Is pre-hydrogenation and reforming hydrogen dechlorination the same principle?
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Is it organic chlorine or inorganic chlorine that is removed?
The pre-hydrogenation dechlorinating agent only adsorbs hydrogen chloride
They are both inorganic chlorines; one is at high temperature and the other at low temperature
So what determines the dechlorination effect? It seems there’s no way to control it
Is it generally physical adsorption or chemical adsorption?
Pre-hydrogenation is at high temperature; reforming hydrogen is at low temperature
Inorganic chlorine is easy to remove, while organic chlorine is difficult to remove. The dechlorinating agent we produce is designed for removing organic chlorines.
Is there any process for removing organic chlorines from reformed liquefied gas?
Is there any process for removing organic chlorines from reformed liquefied gas?
The main components of dechlorinating agents are similar; some work at high temperatures while others at low temperatures, and some operate at high flow rates while others at low flow rates. Their primary function is to remove inorganic chlorine. Modern dechlorinating agents take into account the removal of trace amounts of organic chlorine as well