Over the last decade there has been a significant improvement in understanding how to
design, operate and scale-up solid-state fermentation bioreactors. The key to these …

Mathematical models are important tools for optimizing the design and operation of solid-
state fermentation (SSF) bioreactors. Such models must describe the kinetics of microbial …

Until now a number of studies have been made on microbial metabolites production at the
industrial scale. Among these, solid-state fermentation (SSF) is known as one of the …

Despite centuries of use and renewed interest over the last 20 years in solid-state
fermentation (SSF) technology, and despite its good potential for a range of products, there …

Currently, mathematical models that propose to describe the performance of solid state
fermentation bioreactors use simple empirical equations to describe the growth kinetics …

An empirical model was developed to describe a growth profile occurring in solid‐state
fermentation (SSF), namely that consisting of an initial period of rapid acceleration followed …

Abstract Development of surface grown cultures of Aspergillus niger no. 10 was studied at
two experimental levels:(a) following the time course of the biomass density (X [=] mg cm− 2) …

This work focuses on the influence of the source of organic matter on the process of biomass
adhesion on polyurethane foam matrices in fixed-bed anaerobic immobilized-sludge …

During the last decade, significant effort has been made to apply computational and physical
methods to solid-state fermentation (SSF). This had positive impact both on our …

Growth kinetics of Geotrichum candidum and Penicillium camemberti may be continuously
recorded with the help of a new turbidimetric device specially designed for the case of …