Micro-channel reactor for producing nano sulfate

A technology of microchannel reactor and sulfate, applied in chemical/physical/physical chemical reactors, chemical instruments and methods, chemical/physical/physical chemical processes, etc., can solve incomplete reaction, poor product quality, raw material mixing Inhomogeneity and other problems, to avoid re-agglomeration, complete reaction, accurate feeding effect

Inactive Publication Date: 2017-10-24
YIBIN GRACE GROUP CO LTD
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

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Problems solved by technology

[0011] The present invention aims to solve the problems of inhomogeneous mixing of raw materials, incomplete reaction and poor product quality in existing reactors for producing nano-sulfate, and provides a microchannel reactor for producing nano-sulfate, which can transfer raw materials Mix evenly, the reaction is more thorough, and the product quality is good

Method used

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  • Micro-channel reactor for producing nano sulfate
  • Micro-channel reactor for producing nano sulfate
  • Micro-channel reactor for producing nano sulfate

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Effect test

Embodiment 1

[0040] A microchannel reactor for producing nano-sulfate, comprising an upper feed layer 1, a lower feed layer 2 and a middle reaction layer 3; both the upper feed layer 1 and the lower feed layer 2 are provided with feed holes 4; The middle reaction layer 3 is a network branch structure, and the chloride salt feed channel 5 is communicated with the sodium sulfate feed channel 6 to form a feed unit, and the two described feed units are arranged oppositely, and pass through the primary channel at the same time. 7 is connected, and the feeding unit and the primary channel 7 form a primary reaction unit; the two primary reaction units are arranged opposite each other, and are communicated through the secondary channel 8 at the same time to form a secondary reaction unit; Said secondary reaction units are relatively set up and communicated through tertiary channel 9 at the same time to form a tertiary reaction unit; according to the above composition method, every two N-stage react...

Embodiment 2

[0044] A microchannel reactor for producing nano-sulfate, comprising an upper feed layer 1, a lower feed layer 2 and a middle reaction layer 3; both the upper feed layer 1 and the lower feed layer 2 are provided with feed holes 4; The middle reaction layer 3 is a network branch structure, and the chloride salt feed channel 5 is communicated with the sodium sulfate feed channel 6 to form a feed unit, and the two described feed units are arranged oppositely, and pass through the primary channel at the same time. 7 is connected, and the feeding unit and the primary channel 7 form a primary reaction unit; the two primary reaction units are arranged opposite each other, and are communicated through the secondary channel 8 at the same time to form a secondary reaction unit; Said secondary reaction units are relatively set up and communicated through tertiary channel 9 at the same time to form a tertiary reaction unit; according to the above composition method, every two N-stage react...

Embodiment 3

[0047] A microchannel reactor for producing nano-sulfate, comprising an upper feed layer 1, a lower feed layer 2 and a middle reaction layer 3; both the upper feed layer 1 and the lower feed layer 2 are provided with feed holes 4; The middle reaction layer 3 is a network branch structure, and the chloride salt feed channel 5 is communicated with the sodium sulfate feed channel 6 to form a feed unit, and the two described feed units are arranged oppositely, and pass through the primary channel at the same time. 7 is connected, and the feeding unit and the primary channel 7 form a primary reaction unit; the two primary reaction units are arranged opposite each other, and are communicated through the secondary channel 8 at the same time to form a secondary reaction unit; Said secondary reaction units are relatively set up and communicated through tertiary channel 9 at the same time to form a tertiary reaction unit; according to the above composition method, every two N-stage react...

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Abstract

The invention relates to a micro-channel reactor for producing nano sulfate and belongs to the technical field of chemical reaction equipment. The micro-channel reactor provided by the invention has the benefits that through the arrangement of a three-layer structure and a multistage reaction unit, feeding is more accurate, and reaction materials are more uniformly mixed, and the laminar flow phenomenon of feed liquid occurring in the collision reaction process is overcome, so that the reaction is closer to a flow state, the contact in the reaction process is more full, and the reaction is more thorough; the re-agglomeration of nano sulfate generated by collision reaction can be effectively avoided, so that a product is kept in a nanometer form and is uniform in particle size, and further, a high-quality nano sulfate product is prepared.

Description

technical field [0001] The invention relates to a microchannel reactor, more particularly, the invention relates to a microchannel reactor for producing nano-sulfate, belonging to the technical field of chemical reaction equipment. Background technique [0002] Currently through BaCl 2 with NaSO 4 Preparation of Nano-BaSO by Reaction 4 The reaction method of collision is mainly used, and the BaCl prepared according to the one-to-one feed ratio is about to be used. 2 with NaSO 4 The solution is accurately metered by the metering pump and injected from both ends of the reactor at the same time, and the two groups of solutions are collided and combined in the reactor at a certain speed and pressure to form BaSO 4 a way of reacting. Other nano sulfates such as the preparation of nano calcium sulfate whiskers can also be prepared by the above method. [0003] The method for producing nano barium sulfate in the existing reactor mainly has the following deficiencies: [0004...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): B01J19/00
CPCB01J19/0093B01J2219/00813B01J2219/00894B01J2219/00984
Inventor 邓传东段美科周杰
Owner YIBIN GRACE GROUP CO LTD
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