Industrial enzyme reaction monitoring system

Abstract

The invention discloses an industrial enzyme reaction monitoring system which structurally comprises a rotating shaft, an operation table, a sedimentation tank, a feeding cylinder and a reaction cylinder, the rotating shaft is connected between the operation table and the sedimentation tank, the sedimentation tank is indirectly matched with the feeding cylinder through the reaction cylinder, the reaction cylinder comprises an annular exchanger, a flow dividing table, a concentration wall and a power assisting body, and the feeding cylinder is connected to the annular exchanger. A flow dividing table is connected between the concentration walls, a power assisting body is arranged on the flow dividing table, a flow slowing device and an annular guide piece are arranged on the power assisting body, and the flow slowing device and the annular guide piece are matched under an intersection button, so that when a mixture and the flow dividing table form opposite impact, the mixture is scattered by the annular guide piece, and the mixture is dispersed by the annular guide piece. The flow direction of the water flow in the annular guide piece is stably guided, and the licker-in is matched for transition to the flow slowing device, so that the water flow is flatly paved, uniformly guided and intermittently discharged, and the impulsive force of the water flow is improved.

Description

technical field [0001] The invention relates to the technical field of industrial enzyme preparation, in particular to an industrial enzyme reaction monitoring system. Background technique [0002] The scale of modern industries is getting bigger and bigger, and the technological process is getting more and more complicated, while the requirements for production stability and continuity are constantly improving. At present, there are still some deficiencies in my country's industrial data collection and monitoring technology, such as sensors, etc. Data acquisition and access equipment are insufficiently deployed due to the problem of processor processing capacity. The existing industrial enzyme reaction monitoring system will have the following disadvantages when used: [0003] Since the reactants can settle in the sedimentation tank along with the industrial enzyme reaction, in order to ensure their reaction ability, a shunt table will be set on the sedimentation tank, but w...

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Problems solved by technology

[0002] The scale of modern industry is getting larger and larger, and the process is becoming more and more complex, but the requirements for production stability and continuity are constantly increasing. However, there are still some deficiencies in my country's industrial data collection and monitoring technologies, such as sensors, etc. Data acquisition and access equipment are insufficiently deployed due to the problem of processor processing capacity. The existing industrial enzyme reaction monitoring system will have the following disadvantages when used:

[0003] Since the reactant can settle in the sedimentation tank along with the industrial enzyme reaction, in order to ensure its reaction capacity, a diversion platform will be set on the sedimentation tank, but when the reactant and industrial enzyme slide down on the diversion platform along the water flow, it will The water flow moves in the same direction and flows synchronously, forming a hedge against the diverter table, which will have a stronger momentum and rush into the sedimentation tank, causing the sediment in the tank to expand and float in a circle, and then a stable sedimentation environment cannot be formed in the sedimentation tank, resulting in the next The water flow in the process will entrain more reactants and industrial enzymes, resulting in low system response capacity

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