MWSに高純度水を供給水として供給した場合、製造されたWFIが飛沫同伴

MWSに高純度水を供給水として供給した場合、製造されたWFIが飛沫同伴により交差汚染受けたかどうかを導電率やTOCの値で判断することが困難であることをしてきした。飛沫同伴は蒸留法における最大のリスクであり、飽和水の高水位が発生することによってしばしば起きることも指摘した。さらに、上市され利用されているMWSは型式により、高水位発生したときの検出方法や検出時間に違いがあり、高水位が実際に発生しているに拘わらずWFIを製造しているかもしれないことを説明した。
蒸発缶で飛沫同伴が発生した場合でも適正なWFIを製造するために、蒸発缶外部に二段階目の独立した気水分離器を設けるフェイルセーフ設計を提案している。
本稿が患者に安全なWFIを製造することができるMWSは如何にあるべきかを検討するための一助となれば幸いである。
ここでは、MWSについて説明しているが、ほとんどの内容は同じ型式の蒸発缶を採用しているピュアスチーム発生器（PSGとも言う。）についても同様のことが言える。

結果 (英語) 1:

Is right, and that the values of electrical conductivity and TOC to determine if WFI as supply water supplied high purity water on MWS, manufactured by entrainment received cross-contamination is difficult. Entrainment is the maximum risk in the distillation method pointed out also by causing a high level of saturated water often occur. In addition to the launch explained that might be made by WFI, regardless of MWS have been used and the model enables high water level occurs when the detection method and detection time difference, actually are experiencing high water levels. Proposed air water separator to produce WFI proper even when entrainment occurs in the evaporator to evaporation cans outside the independent second-stage of a fail-safe design.This will be investigated, or MWS can be making a safe WFI patient paper ought to be blessed in.Here, learn about MWS, most content's pure steam generators employing the same type evaporators (also called PSG. ) To similar can be said about.

結果 (英語) 2:

When supplied with high-purity water as feed water to the MWS, was been that it is difficult WFI produced it is determined by the conductivity and TOC values ​​whether received cross-contamination by entrainment. Entrainment is the largest risk in the distillation method, it was also pointed out that often caused by the high water level of saturated water occurs. In addition, the MWS the type that is being marketed use, there is a difference in the detection method and the detection time when the high level occurs, it might have produced the WFI regardless of the high water level is actually generated thing I explained the.
For entrainment is to produce a proper WFI even if generated in the evaporator, it is proposed a fail-safe design for providing a two stage independent steam-water separator to the evaporator outside.
MWS the paper is able to produce a safe WFI to a patient is hope help to consider whether should be in how.
Here, it has been described MWS, most content (also referred to as PSG.) Evaporator adopted to have pure steam generator of the same type The same applies for.

結果 (英語) 3:

If MWS supplied by supplying water and high-purity water, was that it is difficult to judge whether the conductivity and received by the spray WFI cross contamination in TOC value in production. The spray is the biggest risk in distillation process, it often happens that a high level of saturated water. Furthermore, the MWS type is in the market, the generation of high level when there is a difference in the detection, and detection methodHigh water level in spite of the fact that occurred in the WFI produced may be explained. In order to make a proper WFI occurs even when the liquid entrainment in the evaporator, the fail safe design is proposed to provide a water separator independent evaporator outside of the second stage. The MWS can be manufactured WFI safe in this article I will be happy if patients and help to study how there should be. Here, description, but MWSTeam pure saturated steam into the generator is used as the evaporator of the same type of content, and PSG.) In the same manner. At