Hemodialysis concentrate

Abstract

The invention aims at providing a hemodialysis concentrate which is characterized in that the production cost is low, the packing cost is low, the transportation cost is low, the storing cost is low, the components are even and the content accuracy is high. The hemodialysis concentrate comprises an acidic concentrate and a bicarbonate concentrate, wherein the acidic concentrate is composed of solid sodium chloride, liquid potassium chloride, calcium chloride, magnesium chloride and an acidic regulator. In the preparation process of the acidic concentrate, the sodium chloride is prepared as a solid, the potassium chloride, the calcium chloride, the magnesium chloride, the acidic regulator and the like are prepared as liquids. The bicarbonate concentrate (comprising sodium bicarbonate) is prepared by means of a normal method. The hemodialysis concentrate provided by the invention has the advantages that the volume of the finished product is reduced greatly due to that the sodium chloride which has the biggest volume is solid, and the components are even and the accuracy for the concentration of ionic solution is high due to the form of combined solid and liquid.

Description

technical field [0001] The invention relates to one of conventional consumables used in medical hemodialysis treatment, which is a hemodialysis concentrate. Background technique [0002] Due to renal failure, uremia patients cannot excrete the uremic toxins that should be excreted by the kidneys, so that the concentration of uremic toxins in the body increases, and hemodialysis guides the blood that is not clean and high in uremic toxins in the body, and passes through the blood. The dialyzer filters out some urea, and then sends the dialyzed, clean blood back into the body. After such treatment, the urea in the body is reduced, and the symptoms are naturally relieved. Because patients with uremia often have imbalances of sodium, potassium, calcium, phosphorus, magnesium, and acid-base, etc., the use of properly prepared dialysate can improve this situation through dialysis. Due to the relatively large volume of the dialysate, in order to facilitate transportation, the comp...

AI Technical Summary

Problems solved by technology

Among them, the preparation of acidic concentrates is divided into two types: solid and liquid: acidic concentrates are prepared from pure solids, which have the advantages of low production costs, low packaging costs, low transportation costs, and low storage costs. Calcium, magnesium chloride, and acid regulators have different molecular weights and contents, resulting in uneven components and low content accuracy when prepared from solids; acidic concentrates are prepared from pure liquids, which have the advantages of uniform components and high content accuracy. Due to high production costs, high packaging costs, high transportation costs, and high storage costs

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