AbstractA sensitivity analysis of a model that describes the biooxidation of Total Reduced Compounds (TRS) using a biotrickling filter is presented. Consistent results are obtained using three methodologies; Standard Regresion Coefficients (SRC), Variance-based sensitivity index (VSI) and the method of Morris. The model presents a highly linear behavior of the uncertain parameters. It is shown that the properties of the biofilm and the parameters related with the kinetics have the highest influence on the behavior of the model, on the other hand the properties related with mass transfer have a low influence
Biotrickling filtration is a potential and cost effective alternative for the treatment of volatile ...
A mathematical dynamic model describing biological removal of high loads of H2S from biogas streams ...
International audienceA novel heterogeneous respirometer for in situ assessment of the biological ac...
AbstractA sensitivity analysis of a model that describes the biooxidation of Total Reduced Compounds...
Biofiltration is a new technology for biological treatment of volatile organic compounds present in ...
A dynamic model that describes the mass transport and attenuation of odor-causing air emissions (i.e...
[Abstract] The odour generated by industrial gaseous emissions causing nuisances generally is due to...
Biofilm models are valuable tools for process engineers despite several uncertainties including the ...
This is the pre-peer reviewed version of the following article: Dorado, A.D. [et al.]. Evaluation of...
A study was carried out to model mass transfer properties in biotrickling filters, treating isopropa...
Background: The behaviour of two biotrickling filters connected in serie (BTF) inoculated with Acidi...
Hydrogen sulphide is a poisonous gas produced by several industries. It is therefore crucial to in...
A diffusion-reaction model was fitted to data obtained with Pseudomonas fluorescens biofilms develo...
Monitoring the biological activity in biotrickling filters is difficult since it implies estimating...
A mathematical model for the simulation of the removal of hydrophilic compounds using biotrickling f...
Biotrickling filtration is a potential and cost effective alternative for the treatment of volatile ...
A mathematical dynamic model describing biological removal of high loads of H2S from biogas streams ...
International audienceA novel heterogeneous respirometer for in situ assessment of the biological ac...
AbstractA sensitivity analysis of a model that describes the biooxidation of Total Reduced Compounds...
Biofiltration is a new technology for biological treatment of volatile organic compounds present in ...
A dynamic model that describes the mass transport and attenuation of odor-causing air emissions (i.e...
[Abstract] The odour generated by industrial gaseous emissions causing nuisances generally is due to...
Biofilm models are valuable tools for process engineers despite several uncertainties including the ...
This is the pre-peer reviewed version of the following article: Dorado, A.D. [et al.]. Evaluation of...
A study was carried out to model mass transfer properties in biotrickling filters, treating isopropa...
Background: The behaviour of two biotrickling filters connected in serie (BTF) inoculated with Acidi...
Hydrogen sulphide is a poisonous gas produced by several industries. It is therefore crucial to in...
A diffusion-reaction model was fitted to data obtained with Pseudomonas fluorescens biofilms develo...
Monitoring the biological activity in biotrickling filters is difficult since it implies estimating...
A mathematical model for the simulation of the removal of hydrophilic compounds using biotrickling f...
Biotrickling filtration is a potential and cost effective alternative for the treatment of volatile ...
A mathematical dynamic model describing biological removal of high loads of H2S from biogas streams ...
International audienceA novel heterogeneous respirometer for in situ assessment of the biological ac...