How to achieve static grounding for glass-lined reaction vessels
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The medium is methanol and toluene; the reaction temperature is room temperature, and stirring is employed. How can static electricity be dissipated?
Just connect the ear to the ground wire for grounding
Don’t enamel reactors have agitators? Aren’t the agitator motors also equipped with grounding protection? How else can static electricity be removed specifically?
I understand that the kettle is made of enamel, so it’s only natural that the stirrer is made of the same material
An enamel-lined reactor is a type of small reaction vessel; its stirrer is usually made of stainless steel. The motor connected to it has grounding measures in place, so I don’t think it’s necessary to provide additional grounding
Wp asked that the mixer is also made of enamel – what should be done? Q
It is sufficient for the outer wall to be conductive; if there are special requirements, a metal rod can be inserted to ensure conductivity
Enameled insulation – it’s useless if the outer wall is conductive
Without compromising the mixing of the enamel tank or its sealing properties, a stainless steel conductive rod should be fixed to the mixing arm, preferably in such a way that it can make contact with the bottom of the mixer.
The inner wall is in contact with the tank wall; the tank wall is in contact with the ear