Process for synthesizing vinyl chloride by using mercury-free catalyst
A mercury catalyst, vinyl chloride technology, applied in the direction of mercury halide, separation method, physical/chemical process catalyst, etc., can solve the problems of poor environmental protection of waste gas and waste liquid, poor adaptability of raw materials, high energy consumption, etc., to achieve economical The benefits are feasible, strong adaptability, and the effect of strong adaptability
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Embodiment 1
[0034] see Figure 1-3 , a process for synthesizing vinyl chloride using a mercury-free catalyst, including raw material soaking, separation, pickling, water washing, drying, waste catalyst recovery and waste gas and waste liquid treatment;
[0035] Soak the raw materials, add mercuric chloride according to the required amount into the dissolving tank heated by steam, add a certain amount of industrial hydrochloric acid and a certain amount of clean water or circulating water in the industrial pool, turn on the agitator and pass steam to heat to 80 °C , at a constant temperature for 20 minutes, to dissolve the mercuric chloride into a transparent solution for later use; at this time, put the activated carbon into the soaking tank, and after repeated pickling and water washing processes, the activated carbon is ready for use, and then open the valve of the dissolving tank to dissolve it. The purified mercuric chloride solution enters the sealed soaking tank, so that the activat...
Embodiment 2
[0050] see Figure 1-3 , a process for synthesizing vinyl chloride using a mercury-free catalyst, including raw material soaking, separation, pickling, water washing, drying, waste catalyst recovery and waste gas and waste liquid treatment;
[0051] Soak the raw materials, add mercuric chloride according to the required amount into the dissolving tank heated by steam, add a certain amount of industrial hydrochloric acid and a certain amount of clean water or circulating water in the industrial pool, turn on the agitator and pass steam to heat to 80 °C , at a constant temperature for 20 minutes, to dissolve the mercuric chloride into a transparent solution for later use; at this time, put the activated carbon into the soaking tank, and after repeated pickling and water washing processes, the activated carbon is ready for use, and then open the valve of the dissolving tank to dissolve it. The purified mercuric chloride solution enters the sealed soaking tank, so that the activat...
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