RU2667453C1 - Reactor for continuous mixing of liquid solutions - Google Patents

Abstract

FIELD: technological processes.SUBSTANCE: invention relates to a reactor for the continuous mixing of liquid solutions and can be used in industry for the production of liquid products: household cleaners, ethanol, propylene, and also for gasoline purification. Reactor comprises six tubes of the same size with the same diameter, connected together by hoses mounted on a horizontally moving platform to the left and to the right at a controlled speed, with the fifth and sixth cooling pipes, a peristaltic pump for continuous supply of reagents to the pipes and the container into which the cooled product leaves.EFFECT: invention provides the best result of mixing liquids, as well as reducing electricity consumption.1 cl, 1 dwg

Description

The invention relates to a reactor for continuous mixing of liquid solutions for any reactions occurring during mixing of liquids. The reactor can be used in the industry where liquid products are produced: household cleaners, ethanol, propylene, gasoline refining (in the oil industry), etc.

The invention relates to a reactor and its use for implementing a method for the continuous production of liquid products: household cleaners, ethanol, propylene, refining gasoline (in the oil industry), etc., as well as to the specified method. http://www.gaps.tstu.ru/win-1251/lab/sreda/tpo/6/new/lekcii/5_2_3.html

The aim of the invention is to provide a chemical reactor for industry. In chemical laboratories and in the chemical industry today it is considered a big problem to switch from a “discontinuous” reaction process to a “continuous” one, since for the “first” one needs to spend time loading materials, mixing, unloading the products and further cleaning the device (reactor ) Therefore, there is a need to change the process technology from “discontinuous” to “continuous”.

A reactor is proposed, which is a reactor for continuous mixing of liquid solutions, including a platform horizontally moving left to right, with a controlled speed of movement, with the possibility of increasing or decreasing, six pipes of the same size with the same diameter, interconnected by hoses and mounted on the platform, while the fifth and sixth pipes are wrapped with copper pipes for cooling the mixed solution, peristaltic pumps, through which reagents enter the pipes, and a container in the resulting cooled product leaves, while reagents continue to flow into the pipes.

The supply of raw materials from tanks with reagents 1 to the reactor is carried out using peristaltic pumps 2. Two (maybe more, depending on the number of reagents) peristaltic pumps pump raw materials into the reactor (pumping can be at different stages). Moving (left - right) the platform mixes the injected reagents. At the last stage, the resulting product leaves after the cooling system in the tank 4, while the process does not stop, the same peristaltic pumps continue to pump the reagents into the pipes 3.

The need to move the platform (left-right) is that when researching AMT technology, it was revealed that the moving platform shows the best result of mixing liquids (in this case, liquid solutions) than on a “normal” or on a vibration platform.

This reactor does not need a large consumption of electricity, is very easy to use and therefore can be economical for companies engaged in the production of liquid products in the industry: household cleaners, ethanol, propylene, gasoline purification (in the oil industry), etc.

The reactor can conduct a series of experiments in which the course in the current sphere is known as “discontinuous”, on a continuous basis. Such as "Suzuki", coating particles (materials), any reactions that occur when mixing liquids. The reactor can be used in the industry where liquid products are produced: household cleaners, ethanol, propylene, gasoline refining (in the oil industry), crystallization process, etc.

Description of illustration

Fig. 1. 1 - tanks with reagents, 2 - peristaltic pumps, 3 - pipes of the same length and diameter, 4 - capacity for the resulting product.

Claims (1)

A reactor for continuous mixing of liquid solutions, including a platform horizontally moving left to right, with a controlled speed of movement, with the possibility of increasing or decreasing it, six pipes of the same size with the same diameter, interconnected by hoses and installed on the platform, with the fifth and sixth the pipe is wrapped with copper pipes for cooling the mixed solution, peristaltic pumps, with which reagents enter the pipes, and the container into which the obtained cooled product goes, at reagents continue to flow into the pipes.

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