Axes of research
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Axes of research

Axes of research

The research conducted at PROSE on environmental biotechnologies is built along 3 major axes:

1. Elementary process analysis

with cutting-edge analytical approaches and in line data acquisition, from lab scale to industrial scale

  • Metaomics, instrumentation, knowledge representation models
Ecological consequences of abrupt temperature changes in anaerobic digesters.
Ecological consequences of abrupt temperature changes in anaerobic digesters.
Electrical resistivity tomography used to characterize bubble distribution in complex aerated reactors: Development of the method and application to a semi-industrial MBR in operation
Electrical resistivity tomography used to characterize bubble distribution in complex aerated reactors: Development of the method and application to a semi-industrial MBR in operation

2. Knowledge integration and coupling

for engineering, by database development, data treatment tools (bioinformatics and biostatistics) and coupled bio-physico-chemical modeling

  • Data driven approaches: database, data analysis, development of indicators
Integrative analyses to investigate the link between microbial activity and metabolites degradation during anaerobic digestion
Integrative analyses to investigate the link between microbial activity and metabolites degradation during anaerobic digestion
A Generic Multivariate Framework for the Integration of Microbiome Longitudinal Studies With Other Data Types
A Generic Multivariate Framework for the Integration of Microbiome Longitudinal Studies With Other Data Types
  • Biology/physics/chemistry coupled modeling and study of emerging properties from these couplings
Considering the plug-flow behavior of the gas phase in nitrifying BAF models significantly improves the prediction of N2O emissions
Considering the plug-flow behavior of the gas phase in nitrifying BAF models significantly improves the prediction of N2O emissions
Consistent microbial dynamics and functional community patterns derived from first principles
Consistent microbial dynamics and functional community patterns derived from first principles

3. Bioprocesses optimization and innovation

by lifting scientific and technical barriers against implementation of innovative processes and by real scale testing

  • Bioelectrochemical processes for environmental biorefinery, optimization of existing processes, model-assisted design
Schéma de principe d'un pilote bioélectrochimique pour la biorafinnerie environnementale
Schéma de principe d'un pilote bioélectrochimique pour la biorafinnerie environnementale
Pilote bioélectrochimique TRL4 pour la biorafinnerie environnementale
Pilote bioélectrochimique TRL4 pour la biorafinnerie environnementale

Modification date: 22 November 2023 | Publication date: 23 March 2020 | By: PROSE