メーカーによると水質によって脱気性能に差がでるとは考えにくいとのことです。
ですので、純水のほうが脱気しやすいということはありません。
考えられる理由は、
・残存酸素の初期値が高いため
・弊社は脱気装置のホースを直接Sinkに入れて脱気しているので、処理効率が高い可能性があります
脱気速度は理論上2倍程度にはなると思いますが、実際はやってみないとわかりません。
あと方法があるとすれば、弊社と同様にバルブを通さず、直接脱気装置のホースをSinkに入れるやり方をするかです。
評価
50
翻訳 / 英語
- 2019/06/18 13:54:06に投稿されました
The maker says it is hard to think there is evaporating performance difference by water quality.
Therefore, there is no way the pure water makes more evaporation.
The reasons which can be though are:
・Remaining oxygen value is high
・As we take off air by using a hose directly into the sink, there is possibility of precessing rate high.
Although the taking air speed would be theoretically twice, we cannot be sure unless we try it.
Other ways, if there is, without through the valve like us, you can directly put air-taking system hose into the sink.
Therefore, there is no way the pure water makes more evaporation.
The reasons which can be though are:
・Remaining oxygen value is high
・As we take off air by using a hose directly into the sink, there is possibility of precessing rate high.
Although the taking air speed would be theoretically twice, we cannot be sure unless we try it.
Other ways, if there is, without through the valve like us, you can directly put air-taking system hose into the sink.
評価
52
翻訳 / 英語
- 2019/06/18 14:31:42に投稿されました
According to the maker, degassing performance will not differ depending on water quality.
So, we cannot say that it'll easier to degas when we use pure water.
The reasons are as followings.
- Initial value of residual oxygen is high
- We put degassing hose directly into the sink to degas, so the processing efficiency may be high
The speed of degassing will twice than before theoretically, but we don't know without trial.
And if we can try another method, you can put degassing hose directly into sink without passing valve as same as we do.
So, we cannot say that it'll easier to degas when we use pure water.
The reasons are as followings.
- Initial value of residual oxygen is high
- We put degassing hose directly into the sink to degas, so the processing efficiency may be high
The speed of degassing will twice than before theoretically, but we don't know without trial.
And if we can try another method, you can put degassing hose directly into sink without passing valve as same as we do.
![[削除済みユーザ]](https://secure.gravatar.com/avatar/695023b4efd563721d13716b1457bc73.png?d=identicon&mode=crop&r=PG&s=42)
評価
52
翻訳 / 英語
- 2019/06/18 17:00:46に投稿されました
According to the maker, it is hard to think that deaeration isn't affected depend upon the water quality, therefore purified water isn't always easy for deaeration.
The possible reasons.
・The initial value of remaining oxygen is high
・As we did deaeration with placing the horse of the deaeration system directly to the sink, the efficiency of processing seems to be high.
The speed of deaeration might be near double theoretically but we don't know what will be happening unless we do it actually. For another idea, without putting through bulb like us, whether you try the way the horse of deaeration system be in sink directly or not.
The possible reasons.
・The initial value of remaining oxygen is high
・As we did deaeration with placing the horse of the deaeration system directly to the sink, the efficiency of processing seems to be high.
The speed of deaeration might be near double theoretically but we don't know what will be happening unless we do it actually. For another idea, without putting through bulb like us, whether you try the way the horse of deaeration system be in sink directly or not.
評価
50
翻訳 / 英語
- 2019/06/18 16:14:14に投稿されました
The manufacturer says it is difficult to think that the degassing performance will differ depending on the water quality.
Therefore, it can’t be said pure water is easier to degas.
Possible reasons are below.
・ The high initial value of residual oxygen
・ The processing efficiency may be high since our company put the hose of the degassing device directly into the sink.
I think that the degassing speed will be about twice in theory, but I do not know it in practice.
If there is another method, you could also do the way to direct the hose of the degassing device into the sink without passing through the valve as with our company.
Therefore, it can’t be said pure water is easier to degas.
Possible reasons are below.
・ The high initial value of residual oxygen
・ The processing efficiency may be high since our company put the hose of the degassing device directly into the sink.
I think that the degassing speed will be about twice in theory, but I do not know it in practice.
If there is another method, you could also do the way to direct the hose of the degassing device into the sink without passing through the valve as with our company.
評価
50
翻訳 / 英語
- 2019/06/18 14:46:18に投稿されました
According to the answer from the manufacturer, it is not probable that degassing performance is worsened due to the quality of water. So, degassing will not become easier even if we use pure water.
Possible reasons are
・Residual oxygen concentration is higher at the initial stage
・We put the hose of the degas equipment directly into the sink. That may contribute to higher degas efficiency.
Theoretically, degas speed will double approximately, although actual speed cannot be certain without trying actually.
Another possible idea is to put the hose into the sink directly without using bulbs between them, as we usually do.
Possible reasons are
・Residual oxygen concentration is higher at the initial stage
・We put the hose of the degas equipment directly into the sink. That may contribute to higher degas efficiency.
Theoretically, degas speed will double approximately, although actual speed cannot be certain without trying actually.
Another possible idea is to put the hose into the sink directly without using bulbs between them, as we usually do.
評価
50
翻訳 / 英語
- 2019/06/18 14:40:32に投稿されました
According to the manufacturer, the quality of water rarely affects the ability of degassing , so what kind of water you are using is not a problem, even if you use pure water.
Here are possible reasons,
The original amount of residual enzyme is high.
We degas with a degassing device's hose which is directly put in a Sink, so it is possible that processing efficiency is high.
I guess that the speed of degassing will be theoretically doubled, but the result can not be seen until we try it. Also, there is a possible solution. In this solution, you have to put a degassing device's hose in a Sink without using valve as we do.
Here are possible reasons,
The original amount of residual enzyme is high.
We degas with a degassing device's hose which is directly put in a Sink, so it is possible that processing efficiency is high.
I guess that the speed of degassing will be theoretically doubled, but the result can not be seen until we try it. Also, there is a possible solution. In this solution, you have to put a degassing device's hose in a Sink without using valve as we do.
