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Multi-channel high-throughput catalyst evaluation device and evaluation method

A catalyst and high-throughput technology, applied in the direction of using catalysis for chemical analysis, etc., can solve the problems of heavy catalyst evaluation workload, unavoidable relative error, and unguaranteed test conditions, so as to improve evaluation efficiency and credibility , good sealing effect

Inactive Publication Date: 2015-02-25
北京昊诚油气科技有限公司
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0008] The existing technology is mainly a combination of a single heating furnace and a single reactor, and there are common problems such as heavy workload and long cycle of catalyst evaluation, and the test conditions of the comparison test cannot guarantee the consistency, and the relative error cannot be avoided.

Method used

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  • Multi-channel high-throughput catalyst evaluation device and evaluation method
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  • Multi-channel high-throughput catalyst evaluation device and evaluation method

Examples

Experimental program
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Effect test

Embodiment 1

[0037] A multi-channel high-throughput catalyst evaluation device, including a feed system 1, a reaction system 2, a sampling analysis system 3, and a product collection system 4 connected in sequence; the feed system 1 is two, including gas phase feed channels 5. Mass flow controller 6 and mixing unit 7; reaction system 2 is composed of multi-channel reactor 8 and external heating unit 9 of multi-channel reactor 8, multi-channel reactor 8 has two branch reactors, feed system 1 One-to-one correspondence with each branch reactor of the multi-channel reactor 8 ; the product collection system 4 includes a high-pressure separator 10 and a product storage unit 11 .

[0038] Put the catalyst to be evaluated into each branch reactor; let the reaction samples A and B pass through the A mass flow controller and the B mass flow controller respectively, and enter the mixing unit at the same time to mix the two gases evenly, and then enter the multi-channel reactor After the reaction is c...

Embodiment 2

[0040] A multi-channel high-throughput catalyst evaluation device, comprising a feed system 1, a reaction system 2, a heat exchanger 12, a sampling analysis system 3, and a product collection system 4 connected in sequence; there are four feed systems 1, respectively Comprising a gas phase feed channel 5 and a mass flow controller 6, a liquid phase feed channel 13, a metering pump 14 and a mixing unit 7, the outside of the mixing unit 7 is provided with a heater 15; there are two reaction systems 2, each composed of a multi-channel reaction 8 and the external heating unit 9 of the multi-channel reactor, the multi-channel heater 8 has two branch reactors, and the feed system 1 corresponds to each branch reactor of the multi-channel reactor 8; the product collection system 4 is Two, including high pressure separator 10 and product storage unit 11 .

[0041] Put the catalyst to be evaluated into each branch reactor; let the reaction samples A and B pass through the A mass flow co...

Embodiment 3

[0043] A multi-channel high-throughput catalyst evaluation device, comprising a feed system 1, a reaction system 2, a heat exchanger 12, a sampling analysis system 3, and a product collection system 4 connected in sequence; there are five feed systems 1, respectively Comprising a gas phase feed channel 5 and a mass flow controller 6, a liquid phase feed channel 13 and a mass flow controller 6 and a mixing unit 7, the mixing unit 7 is provided with a heater 15 outside; the reaction system 2 consists of a multichannel reactor 8 and The external heating unit 9 of the multi-channel reactor 8 is composed of five branch reactors in the multi-channel reactor 8, and the feed system 1 corresponds to each branch reactor of the multi-channel reactor 8; the product collection system 4 is one, A high pressure separator 10 and a product storage unit 11 are included.

[0044] Put the catalyst to be evaluated into each branch reactor; let the reaction samples A and B pass through the A mass f...

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Abstract

The invention relates to a multi-channel high-throughput catalyst evaluation device and an evaluation method. The device comprises a feeding system, a reaction system, a cooling system, a sampling analysis system and a product collection system. Catalysts are contained in a reactor. Raw materials enter a mixing unit through a flow control unit for even mixing and enter a multi-channel reactor for reaction. After the reaction is completed, the materials are cooled and then enter a next unit, are sampled and analyzed by the sampling analysis system and enter the product collection system. Gas-liquid separation is conducted to products in a high-pressure separator. Liquid enters a product storage unit for storage. Gas is collected, emptied or correspondingly treated through a gas path. The multi-channel high-throughput catalyst evaluation device and the evaluation method are suitable for simultaneously evaluating various catalysts at the same reaction temperature and under the same reaction pressure, the catalyst screening efficiency is obviously improved, the testing time is saved and the test repeatability is good.

Description

technical field [0001] The invention belongs to the technical field of catalyst research and development process, and in particular relates to a multi-channel high-throughput catalyst evaluation device and evaluation method. The invention is mainly applicable to small-scale test or pilot-scale test in the process of catalyst research and development in petrochemical, pharmaceutical chemical, coal chemical and other chemical processes. Background technique [0002] In petrochemical, pharmaceutical chemical and coal chemical production processes, most of the chemical reactions are realized through the catalysis of catalysts. Therefore, the catalyst is an important catalyst in the chemical production process. The quality of the catalyst determines whether a production process can be realized, and its economy plays a vital role in the chemical production process. [0003] The research and development process of a catalyst generally needs to go through a small scale test, a pilo...

Claims

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Application Information

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Patent Type & Authority Patents(China)
IPC IPC(8): G01N31/10
Inventor 王春生刘伟张怡美靳国忠何开安贾相飞贾楠
Owner 北京昊诚油气科技有限公司
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