TH8886B - Ready-made machines for biomass production - Google Patents

Abstract

This invention will be a bioreactor for biomass production consisting of

Claims (8)

1. The bioreactor for biomass production consists of: (i) a transparent chamber where at least the chamber is suitable for the storage of biomass in liquids and consists of a base, top and numerous side walls in the area. Between the base and the top part With the side walls being formed from the base to the top; And (ii) circulation devices for circulating the contents of the chamber. By rotation device Circulation generates the optimum propulsion for the fluid to ensure continuous mixing. Of all biomass 2. The bioreactor, which corresponds to claim 1, the rate of circulating in the room at least is the least amount of biomass to the light source. The minimum amount is slightly greater than the convection rate leading to the sedimentation of the chamber biomass. 3. Bioreactors that comply with claim 1. It is hung over the reflective base surface. 4. Bioreactor corresponding to claim 1, a recirculation device will be supplied. Place inside the bioreactor, at or near the base. 5. Bioreactor corresponding to any of Clause 1 to 3. Rotation device Circulation is positioned close to the base within the bioreactor and has the ability to This creates an upward movement of biomass and liquids from the base to the top of the machine. Bioreactor The biomass will hit the top surface of the container, ensuring Exposure to most of the biomass in the liquid is briefly exposed to light. And after that the biomass will Moving downward toward the base where the biomass is maintained by the circulating device and Once again, the bioreactor is driven upward towards the top of the bioreactor. 6. Bioreactor corresponding to claim 1. Extends the length of the room and is close to the base of the room. The pipes mentioned above will be The holes are drilled and are connected to the gas source in such a way that the gas moves out of the pipe. The passage of and into the chamber causes the recirculation of the contents of the chamber to operate. 7. Bioreactor for biomass production consists of: (i) a transparent chamber where at least the chamber is suitable for storage of biomass. In liquid and contains A narrow plinth, a top sealed by a covering and numerous side walls that diverge from the base to the top; And (ii) circulation devices for circulating the contents of the chamber. By rotation device Circulating will provide optimum propulsion to assure the continuous mixing of the fluid and the exposure of the biomass to the light, the recirculation device will be located at or in an area. It is close to the lowest part of the base and consists of a passage that extends the length of the bioreactor. The passage is perforated and connected to the gas source. The holes in the pipe are almost Towards the south side of the pipe to allow downward movement of the gas out of the inlet and into the In the fluid it (a) prevents the pellet material in the bedroom from underneath the passage, (b) causes the liquid to circulate and (c) causes the gas to spread into the liquid. To operate 8. Bioreactor corresponding to one of the preceding claims. Machine room The bioreactor is a long prism. The prism has an upside-down triangular cross-section that can hold large quantities of liquid. 9. Bioreactor corresponding to claim 7, the mantle is a slight arc. With a curved top surface Within that surface there are one or more vents that are obtained. Alignment towards the center of the convex upper surface for the evacuation of the chamber 1 0. Bioreactor corresponding to claim 9, the vent is contained with the device. Filter, which can prevent granular material from entering the chamber. 1 1. Bioreactor corresponding to one of the preceding claims. Reactor The biological reactor is included with a thermostat for regulating the temperature of the liquid 1 2. Bioreactor corresponding to one of the preceding claims. Reactor The biological consists of at least one refractive element, which is aligned in a way that helps. This allows for even better circulation of contents of the chamber. 1. 3. Bioreactor corresponding to one of the previous claims. Reactor The biological reactor is included with a pH controller for controlling the pH of the liquid 1 4. Bioreactor corresponding to one of the previous claims. Reactor Biometrics will consist of a number of optical devices. Device or more, which helps make the light diffused. Efficiency in Room 1. 5. Bioreactor corresponding to one of the previous claims. Reactor Biometrics are assembled by one or more measuring devices that have the ability to Measurement of changes in nutrient levels 1 6. Bioreactor corresponding to claim 15, the measuring device will be connected to the With computer controlled devices capable of monitoring the level of nutrients in the It is liquid and capable of bringing nutrients into the bioreactor chamber when necessary. 1 7. Bioreactor corresponding to one of the preceding claims. Reactor The biometrics are assembled by one or more housings which have Covering the bioreactor's external surface at a minimum. 1 8. Bioreactor corresponding to one of the preceding claims. Reactor Biological fluid contacts many containers. A container in which the liquid will be made The flow is diverted before it is returned to the Bioreactor 1 9. Bioreactor In accordance with Clause 18, a separate container shall be Liquid storage container for increasing the volume of the system 2 0. Bioreactor corresponding to Clause 18 or 19. A separate container will be a dark area that has been used in Between growth conditions and high intensity 2 1. Bioreactor corresponding to claim 18, a separate container will be A system for coagulation where biomass can be extracted from liquids 2 2. A bioreactor corresponding to one of the preceding claims. Environment under In the bioreactor it is maintained stable and is most suitable for biomass growth and sustenance or for specific biochemical operations for biomass. By one or more computer devices capable of carrying nutrients or Chemical added Or has the ability to modify the light or temperature of a liquid in response to Changes in one or more of these conditions can be 2. 3. Bioreactor corresponding to one of the preceding claims. Liquid is obtained Pumping through a separate container contained by a carrier, or with other equipment for the purpose of carbon dioxide or other gases. Synthetically separated into the liquid before its return Return to bioreactor 2 4. Bioreactor, in accordance with claim 23, the liquid will also be pumped through A separate container is contained by a thermostatic device capable of keeping the temperature Of the liquid is changeable before it is returned to the bioreactor 2 5. Bioreactor corresponding to one of the previous claims. Reactor The biological consists of many chambers. Connecting rooms 2 6. A bioreactor corresponding to claim 25, one or more chambers, will It has been closed in the dark to aid the reproduction of biomass 2. 7. Bioreactor, in accordance with one of Clause 25 or 26, the flow of fluid between the chambers is controlled by a computer controlled device capable of Monitoring the density of biomass within each room. And which is capable of taking Transfers fluids between chambers in response to changes in biomass density under In bioreactor 2 8. Methodology of biomass culture consists of steps of Mass culture Biomass in a bioreactor corresponding to claim 1, where biomass will grow in a cycle. Continuous production where the necessary nutrients and fluids are fed into the bioreactor. Regularly And the liquid containing the biomass from culture was released from Continuous bioreactor