BIOREACTOR DEVICE TO GROW BIOLOGICAL SPECIES THAT DEPEND ON LIGHTING ENERGY AND METHOD TO GROW BIOLOGICAL SPECIES THAT DEPEND ON LIGHTING ENERGY Russian patent published in 2013 - IPC C12M1/00 A01K61/00 

Abstract RU 2494144 C2

FIELD: biotechnologies.

SUBSTANCE: bioreactor device comprises at least one reservoir device (3) with the first habitat (4a) for the first class (2a), and the first lighting device (5a), which comprises at least one light diode lighting source (6), adapted for the first species (2a) with the help of emission of light (L), having the first spectrum. The bioreactor device (1) contains the second habitat (4b) adapted for the second species (2b), and the second lighting device (5b), which has at least one light diode lighting source (6). The latter is adapted for the second species (2b) with the help of radiation of light (L), having the spectrum that differs from the spectrum of the first lighting device (5a). Habitats (4) are arranged in series, adapted for species (2) that follow each other in the food chain, besides, to create the artificial food chain, the arrangement corresponds to the food chain link of the appropriate species (2). The method to grow biological species (2) that depend on lighting energy in the bioreactor device (1) includes lighting of the first species (1) in the first habitat (4a) by the first lighting device (5a), transfer of the grown first species (2a) into the next habitat (4b, 4c, 4d…) separated from the previous habitat (4) by means of a system (7) of connections, lighting of the following species (2b, 2c…) in the specified following habitat (4b, 4c, 4d…) by the following lighting device (5b, 5c…), and repetition of stages of transfer and lighting until the required species (2) grows to the optimal size.

EFFECT: increased efficiency and optimisation of growth in process of growing of more than one biological species, which depends on lighting energy, with simultaneous reduction of material costs.

12 cl, 7 dwg

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RU 2 494 144 C2

Authors

Jakobs Jozef Kh.A.M.

Peters Khenrikus M.

Van Urs Denis J.K.

Dates

2013-09-27Published

2008-11-17Filed