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Viability of Hydrogen Combustion Engines: A Comprehensive Study

This project explores the feasibility of operating traditional gasoline combustion engines on hydrogen fuel through the development of a detailed computer simulation model. Led by researchers Lee Downer, Huai Wei Tang, Ron Ryan, and Keith Wakeham, the study employs methodologies including the Otto Cycle and finite heat release models to evaluate hydrogen combustion characteristics. The findings aim to advance understanding of hydrogen as a sustainable fuel option, addressing critical questions about engine performance and environmental impact.

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Viability of Hydrogen Combustion Engines: A Comprehensive Study

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  1. Hydrogen Combustion Engine Jan 20, 2009 Lee Downer, Huai Wei Tang, Ron Ryan, Keith Wakeham

  2. Why – The Platinum Question “It is estimated that if all the platinum in the world were poured into one Olympic swimming pool it would be scarcely deep enough to cover your ankles.” www.preciousplatinum.com

  3. Problem Project Overview

  4. Project Overview Hydrogen Combustion Engine To determine the viability of running existing gasoline combustion engines on hydrogen through development of a computer simulation model

  5. Methodology

  6. Defining Success

  7. Deliverables

  8. Existing Models Otto Cycle Simple Finite Heat Release

  9. Existing Models Futher Work

  10. Existing Models Lotus Engine Simulator

  11. Combustion

  12. Combustion Hydrogen as a fuel

  13. Simulink Matlab Demo Engine

  14. Simulink

  15. Simulink Building Out

  16. Hydrogen Combustion Engine

  17. Hydrogen Combustion Engine http://www.keithwakeham.com/8936 Questions?

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