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Catalyst for oxygen removal in olefins

It is applied in the synthesis of methane-rich gas with hydrocarbon (Light oil, naphtha, LPG, light hydrocarbon, hydrocarbon-containing dry gas etc.) and steam as raw materials. The resulted gas can be further used to produce hydrogen, syngas with different CO/H2 ratio (for the synthesis of methanol or ammonia etc.) and coal gas.

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Main uses

Note

The catalyst is for the selective removal of oxygen impurity with the existing H2 in the olefins stream without the facilitating of the hydrogenation of olefins. It is mainly applied in the removal of O2 in gas abundant of olefins obtained in the processes such as vacuum distillation, catalytic cracking, catalytic reforming, hydrocracking, residue cracking and so on, targeting to have the trace O2 in level of below 1 ppm and make the olefin gas in polymer grade.

crude oil

Operation conditions

Catalyst Characteristics

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Catalyst

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