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Combustion of Methane and Carbon Project for ME653: Combustion Dr. Bhattacharjee Levi Lentz

Combustion of Methane and Carbon Project for ME653: Combustion Dr. Bhattacharjee Levi Lentz. Problem Statement. Equal parts of Methane and Carbon combust Plot the Adiabatic flame Temperature A. For the PG model B. For the IG model Vary the ratio of Methane to Carbon

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Combustion of Methane and Carbon Project for ME653: Combustion Dr. Bhattacharjee Levi Lentz

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  1. Combustion of Methane and Carbon Project for ME653: Combustion Dr. Bhattacharjee Levi Lentz

  2. Problem Statement • Equal parts of Methane and Carbon combust • Plot the Adiabatic flame Temperature • A. For the PG model • B. For the IG model • Vary the ratio of Methane to Carbon • Plot the Adiabatic flame temperature

  3. Chemical Balance For theoretical Air: Excess Air: Deficient Air:

  4. Mathematical Model • Base assumptions: • PG Model: • = const for phi < 1 • varies for phi >1 • IG Model: • Iterative method to solve for

  5. Error for Theoretical Air • Inlet temperature: 25C • TEST Result: 2548C • Error: 7.1%

  6. Variance of Methane: Model • a varies from 0 to 1 • b varies from 1 to 0 • Adiabatic temperature calculated using PG model

  7. Questions?

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