Xanthate for beneficiation and preparation method thereof
A technology of xanthate and mining, which is applied in the field of xanthate for mineral dressing and its preparation, can solve the problems of unsatisfactory market demand, low production efficiency and high production cost, and achieve the goal of improving production efficiency, simplifying production process and reducing production cost Effect
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Embodiment 1
[0018] This embodiment is a kind of xanthate for ore dressing, which includes 290 kg of raw material alcohol in parts by weight, 255 kg of sodium hydroxide, and 480 kg of carbon disulfide; in this embodiment, the aforementioned raw material alcohol adopts ethanol, and its specific industrial preparation Methods as below:
[0019] Step 1, get the corresponding amount of ethanol, carbon disulfide and sodium hydroxide, add ethanol in the kneader, then add carbon disulfide and sodium hydroxide in ethanol, make the three react according to the following formula:
[0020] ROH+CS 2 +NaOH=ROSSSNa+H 2 o
[0021] Step 2: reacting ethanol, carbon disulfide and sodium hydroxide to generate xanthate; packaging the xanthate to obtain the finished product of xanthate for mineral processing.
[0022] In this example, ethyl xanthate was synthesized by the above preparation method, wherein the total weight of ethanol, carbon disulfide and sodium hydroxide accounted for 82% of the total weigh...
Embodiment 2
[0024] This embodiment is a kind of xanthate for ore dressing, which includes 396 kg of raw material alcohol in parts by weight, 218 kg of sodium hydroxide, and 410 kg of carbon disulfide; in this embodiment, the aforementioned raw material alcohol adopts butanol, and its specific industrial The preparation method is as follows:
[0025] Step 1, get corresponding amount of butanol, carbon disulfide and sodium hydroxide, add butanol in the kneader, then add carbon disulfide and sodium hydroxide in butanol, make the three react according to the following formula:
[0026] ROH+CS 2 +NaOH=ROSSSNa+H 2 o
[0027] In this step, sodium hydroxide (i.e. caustic soda) is stored in the alkali tank, and the pipeline is communicated with the kneader, and the pipeline is also equipped with a soda adding machine, and the hydrogen in the soda tank is quantified by the soda adding machine. Sodium oxide is transferred to the kneader;
[0028] Step 2, butanol, carbon disulfide and sodium hydr...
Embodiment 3
[0031] This embodiment is a kind of xanthate for ore dressing, which includes 396 kg of raw material alcohol in parts by weight, 218 kg of sodium hydroxide, and 410 kg of carbon disulfide; in this embodiment, the aforementioned raw material alcohol adopts isobutanol, and its specific The industrial preparation method is as follows:
[0032] Step 1, get corresponding amount of isobutanol, carbon disulfide and sodium hydroxide, add isobutanol in the kneader, then add carbon disulfide and sodium hydroxide in isobutanol, make the three react according to the following formula:
[0033] ROH+CS 2 +NaOH=ROSSSNa+H 2 o
[0034] In this step, sodium hydroxide (i.e. caustic soda) is stored in the alkali tank, and the pipeline is communicated with the kneader, and the pipeline is also equipped with a soda adding machine, and the hydrogen in the soda tank is quantified by the soda adding machine. Sodium oxide is transferred to the kneader; when the reaction of isobutanol, carbon disulfi...
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