Method for improving quality of calcium hydroxide
A technology of calcium hydroxide and high quality, which is applied in the field of calcium hydroxide preparation, can solve the problems of reduced production of calcium hydroxide, reduced purity of calcium hydroxide finished products, uneven reaction temperature, etc., and achieves increased precipitation, improved purity, Uniform response and full effect
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Embodiment 1
[0031] A method for improving the quality of calcium hydroxide, comprising: the steps are as follows:
[0032] S1: take the limestone with a mass fraction > 90% and pulverize, then add the pulverized limestone into a calciner for calcination, calcining to obtain quicklime, and vibrating the raw limestone and then performing pulverization to obtain quicklime powder;
[0033] S2: add cold water to the boiler for heating, and the heating temperature is 90°C to obtain hot water;
[0034] S3: Turn on the heating device to heat the interior of the lime digester, the heating temperature of the heating device is 85°C, and the temperature inside the lime digester is monitored by a temperature sensor;
[0035] S4: Add the quicklime powder to the lime digester, and then feed the heated water. The mass ratio of the quicklime powder to the water is 1:0.5. Start the lime digester, and the hot water reacts with the quicklime, and the hot water reacts with the quicklime. The reaction time is...
Embodiment 2
[0042] A method for improving the quality of calcium hydroxide, comprising: the steps are as follows:
[0043] S1: take the limestone with a mass fraction > 90% and pulverize, then add the pulverized limestone into a calciner for calcination, calcining to obtain quicklime, and vibrating the raw limestone and then performing pulverization to obtain quicklime powder;
[0044] S2: add cold water to the boiler for heating, and the heating temperature is 98°C to obtain hot water;
[0045] S3: Turn on the heating device to heat the interior of the lime digester, the heating temperature of the heating device is 95°C, and the temperature inside the lime digester is monitored by a temperature sensor;
[0046] S4: Add the quicklime powder to the lime digester, and then feed the heated water. The mass ratio of the quicklime powder to the water is 1:0.8. Start the lime digester, and the hot water reacts with the quicklime, and the hot water reacts with the quicklime. The reaction time is...
Embodiment 3
[0053] A method for improving the quality of calcium hydroxide, comprising: the steps are as follows:
[0054] S1: take the limestone with a mass fraction > 90% and pulverize, then add the pulverized limestone into a calciner for calcination, calcining to obtain quicklime, and vibrating the raw limestone and then performing pulverization to obtain quicklime powder;
[0055] S2: add cold water to the boiler for heating, and the heating temperature is 97°C to obtain hot water;
[0056] S3: Turn on the heating device to heat the interior of the lime digester, the heating temperature of the heating device is 92°C, and the temperature inside the lime digester is monitored by a temperature sensor;
[0057] S4: Add the quicklime powder to the lime digester, and then feed the heated water. The mass ratio of the quicklime powder to the water is 1:0.8. Start the lime digester, and the hot water reacts with the quicklime, and the hot water reacts with the quicklime. The reaction time is...
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Abstract
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