Examples of 'photobioreactor' in a sentence
Meaning of "photobioreactor"
Photobioreactor is a closed equipment used to grow photosynthetic organisms like algae or bacteria using light as the energy source. It is commonly used in biotechnology for producing biomass, biofuels, and other bioproducts
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- A bioreactor in which photofermentation takes place.
How to use "photobioreactor" in a sentence
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photobioreactor
Method for improving the performance of a photobioreactor.
One is a closed photobioreactor that you see here.
Photosynthesis takes place in said photobioreactor.
Operation in a continuous photobioreactor offers a point of view to be optimised.
Mixotrophic growth can be conducted in a photobioreactor.
Than a closed photobioreactor system.
Heterotrophic growth can be conducted in a photobioreactor.
Our photobioreactor for everybody.
Ports are usually connected to tubing leading from the photobioreactor.
A single photobioreactor can also comprise multiple cultivation supports.
This is in particular suitable in case the bioreactor is used as a photobioreactor.
The invention relates to a photobioreactor for cultivating photosynthetic microorganisms.
In one aspect a bioreactor is a photobioreactor.
A photobioreactor is a bioreactor that incorporates some type of light source.
A pond covered with a greenhouse could also be considered a photobioreactor.
See also
The photobioreactor is experimentally characterized and modeled for many aspects.
The rate of entry of gas into a photobioreactor can also be manipulated.
Gas inlets can be used to pump gases into the photobioreactor.
The method can use any photobioreactor or device described above.
Acetic acid can be used as substrate for hydrogen production in a photobioreactor.
A moss bioreactor is a photobioreactor used for the cultivation and propagation of mosses.
Schema of the disposition and operation of the photobioreactor of the invention.
The gas content of a photobioreactor to grow microorganisms like microalgae can be manipulated.
The culture and development of the microorganisms by photosynthesis is carried out in a photobioreactor.
Part of the volume of a photobioreactor can contain gas rather than liquid.
Any suitable photosynthesizing microorganism may be cultured in the photobioreactor of the invention.
Flat photobioreactor for the selection and culture of microalgae of interest in aquaculture.
It also allows evaluating dissolved oxygen concentration in the photobioreactor and its elimination efficiency.
The photobioreactor can have an inoculation line so as to provide for inoculation of cyanobacteria.
The method of cultivating a photosynthetic microorganism can use any of photobioreactor or device described above.
Increasing gas flow into a photobioreactor increases the turbidity of a culture of microalgae.
Algae can also be grown in a photobioreactor PBR.
The photobioreactor comprises receptacles in the form of polyethylene bags arranged inside a metal cage structure.
The method producing a fermentable sugar can use any of photobioreactor or device described above.
The photobioreactor also has a heat exchanger to maintain the optimum temperature for the microalgae growth.
Another advantage for the culture with this photobioreactor is the compatibility with most microalgae.
Alternatively, the microorganisms can be cultured photosynthetically in a photobioreactor or pond.
A second embodiment of the photobioreactor will now be described relative to FIG.
In yet another related embodiment, the engineered cyanobacterium is cultured in a photobioreactor.
In addition, a falling film photobioreactor has been suggested.
In a particular embodiment, the gas current is injected radially into the photobioreactor.
In this case, a photobioreactor may be needed.
In yet another related embodiment, the engineered photosynthetic microbe is cultured in a photobioreactor.
Also, the photobioreactor includes an artificial lighting unit.
A process according to claim 2, wherein said photobioreactor is a vertical photobioreactor.
A continuous photobioreactor is harvested either continually, as daily, or more frequently.
A process according to claim 8, wherein said photobioreactor is a tubular bioreactor.
For instance, a photobioreactor covered with a greenhouse would be one option.
The experiments were performed with co2 at a photobioreactor with a capacity of 7 liters.
Unexceptionally, a photobioreactor needs cooling, depending on illumination intensity and cell concentration.
