Suspension demulsification device

Abstract

The invention discloses a suspension demulsification device. The suspension demulsification device consists of a suspension demulsification unit body or a plurality of suspension demulsification unit bodies which are sequentially connected, wherein each suspension demulsification unit body comprises a demulsification unit, a suspension unit and a connection piece; each demulsification unit is movably or fixedly connected to a part above or below the corresponding suspension unit; each connection piece is arranged on the corresponding suspension unit and can be connected with two adjacent suspension demulsification unit bodies. The suspension demulsification device is applicable to elimination of an emulsion phenomenon in a two-phase or multi-phase mixture. By combining the demulsification units, the suspension units and a buoyancy regulating unit, a module single body or a module whole body in certain standardization is formed, and is suspended in the liquid in an extraction groove, so that the emulsion degree of a mixed solution in the extraction groove can be reduced, and the resistance of material flowing in the extraction groove can be reduced.

Description

Technical field: [0001] The invention relates to the field of chemical equipment, in particular to equipment for breaking the emulsification phenomenon in a two-phase or multi-phase mixture. Background technique: [0002] Emulsification is the effect of one liquid uniformly dispersed in another immiscible liquid in the form of tiny droplets. Emulsification is a liquid-liquid interface phenomenon. Two immiscible liquids, such as oil and water, are divided into two layers in a container. The oil with low density is in the upper layer, and the water with high density is in the lower layer. If appropriate surfactant is added and the oil is dispersed in water under strong stirring, an emulsion is formed. This process is called emulsification. For products such as cosmetics, we often use the characteristics of some raw materials and add a part of surfactant to them to promote the c...

AI Technical Summary

Problems solved by technology

For products such as cosmetics, we often use the characteristics of some raw materials and add a part of surfactant to them to promote the complete emulsification of certain components of the mixture to obtain a well-mixed emulsion system. However, when separating and purifying a two-phase or multi-phase mixture, it is necessary to prevent emulsification. During separation and purification, the emulsification of certain substances will cause separation difficulties, and the process time and cycle of purification will be greatly extended due to the emulsification.

[0003] In the process of using one substance to extract another substance, in order to ensure the extraction rate and extraction effect, the stirring is generally strengthened so that the two-phase substances in the mixing system are evenly dispersed and fully contacted, but the strengthening of stirring often leads to emulsification of the mixed phase, and the consequences One is that the separation of the heavy phase and the light phase is difficult, so that the production cannot be carried out normally; the other is that the required clarification and separation time is too long, and sometimes it is even difficult to separate

In order to ensure normal separation, it is necessary to increase the size of clarification equipment, which will inevitably lead to a corresponding increase in equipment investment and land occupation

In the past, the emulsification of this type of system was often done by adding fillers in the tank or setting up a screen for the pipeline to achieve the purpose of demulsification. Reduced resistance results in increased energy consumption; at the same time, since the demulsification facilities in the tank are installed and fixed on the tank body, it will be very difficult to clean the demulsification facilities due to the sedimentation and clogging of impurities in the system, and it is inconvenient to disassemble

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