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Gompertz Equation’s First and Second Derivatives for Kinetics Analysis of Batch Dark Fermentation on Bio-Hydrogen Production

Author

Listed:
  • Vladimir Barrera-Quintero

    (Energy Department of Universidad Autonoma Metropolitana)

  • Jose Angel Davila-Gomez

    (Energy Department of Universidad Autonoma Metropolitana)

  • Pavel Rizo Acosta

    (ICMPE/CNRS-UPEC UMR, Thiais)

  • Maria Elena Hernandez-Rojas

    (Environmental Engineering Program. Universidad Catolica de Manizales)

  • Sandro Baez-Pimiento

    (Group of Research Innovation and Development Technology, Universidad Nacional de Colombia - Manizales)

Abstract

Based on results of different works carried out under the project of hydrogen and sustainable energies of the Department of Energy and the perspective shown by Bergues et al [6], concerning the presentation and interpretation of results obtained by Aleman [21], Sandoval and Yanez [10] and Morales and Argueta [22]; it is established a rigorous method for the analysis of the results obtained using as a model the Gompertz equation, and its first and second derivatives as indicators, that focuses on dark fermentation bio-hydrogen production, from the perspective of the conversion of the product –i.e., not of reagents–, for purposes of its maximization and operation control.

Suggested Citation

  • Vladimir Barrera-Quintero & Jose Angel Davila-Gomez & Pavel Rizo Acosta & Maria Elena Hernandez-Rojas & Sandro Baez-Pimiento, 2017. "Gompertz Equation’s First and Second Derivatives for Kinetics Analysis of Batch Dark Fermentation on Bio-Hydrogen Production," European Journal of Engineering and Technology Research, European Open Science, vol. 2(11), pages 18-22, November.
    • Handle: RePEc:epw:ejeng0:v:2:y:2017:i:11:id:60509
    DOI: 10.24018/ejeng.2017.2.11.509
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