Calculation formula for oxygen content in the oxychlorination section of continuous reforming
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How to calculate the oxygen content in the oxychlorination zone; what is the calculation formula?
Yes, is there any difference in this calculation?
Normally, the gas in the oxychlorination zone is purified air with an oxygen content of around 21%; the nitrogen introduced via chlorine injection atomization can be disregarded.
Oxygen content in the oxychlorination zone = ((Oxychlorination gas flow rate × Oxygen content in the regenerated recycle gas) + (Calcination gas flow rate × Oxygen content at the calcination inlet)) / (Oxychlorination gas flow rate + Calcination gas flow rate). This formula is applicable to IFP units; the flow rate unit is NM3/h. If mass flow rate is used instead, it is necessary to divide by the gas density.
I’ve learned from this, but I still don’t understand what the flow rates of oxychlorination gas and calcination gas represent in IFP. Is the mixture of calcination gas and air equivalent to oxychlorination gas?
I’ve learned from this, but I still don’t understand what the flow rates of oxychlorination gas and calcination gas represent in IFP. Is the mixture of calcination gas and air equivalent to oxychlorination gas?