Heat energy synergy method of hydration reactor
A hydration reactor and hydration reaction technology, applied in chemical instruments and methods, hydroxyl addition preparation, organic chemistry, etc., can solve the problems of heat waste of cooling water, large consumption of steam and cooling water, and increased coal consumption, etc., to achieve Reduce cooling water consumption and save water vapor
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[0033] Example 1
[0034] Load feed: 130t / h, temperature: 70.9℃, hydration reactor temperature: 118℃, hydration reactor pressure: 0.52MPaG, heat transfer area: 150m 2 , Outlet temperature: 80.9℃, heat energy obtained: 236.6×10 4 KJ / h, saving 8.047t / h of cooling desalinated water.
Example Embodiment
[0035] Example 2
[0036] Load feed: 140t / h, temperature: 71.3℃, hydration reactor temperature: 118℃, hydration reactor pressure: 0.52MPaG, heat transfer area: 150m 2 , Outlet temperature: 83.5℃, heat energy obtained: 310.8×10 4 KJ / h, saving 9.487t / h of cooling desalinated water.
Example Embodiment
[0037] Example 3
[0038] Load feed: 150t / h, temperature: 71.1℃, hydration reactor temperature: 118℃, hydration reactor pressure: 0.52MPaG, heat transfer area: 150m2, outlet temperature: 83.3℃, heat energy obtained: 333.1×104KJ / h, saving 9.791t / h of cooling and desalinated water.
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