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| | [No title] (Site not responding. Last check: 2007-10-22) |
 | | In the said saponification process, particularly rosin acids have the problem that, if saponification has not taken place completely or nearly completely, unsaponified rosin acid begins to precipitate on the cooling surfaces of the cooling heat exchanger, thus blocking it and causing it to lose its heat-exchanging ability. |
 | | The completeness of the saponification reaction is also affected by using a relatively long, thermally insulated pipe 12 after the disperser 4, which creates additional dwell time benefiting the reaction. |
 | | This is because, if the saponification reaction is not complete, material will begin to precipitate on the cooler, reducing its cooling effect and naturally raising the temperature of the cooling liquid flowing out of the cooler. |
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