The photobioreactor system can include a plurality of photobioreactors.

The artificial biofilms are located within an internal volume of the photobioreactor.

The present invention also relates to the use of a photobioreactor to cultivate photosynthetic microorganisms and the use of a light-scattering element (4) to illuminate the culture medium of a photobioreactor.

Two or more photobioreactor units can be connected with each other in a cascade to form a photobioreactor system, which can be used for cultivation of the photosynthetic organisms.

The productivity of the photobioreactor (1) can be maintained at the same pace over longer operating periods and costs can be reduced by using the method and the photobioreactor (1).

The present invention relates to a photobioreactor for treatment of the waste water.

This invention also relates to a horizontal photobioreactor comprising the aeration system.

There is provided a culture bag for use in a photobioreactor.

A photobioreactor for a large-scale microalgal culture.

The present invention relates to a photobioreactor for the cultivation of photosynthetic microorganisms.

Photobioreactor: Oxygen and a Source of Nutrition for Astronauts

Certain embodiments and aspects of the present invention relate to a photobioreactor including covered photobioreactor units through which a liquid medium stream and a gas stream flow.

The present invention relates to a photobioreactor, and more particularly, to a photobioreactor for culturing living organisms such as microalgae, which carry out photosynthesis using carbon dioxide and light energy.

Methods of using said photobioreactor to manage the temperature of the culture medium in the photobioreactor and to manage the amount of heat stored in the reservoir are also described.

The invention provides a novel photobioreactor system for the culture of microalgae, and a method for the culture of microalgae by using the photobioreactor system.