PHOTOBIOREACTOR MODULE AND PHTOBIOLOGICAL CULTURING SYSTEM UTILIZING THE SAME

A photobiological culturing system of the present invention comprises: culturing panel main bodies interconnected to each other for forming a culturing space, injecting photobiological organisms, and culturing the photobiological organisms, and including supporting ribs with predetermined intervals on the outer surface; a gas supplying pipe horizontally penetrating the culturing space formed by the culturing panel main bodies, and discharging flowed gas; a flat plate type photobiological culturing container including one or more whirlpool formation barriers extended from an inner walls of the culturing panel main bodies to the horizontal direction; a flat plate type photobioreactor module including a surface light source unit emitting light for culturing the photobiological organisms; a microalgae supplying tank connected to a microalgae injection pipe and storing microalgae; a photobiological storage tank for storing the cultured photobiological organisms; a pH measuring sensor for measuring a pH value of microalgae culture liquid; a dissolved amount measuring sensor for measuring the dissolved amount of oxygen and carbon dioxide; an illuminance measuring sensor for measuring the illuminance of the light emitted to the flat plate type photobioreactor module from the surface light source unit; and a control unit controlling the continuous production of the photobiological organisms based on signals detected from a pump, the illuminance measuring sensor, the pH measuring sensor, and the dissolved amount measuring sensor.