Light is an essential parameter for the growth of photosynthetic microorganisms. For this reason, information on the light spectrum and light intensity distribution within a photobioreactor (PBR) are helpful to develop highly automated growth methods. In this work, we designed a floating optical sensor to measure the spectral light intensity at different points within the PBR. In addition, the sensor is equipped with a localization algorithm so that a light intensity distribution map within the PBR can be plotted. Moreover, a model is proposed to simulate the spectral distribution of light inside a photobioreactor with a ray trace software for different wavelengths within the photosynthetically active radiation (PAR) spectrum. The method w...
A simple portable light meter for use with fiber-optic microprobes was developed. The meter has a fl...
This thesis deals with the control of closed microalgal photobioreactor. Mathematical modeling and m...
International audienceThe ability to cultivate the cyanobacterium Arhtrospira platensis in artificia...
We describe the development and testing of a Lagrangian method for quantifying light dose distributi...
The slow development of microalgal biotechnology is due to the failure in the design of large-scal...
Light is one of the key elements affecting the growth of photoautotrophic algae in photobioreactors....
One of the main problems posed by the growth of microalgae is to achieve efficient lighting in the p...
Microalgae are capable of producing many important chemicals that are used in various industries and...
International audienceAn in-depth investigation of how various illumination conditions influence mic...
[EN] Light, being the fundamental energy source to sustain life on Earth, is the external factor wi...
Light availability and light stratification within any photobioreactor and their impact on the growt...
Over the last years, the study of micro and macro algae has become a matter of a major interest to t...
International audienceIn this article, a numerical workflow describing the microalgal growth inside ...
Microalgal biotechnologies have great potential for biofuels, bioremediation, food technologies and ...
The slow development of microalgal biotechnology is due to the failure in the design of large-scale...
A simple portable light meter for use with fiber-optic microprobes was developed. The meter has a fl...
This thesis deals with the control of closed microalgal photobioreactor. Mathematical modeling and m...
International audienceThe ability to cultivate the cyanobacterium Arhtrospira platensis in artificia...
We describe the development and testing of a Lagrangian method for quantifying light dose distributi...
The slow development of microalgal biotechnology is due to the failure in the design of large-scal...
Light is one of the key elements affecting the growth of photoautotrophic algae in photobioreactors....
One of the main problems posed by the growth of microalgae is to achieve efficient lighting in the p...
Microalgae are capable of producing many important chemicals that are used in various industries and...
International audienceAn in-depth investigation of how various illumination conditions influence mic...
[EN] Light, being the fundamental energy source to sustain life on Earth, is the external factor wi...
Light availability and light stratification within any photobioreactor and their impact on the growt...
Over the last years, the study of micro and macro algae has become a matter of a major interest to t...
International audienceIn this article, a numerical workflow describing the microalgal growth inside ...
Microalgal biotechnologies have great potential for biofuels, bioremediation, food technologies and ...
The slow development of microalgal biotechnology is due to the failure in the design of large-scale...
A simple portable light meter for use with fiber-optic microprobes was developed. The meter has a fl...
This thesis deals with the control of closed microalgal photobioreactor. Mathematical modeling and m...
International audienceThe ability to cultivate the cyanobacterium Arhtrospira platensis in artificia...