A high-throughput co-precipitation synthesis device

Abstract

The invention belongs to the technical field of automation and high flux, and discloses a high-flux co-precipitation synthesizing device. The high-flux co-precipitation synthesizing device comprises amain framework, a two-axis manipulator, a reagent distribution module, a liquid pump, a reagent storage module, a co-precipitation reaction module and a central control system, wherein the two-axis manipulator is arranged on the main framework, and is transversely and vertically moved corresponding to the main framework; the reagent distribution module is fixedly arranged on the manipulator, andis transversely and vertically moved; the liquid pump is arranged on the main framework, is connected with the reagent distribution module, and is used for controlling the adding amount of an experiment reagent; the reagent storage module is arranged on the main framework, and is used for storing the experiment reagent; the co-precipitation reaction module is arranged on the main framework, and isused for enabling the contained experiment reagent to react; the central control system is respectively connected with the movable manipulator and the liquid pump. The high-flux co-precipitation synthesizing device has the advantages that the testing accuracy and efficiency of high-flux co-precipitation reaction are improved; the labor intensity and operation error of an operator are decreased.

Description

technical field [0001] The invention relates to the field of automatic high-throughput technology, in particular to a high-throughput co-precipitation synthesis device. Background technique [0002] In petrochemical, biomedicine and other fields, the precipitation method is a common method for wet chemical preparation of catalysts. This method is widely used to prepare high-content non-noble metals, composite metal oxide catalysts or catalyst supports (non-supported). Relevant laboratories or scientific research centers need to conduct a large number of co-precipitation experiments every day to prepare and select catalysts. [0003] Co-precipitation method to prepare composite oxide catalyst is to add a precipitant to the metal salt solution (or add a metal salt solution to the precipitant) to generate an insoluble metal salt or metal hydrate, which is precipitated from the solution, and then aged, Processes such as filtration, washing, drying, roasting, molding, and activ...

AI Technical Summary

Problems solved by technology

It is a time-consuming and heavy work if the experimenter completes these experiments in person, and the accuracy of the experiment is not easy to guarantee.

However, in order to screen a suitable catalyst, it is often necessary to carry out a large number of experiments, which consumes a lot of manpower, material resources and financial resources.

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