Automatic control reactor for solid-liquid reaction separation

Abstract

The invention discloses an automatic control reactor for solid-liquid reaction separation. The automatic control reactor structurally comprises a motor, a retainer, a feeding inlet, an automatic temperature controller, a visual window, a reactor body, a kettle bottom, fixed supporting legs and sealing plates. The automatic control reactor is characterized in that a power source plate is connectedwith a temperature bulb pipe; the temperature bulb pipe is inserted into the reactor by a detection capillary; when the temperature in a temperature bulb is changed, the liquid volume is also changed,so that temperature change inside the reactor can be sensed according to volume change of expanded liquid in the temperature bulb pipe; the detection capillary transmits information to a temperatureadjusting valve according to the change phenomenon of the liquid; a valve rod is connected with a spring; the opening degree of the valve is controlled according to spring expansion, and further automatic control of the temperature inside the reactor is realized; meanwhile, a prompting port and a metering coiled tube can measure the liquid in the temperature bulb pipe and gives out prompt, so thatan operator conveniently learns the temperature in the reactor; by connection of a drawing rod and a control lever, reactants can be quickly separated out of a tank.

Description

technical field [0001] The invention relates to an automatic control reactor for solid-liquid reaction separation, which belongs to the technical field of automatic control reactor for solid-liquid reaction separation. Background technique [0002] In biological science, the solid-liquid reaction technology is used to mix solid substances with specific functions, such as immobilized enzymes and solid catalysts, with the solution and undergo a chemical reaction. The reacted solids can be reused after regeneration. The target product is produced, so solid-liquid rapid separation is required after the reaction is completed, and gas, such as air, is also required for some reactions. [0003] The existing self-control reactor for solid-liquid reaction separation cannot feel the temperature change inside the reaction vessel according to the volume change of the expansion liquid in the thermostat tube, and at the same time, the opening size of the valve is controlled by the expansi...

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Problems solved by technology

[0004] In view of the deficiencies in the prior art, the purpose of the present invention is to provide a self-control reactor for solid-liquid reaction separation, to solve the problem that the existing self-control reactor for solid-liquid reaction separation cannot be adjusted according to the volume of the expansion liquid in the temperature bulb. The change senses the temperature change inside the reaction vessel, and at the same time, the opening size of the valve is controlled by the expansion and contraction of the spring to realize the automatic control of the temperature inside the reactor

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