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Understanding Combustion: The Fire Triangle, Tetrahedron, and Theories of Fire Dynamics

This seminar aims to elucidate the fundamental concepts of combustion, highlighting the fire triangle and tetrahedron, their components, and the significant differences between the two models. Participants will explore the definition of combustion, the distinction between fire and combustion, and the various theories behind the combustion process. The session will also delve into fire classification, including Class A, B, C, D, and K fires. Join us to enhance your understanding of fire dynamics, its principles, and practical implications for safety and prevention.

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Understanding Combustion: The Fire Triangle, Tetrahedron, and Theories of Fire Dynamics

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Presentation Transcript

  1. Combustion Processes Unit 4 Seminar

  2. Objectives • The fire triangle and it components • The fire tetrahedron and its components • What are the differences between the two, and why is the fire tetrahedron a better model?

  3. What is combustion? • Let’s define and discuss combustion. • What is the definition of combustion? • Is there a difference between fire and combustion?

  4. Theories of Combustion • Fire Triangle • Fuel • Heat • Oxygen

  5. The Fire Tetrahedronn • Fire Tetrahedron • Fuel • Heath • Oxygen • Uninhibited Chemical Chain Reaction

  6. What is the difference between the two? • What is the difference between the two theories and why is it important? • Which more accurately portrays the combustion process?

  7. Fire Classification • Class A • Class B • Class C • Class D • Class K

  8. Questions? • Does anyone have any questions about the material we have discussed?

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