A kind of method utilizing lead sulfate leaching solution to prepare organic acid lead salt
A lead sulfate and leaching solution technology, applied in the field of resource recovery and utilization, can solve the problems of complex waste lead composition, unrealistic organic acid lead salts, etc., and achieve the effects of easy industrial production, rapid response, and beneficial recycling.
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Embodiment 1
[0020] Add lead sulfate leaching solution in the stirred tank, add 1-heptanoic acid of 2 times the molar quantity of lead sulfate in the solution, stir evenly, add potassium hydroxide solid of 2.1 times the molar quantity of 1-heptanoic acid, react at 40°C for 2 hours, filter The solid was washed and dried to obtain 1-lead heptanoate solid. The conversion of lead sulfate was 99%, and the yield was 99%.
Embodiment 2
[0022] Add lead sulfate leaching solution in the stirred tank, add 1-nonanoic acid with 2 times the molar quantity of lead sulfate in the solution, stir evenly, add potassium hydroxide solid with 2.1 times the molar quantity of 1-nonanoic acid, react at 40°C for 2 hours, filter The solid was washed and dried to obtain 1-lead nonanoate solid. The conversion rate of lead sulfate is 98.5%, and the yield is 98.5%
Embodiment 3
[0024] Add lead sulfate leaching solution into the stirred tank, add octadecanoic acid with 2 times the molar amount of lead sulfate in the solution, stir evenly, add ammonia water with 4 times the molar amount of octadecanoic acid, react at 40°C for 2 hours, filter out the solid, wash and dry Dry to obtain lead octadecanoate solid. The conversion rate of lead sulfate is 100%, and the yield is 100%.
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