Higher acetate compound, and solid dialysis agent using same
A technology of acetate compounds and solid state, which is applied in the field of advanced acetate compounds, which can solve the problems of lack of formulation stability and no reports of acetate compounds, etc., achieve excellent formulation stability, reduce acetic acid odor, and inhibit curing Effect
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[0109] The "solid dialysis agent" refers to a solid raw material used for the preparation of a dialysate. The solid dialysis agent of the present invention contains the above-mentioned higher acetate compound. The above-mentioned higher acetate compound can reduce the odor of acetic acid, and thus can suppress the deterioration of the work environment when clinically preparing dialysate. In addition, the above-mentioned higher acetate compound can also inhibit the decomposition of glucose, so when glucose is contained in the solid dialysis agent of the present invention, glucose can be stabilized. In addition, the solid dialysis agent of the present invention can suppress changes in pH due to storage, curing, coloring, and dissolution in water by including the above-mentioned higher acetate compound, and thus can also have excellent formulation stability.
[0110] [Types of solid dialysis agents]
[0111] The solid dialysis agent of the present invention can be used in the p...
Embodiment
[0140] Hereinafter, the present invention will be described concretely with reference to examples. However, the present invention is not construed as being limited to the following Examples.
Embodiment 1
[0143]Put 20.0 kg of glacial acetic acid, 24.6 kg of anhydrous sodium acetate, and 18.3 kg of purified water into a filter drier (manufacturer: TANABE WILLTEC Co., Ltd., model: TR25F), and stir while heating until the product temperature reaches 105°C. A mixture of dissolved glacial acetic acid and anhydrous sodium acetate was obtained. Stirring was continued while maintaining the temperature to evaporate and concentrate about 9 kg of the mixed liquid, and then the heating was stopped. Then, while continuing to stir, it cooled until the product temperature became 42 degreeC, and dried under reduced pressure at -96--98kPa with stirring until the product temperature exceeded 60 degreeC. The total time for drying under reduced pressure is 150 minutes. For the first 60 minutes from the start of drying under reduced pressure, the temperature of the jacket heat medium is kept at 50-55°C, and for the next 90 minutes, the temperature of the jacket heat medium is kept Periodically con...
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