FIELD: biotechnology.
SUBSTANCE: unit comprises successively mounted on the transport platform 1 and interconnected by pipelines 2 with locking and regulating device, at least one container for the nutrient medium 3, at least one container for increasing the suspensions 4, and the at least one container for increasing the stock culture of microorganisms 5. The container for increasing the stock culture of microorganisms 5 and the container for increasing the suspensions 4 have thermostatic jackets 6, 7 made on infrared heating elements, are provided with a system of sensors: sensor of temperature 8, 9, of acidity regulation 10, 11 and level 12, 13, the additional containers to discharge gases 14, 15, and the liquid 16, 17 controlling the acidity with the metering pumps 18, 19. The container for increasing suspensions and microorganisms has a pipeline for transferring the finished product by a pump and is provided with the compressor connected to it through the valve for supplying air by the compressor for pumping liquids using displacement with a gas "cap". The unit is provided with an electronic control unit 24 and a power supply unit 25. To increase the productivity of the unit, several containers for increasing microorganisms 4 can be mounted on the platform, which are connected in parallel or in series. On the platform one container for increasing the suspensions can be mounted, in which the nutrient medium is poured and the microorganisms are placed to obtain a large volume of microbial suspension with low concentration of microbial cells. The system of sensors, pumps and valves is made with the ability to connect to the power supply unit 25 through the controller 33 to the PC 34 which inputs are connected to the unit of audio and light indication 35, the display 36, the remote monitoring unit 37 and the GPS antenna 38.
EFFECT: improving serviceability and expanding the technological capabilities due to the use of the unit for increasing the suspensions of microorganisms in the field, reduction of energy consumption during the technological cycle.
4 cl, 5 dwg
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Authors
Dates
2014-09-20—Published
2013-04-15—Filed