• Title of article

    Analysis of the composition and formation of biogas produced during the processing of biological waste by anaerobic digestion technologies [Analýza složení a tvorby bioplynu vznikají cího při zpracování bioodpadů technologií anaerobní digesce]

  • Author/Authors

    hnilica, l. ustav zemedelske, potravinar- ske a environmentalni techniky, mendelova univerzita v brně, Czech Republic , fryč, j. ustav zemedelske, potravinar- ske a environmentalni techniky, mendelova univerzita v brně, Czech Republic , groda, b. ustav zemedelske, potravinar- ske a environmentalni techniky, mendelova univerzita v brně, Czech Republic

  • Pages
    8
  • From page
    171
  • To page
    178
  • Abstract
    This work compares the operating system of anaerobic fermentation of agricultural biogas plants with realization using biowaste. It deals with the operation system of anaerobic fermentation of agricultural biogas plants and implement an appropriate system to enable the use of biowaste. Based on the comparison of technological solutions and operational parameters of specific sites has been designed to allow the system biowaste were made a practical experiment to verify the assumption of increased biogas production. In experiments used substrates,which are industrially produced from the available bio-wastes,treated and then provide to operator of biogas plants. The work was carried out practical measurements to verify the production of biogas from different substrates. Utilize of nominal electric power using biowaste amounted up to 97.66%. Processing of such modified substrates in anaerobic digestion technology can greatly affect the amount of energy crops. Benefit of waste is governed primarily by such projects,where is the problem of ensuring sufficient energy crops. The proposed composition of raw materials also allows the implementation of the existing operation of anaerobic digestion. Operational data on real operations demonstrate the real possibility of further development of the area and secondly the use of biogas plants as well as in the preparation of suitably prepared substrates for the operators. The entire data set underwent a complete statistical analysis. Differences between variants were statistically significant.
  • Keywords
    Anaerobic decomposition , Anaerobic digestive systems , Biogas , Biological waste , Treatment and utilization of waste
  • Journal title
    Acta Universitatis Agriculturae et Silviculturae Mendeleianae Brunensis
  • Serial Year
    2010
  • Journal title
    Acta Universitatis Agriculturae et Silviculturae Mendeleianae Brunensis
  • Record number

    2626247