Sulfur Recovery Daily Question 2018.12.29
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Why is steam condensate used when preparing solvents or system make-up solvents? Answer: Methyl diethanolamine is prone to oxidation and degradation when exposed to oxygen. If desalinated water or fresh water is used to prepare solvents or for system top-up, the oxygen present in these waters can cause part of the methyl diethanolamine to oxidize and become ineffective. Since deoxygenated water or steam condensate contain very little oxygen, it is necessary to use condensate or deoxygenated water for preparing solvents or for system replenishment.
Since methyl diethanolamine is prone to oxidation and degradation when exposed to oxygen, using demineralized water or fresh water to prepare solvents or system make-up fluids can result in the oxidation of some of the methyl diethanolamine, causing it to become ineffective. Since deoxygenated water or steam condensate contain very low levels of oxygen, it is necessary to use condensate or deoxygenated water for preparing solvents or system make-up fluids.
Since methyl diethanolamine is prone to oxidation and degradation when exposed to oxygen, using demineralized water or fresh water to prepare solvents or system make-up fluids can result in the oxidation of some of the methyl diethanolamine, causing it to become ineffective. Since deoxygenated water or steam condensate contain very low levels of oxygen, it is necessary to use condensate or deoxygenated water for preparing solvents or system make-up fluids.
Answer: Because methyldiethanolamine is prone to oxidation and degradation when exposed to oxygen, if demineralized water or fresh water is used to prepare solvents or as make-up water for the system, the oxygen present in such water will cause part of the methyldiethanolamine to oxidize
Answer: Because methyldiethanolamine is prone to oxidation and degradation when exposed to oxygen, if demineralized water or fresh water is used to prepare solvents or as make-up water for the system, the oxygen present in such water will cause part of the methyldiethanolamine to oxidize
Since methyl diethanolamine is prone to oxidation and degradation when exposed to oxygen, using demineralized water or fresh water to prepare solvents or system make-up fluids can result in the oxidation of some of the methyl diethanolamine, causing it to become ineffective. Since deoxygenated water or steam condensate contain very low levels of oxygen, it is necessary to use condensate or deoxygenated water for preparing solvents or system make-up fluids
Since methyl diethanolamine is prone to oxidation and degradation when exposed to oxygen, using demineralized water or fresh water to prepare solvents or system make-up fluids can result in the oxidation of some of the methyl diethanolamine, causing it to become ineffective. Since deoxygenated water or steam condensate contain very low levels of oxygen, it is necessary to use condensate or deoxygenated water for preparing solvents or system make-up fluids.
Since methyl diethanolamine is prone to oxidation and degradation when exposed to oxygen, using demineralized water or fresh water to prepare solvents or system make-up fluids can result in the oxidation of some of the methyl diethanolamine, causing it to become ineffective. Since deoxygenated water or steam condensate contain very low levels of oxygen, it is necessary to use condensate or deoxygenated water for preparing solvents or system make-up fluids
Since methyl diethanolamine is prone to oxidation and degradation when exposed to oxygen, using demineralized water or fresh water to prepare solvents or system make-up fluids can result in the oxidation of some of the methyl diethanolamine, causing it to become ineffective. Since deoxygenated water or steam condensate contain very low levels of oxygen, it is necessary to use condensate or deoxygenated water for preparing solvents or system make-up fluids
Since methyl diethanolamine is prone to oxidation and degradation when exposed to oxygen, using demineralized water or fresh water to prepare solvents or system make-up fluids can result in the oxidation of some of the methyl diethanolamine, causing it to become ineffective. Since deoxygenated water or steam condensate contain very low levels of oxygen, it is necessary to use condensate or deoxygenated water for preparing solvents or system make-up fluids
Answer: Because methyldiethanolamine is prone to oxidation and degradation when exposed to oxygen, if demineralized water or fresh water is used to prepare solvents or as make-up water for the system, the oxygen present in such water will cause part of the methyldiethanolamine to oxidize