The Feasibility and Impact of Sustainable Aviation Fuel (SAF)

Presentation Type

Short presentation 5-10 minutes

In Person or Zoom Presentation

In-Person

Location

Student Union Event Center

Start Date

18-11-2024 2:30 PM

Presentation Description/Abstract

Traditional aviation fuel, the foundation of the aviation industry, is producing carbon emissions that are significantly contributing to climate change and environmental degradation. A present solution to the issue is implementing Sustainable Aviation Fuel (SAF) as a substitute for traditional aviation fuel in the aviation industry. SAF is engineered from renewable resources like algae and agricultural residues, to replace fossil-based aviation fuel, therefore reducing greenhouse gas emissions throughout the energy life-cycle. To assess this solution, this research investigates the feasibility of SAF implementation by conducting a literature review on its current production methods, costs, and infrastructure challenges, alongside an analysis of its potential to reduce aviation's carbon footprint. This research suggests that while SAF presents a promising alternative, overcoming production and scalability obstacles will be essential for large-scale adoption and meaningful environmental impact.

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Nov 18th, 2:30 PM

The Feasibility and Impact of Sustainable Aviation Fuel (SAF)

Student Union Event Center

Traditional aviation fuel, the foundation of the aviation industry, is producing carbon emissions that are significantly contributing to climate change and environmental degradation. A present solution to the issue is implementing Sustainable Aviation Fuel (SAF) as a substitute for traditional aviation fuel in the aviation industry. SAF is engineered from renewable resources like algae and agricultural residues, to replace fossil-based aviation fuel, therefore reducing greenhouse gas emissions throughout the energy life-cycle. To assess this solution, this research investigates the feasibility of SAF implementation by conducting a literature review on its current production methods, costs, and infrastructure challenges, alongside an analysis of its potential to reduce aviation's carbon footprint. This research suggests that while SAF presents a promising alternative, overcoming production and scalability obstacles will be essential for large-scale adoption and meaningful environmental impact.