A refining tower for synthesizing n-propanol

Abstract

The invention discloses a refining tower for synthesizing n-propanol. The refining tower comprises a plurality of fillers, an adjustable supporting rotating device, and a refining tower body, the multiple fillers are all fixedly connected with the adjustable supporting rotating device, the adjustable supporting rotating device is rotatably connected into the refining tower body, and a feeding portis formed in the refining tower body. According to the refining tower for synthesizing the n-propanol, when in use, filler frames are distributed inside the refining tower in an umbrella shape, and distributed inside the refining tower in layers through the adjustable supporting rotating device, thus the filler frames are fully distributed inside the refining tower, and the adjustable supportingrotating device can drive the filler frames to stretch and expand different areas, meanwhile, during a reaction inside the refining tower, the multiple filler frames are driven to rotate inside the refining tower, thus materials such as inert solids inside the filler frames can fully react with reactants, the synthetic rate of the n-propanol is increased, and meanwhile, the production cost is reduced.

Description

technical field [0001] The invention relates to the technical field of refining towers, in particular to a refining tower for synthesizing n-propanol. Background technique [0002] N-propanol (n-propanol), also known as 1-propanol (1-propyl alcohol), propanol, molecular formula CH3CH2CH2OH (C3H7OH), molecular weight 60.10, colorless and transparent liquid with ethanol-like smell, soluble in water, Ethanol and ether, obtained by carbonylation of ethylene to obtain propionaldehyde, and then reduced, are mainly used as solvents. If they are used in inks in large quantities, they can also replace ethanol with a lower boiling point as solvents. Polyamide inks used in printing and dyeing plastic films In the solvent, it has a special effect. Also used in chromatographic analysis, as an intermediate, mainly used in the production of n-propylamine. Propyl ester, propionamide, etc. [0003] During the preparation process of the refining tower, fillers need to be used as carriers. ...

AI Technical Summary

Problems solved by technology

[0003] During the preparation process of the refining tower, packing needs to be used as a carrier, and the inside of the packing is filled with inert solids and other materials. The inert solids and other materials are used as the necessary materials for the synthesis of n-propanol, while the existing packing inside the refining tower is composed of Blocks are fixed inside the refining tower, resulting in a reduction in the contact area of ​​some inert solids and other materials with the reactants or even being unable to contact the reactants, thereby reducing the rate of synthesis of n-propanol and increasing production costs. For this reason, we propose a A kind of refining tower for synthesizing n-propanol

Images