A microbial photoreactor is a device designed to meet the needs of microbial cultivation. As important photosynthetic organisms, microorganisms can fix CO 2 and produce various biomass through photosynthesis.
However, the existing microbial culture vessels
To solve these problems, we designed, fabricated, and tested a microbial photoreactor with automatic control of lighting intensity and period. The reactor can also regularly collect samples to detect changes in the number of microorganisms and accurately
The microbial photoreactor has the following characteristics:
These 6 pictures are in turn, translate the above words:Carbon Dioxide Sensor,Arduion MG-811,Professional pH Meter V2,Low Voltage DC Heating Rod,Threaded Temperature Sensor, Solenoid Valve.Both are devices for automated conditioned biological reactions
The reactor as a whole presents a cylindrical shape, consists of a translucent drum and drum cover, the drum cover fixed motor, connected to the paddle through the shaft, the drum cover is also equipped with a feeding port, replenishment port, exhaust port; drum outside the installation of a number of lamps, in the cylinder wall is also set up pH sensors, temperature sensors, ventilation pipes, heating rods, and other interfaces; drum tapered low just under the design of the discharge port, the discharge port is placed directly under the water filters screen cabinet. The reactor body is placed on the base support.
The designed, fabricated and tested microbial photoreactor was interfaced with a number of microbiology related companies to get their experience and feedback on the use of the device. Through their positive responses and feedbacks, it can be concluded that the reactor has relatively more efficient, lower loss and higher efficiency than the traditional reactors.
In summary, our microbial photoreactor has the advantages of automated detection and regulation, efficient control of light, real-time monitoring of microbial growth, good mass transfer, and high bioactive substance yield relative to traditional reactors. These features make it an ideal choice for microbial cultivation and provide strong support for the sustainable development of the microbial industry.
The design and development of photobioreactors has great significance and potential for scientific research and industrial applications. It provides an efficient and controllable way to promote photosynthesis and biological reactions, which is important for
In addition, stirred photobioreactors play a key role in environmental protection and sustainable development by
Combined with artificial intelligence and automation technology, intelligent control and large-scale production can be achieved to promote commercialization and industrialization. In summary, the design and development of photobioreactors are of