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A new method for preparing LiLaNiO/γ(-Al_2O_3 monolithic catalyst was described and discussed. The catalyst, which was supported over the monolith, was evaluated in a POM to syngas process. Relative stable catalytic properties during the 120 hours operation at atmospheric pressure were found for the catalyst. Under the high space velocity of 9.0×10~4l/(kg·(h)(CH_4), the conversion of methane came to 95.5%, and the selectivity of carbon monoxide was not below 96.0% at 1123K when ratio of the feedstock (CH_4/O_2) was equal to 2.0.
A new method for preparing LiLaNiO / γ (-Al_2O_3 monolithic catalyst was described and discussed. The catalyst, which was supported over the monolith, was was evaluated in a POM to syngas process. Relative stable catalytic properties during the 120 hours operation at atmospheric pressure were Under the high space velocity of 9.0 × 10-4 l / (kg · (h) (CH 4), the conversion of methane came 95.5%, and the selectivity of carbon monoxide was not below 96.0% at 1123K when ratio of the feedstock (CH_4 / O_2) was equal to 2.0.