Detachable glass sand core dialysis device

Abstract

Disclosed is a detachable glass sand core dialysis device. The detachable glass sand core dialysis device specifically comprises five portions of a liquid preparation tank, an upper liquid storage tank, a lower liquid storage tank, a dialysis tank and a liquid collection tank; the top of the upper liquid storage tank is provided with the liquid preparation tank and a liquid inlet switch; the lower portion of the lower liquid storage tank is provide with a liquid outlet, a pressure reduction opening and the liquid collection tank; the liquid storage tanks are connected with the upper portion of the dialysis tank through a detachable connection opening and the liquid storage tanks are connected with the lower portion of the dialysis tank through a detachable connection opening for detachment and cleaning. According to the detachable glass sand core dialysis device, the structure is simple, the use cost is low, the detachment is easy, the cleaning sterilization is convenient, the environment influence in the process of dialysis is small, the use is safe and reliable, the detachable glass sand core dialysis device is suitable for the large-scale dialysis production of polymer solution, gel and other materials, the dialysis pressure can be regulated and controlled, and the smooth and rapid dynamic dialysis can be implemented.

Description

technical field [0001] The invention relates to a detachable glass sand core dialysis device, which is mainly used to speed up the dynamic dialysis of polymer solution or gel under negative pressure, and has important application value in the purification and separation of solution or gel. Background technique [0002] Traditional dialysis is a selective diffusion process that utilizes substances of different molecular weights to pass through a semipermeable membrane to separate impurity molecules with different molecular weights. Usually, the semi-permeable membrane is made into a bag, the sample solution is placed in the bag, and the dialysis bag is immersed in water or buffer solution, the molecules with large molecular weight in the sample solution are trapped in the bag, while the small molecular substances continue to diffuse Dialyze out of the bag until the concentrations on both sides of the bag reach equilibrium. The sample solution that remains in the dialysis bag...

AI Technical Summary

Problems solved by technology

[0003] However, the traditional dialysis bag dialysis operation is inconvenient. At the same time, in order to make the impurity molecules in the sample solution seep out of the semi-permeable membrane as much as possible, it is necessary to continuously maintain the power of dialysis, that is, the diffusion pressure. formed by a concentration gradient

This requires frequent replacement of the dialysis solution, and the dialysis rate is slow, resulting in an increase in dialysis costs

On the other hand, during the dialysis process, because the dialysate molecules continue to enter the dialysis bag through the semi-permeable membrane, the volume of the retained fluid increases continuously, and the dialysis bag may even burst, resulting in the loss of the dialysis sample.

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