditions to maximise kerosene production for jet fuel.
Mastering Unit Operations:
- Operate key components such as the Fischer-Tropsch reactor, gas separation unit, hydrocracking system, and fractionating column.
- Gain hands-on experience with control systems and process adjustments.
Economic Analysis of SAF Production:
- Evaluate the cost-efficiency and profitability of SAF production plants.
- Use economic insights to simulate safe, sustainable, and profitable operations.
Preparing Students for a Renewable Energy Future
By simulating a real-world SAF biorefinery, SIM 4910 provides students with practical knowledge and critical thinking skills. This experience is invaluable for those pursuing careers in renewable energy, chemical engineering, or environmental science.
For trainers it serves as a ready-made teaching resource, offering:
- Interactive Learning: Engage students with real-time process control and problem-solving scenarios.
- Customisable Scenarios: Tailor simulations to focus on specific educational goals, from process optimisation to economic evaluation.
- Aligned with Industry Needs: Equip learners with the skills required to meet the growing demand for renewable energy expertise.
SAF is set to play a crucial role in the renewable energy landscape, and SIM 4910 prepares the next generation of professionals to lead this transition. For colleges, universities, and training organisations, adopting this model provides a competitive edge in delivering forward-thinking, industry-relevant education.
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