A separation device and method for effectively separating siloxane in the production of organosilicon monomer
A separation method and siloxane technology, which are applied in the directions of immiscible liquid separation, silicon organic compounds, etc., can solve problems such as unimplemented industrial production, and achieve the effects of simple structure, production cost saving, and easy method.
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Embodiment 1
[0023] Example 1: Such as figure 1 , A separation device for effectively separating siloxane in the production of organic silicon monomers, including a hydrolysis first layerer 1, an intermediate tank 2, an intermediate pump 3, a plate phase separator 4, a filter 5, and a neutralization collector 6 , Fiber bed phase separator 7, hydrochloric acid storage tank 8, and interface regulating valve 9. The first hydrolysis layer 1 is connected to the intermediate tank 2; the intermediate tank 2 is connected to the plate phase separator 4 through two intermediate pumps 3, and the two intermediate pumps 3 are connected in parallel; the plate phase The upper end of the separator 4 is connected to the neutralization collector 6 through an interface regulating valve 9, and the lower end of the plate phase separator 4 is connected to the fiber bed phase separator 7 through two filters 5, and the two filters 5 are connected Connected in parallel; the upper end of the fiber bed phase separato...
Embodiment 2
[0031] Example 2: Such as figure 2 , A separation device for effectively separating siloxane in the production of organic silicon monomers, including a hydrolysis first layerer 1, an intermediate tank 2, an intermediate pump 3, a plate phase separator 4, a filter 5, and a neutralization collector 6 , Fiber bed phase separator 7, hydrochloric acid storage tank 8, and interface regulating valve 9. The first hydrolysis layer 1 is connected to the intermediate tank 2; the intermediate tank 2 is connected to the plate phase separator 4 through three intermediate pumps 3, and the three intermediate pumps 3 are connected in parallel; the plate phase The upper end of the separator 4 is connected to the neutralization collector 6 through an interface regulating valve 9, and the lower end of the plate phase separator 4 is connected to the fiber bed phase separator 7 through two filters 5, and the two filters 5 are connected Connected in parallel; the upper end of the fiber bed phase sep...
Embodiment 3
[0039] Example 3: Such as image 3 , A separation device for effectively separating siloxane in the production of organic silicon monomers, including a hydrolysis first layerer 1, an intermediate tank 2, an intermediate pump 3, a plate phase separator 4, a filter 5, and a neutralization collector 6 , Fiber bed phase separator 7, hydrochloric acid storage tank 8, and interface regulating valve 9. The first hydrolysis layer 1 is connected to the intermediate tank 2; the intermediate tank 2 is connected to the plate phase separator 4 through three intermediate pumps 3, and the three intermediate pumps 3 are connected in parallel; the plate phase The upper end of the separator 4 is connected to the neutralization collector 6 through an interface regulating valve 10, and the lower end of the plate phase separator 4 is connected to the fiber bed phase separator 7 through three filters 5, and the three filters 5 are connected Connected in parallel; the upper end of the fiber bed phase...
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