A mathematical representation of the growth of a photosynthetic system in an alternating
light/dark regime is proposed, integrating fluid dynamics and maintenance in the three-state …

Photobioreactors using algae, plant cells, or photosynthetic bacteria have received
considerable attention from biochemical engineers. Industry is presently engaged in …

Sažetak Photobioreactor design is a subject of great relevance for the attainment of a
sustained development in modern technology, and has also considerable interest from the …

A microorganism culture process is a complex system in which physical operating
parameters and biological responses strongly interact. Mathematical formulation and …

The development of large-scale outdoor microalgae production requires a thorough
understanding of microalgal growth which should be encompassed in a mathematical …

The paper reports a novel photobioreactor developed to achievehomogeneous and flexible
illumination inside the reactor. This is toovercome the problem of studying kinetics in …

Rational design of large-scale bioreactors is still suffering from inadequate scale-up of
technical parameters from lab to large scale and from missing kinetic information concerning …

The dynamic behaviour of a simple model for photosynthesis and photoinhibition, which was
published before in this journal, is analysed. The differential equations are simplified and …

Abstract Effect of hydrodynamical conditions on a microalgae culture growth was
investigated in a photobioreactor with annular light chambers, with the focus on the relation …

A mathematical model for light‐limited growth of a continuous microalgal culture is
proposed. Average light intensity inside the photobioreactor was calculated, taking light …