Among the following which is the condition favourable for the formation of CH 3 OH from CO and H 2 -A- Finely divided -Fe- catalyst- -Mo- promoter temperature -300- C- Pressure -200 atmB- -Ni- catalyst- T -725-775 K - P -200 atmC- -ZnO- catalyst- Cr 2 O 3 - promoter- T -300- C - P -200 atmD- -Co- catalyst- T -200- C

The correct option is C 'ZnO' catalyst, Cr2O3 promoter, T = 3000C, P = 200atm Formation of CH_3OH from CO and H_2 requires the use of Zinc oxide as a catalys ...

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Standard IX

Chemistry

Oxidation and Reduction

Among the fol...

Question

Among the following which is the condition favourable for the formation of $C H_{3} O H$ from $C O$ and $H_{2}$ ?

Finely divided 'Fe' catalyst, 'Mo' promoter temperature = 300⁰C, Pressure = 200atm

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'Ni' catalyst, T = 725 - 775 K, P = 200atm

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'ZnO' catalyst, Cr₂O₃ - promoter, T = 300⁰C, P = 200atm

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'Co' catalyst, T = 200⁰C

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Solution

The correct option is C
'ZnO' catalyst, Cr₂O₃ - promoter, T = 300⁰C, P = 200atm

Formation of $C H_{3} O H$ from $C O$ and $H_{2}$ requires the use of Zinc oxide as a catalyst and chromium(III) oxide

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Among the following which is the condition favourable for the formation of CH3OH from CO and H2 ?

The correct option is C 'ZnO' catalyst, Cr2O3 - promoter, T = 3000C, P = 200atm Formation of CH3OH from CO and H2 requires the use of Zinc oxide as a catalyst and chromium(III) oxide

Among the following which is the condition favourable for the formation of $C H_{3} O H$ from $C O$ and $H_{2}$ ?

The correct option is C
'ZnO' catalyst, Cr₂O₃ - promoter, T = 300⁰C, P = 200atm

Formation of $C H_{3} O H$ from $C O$ and $H_{2}$ requires the use of Zinc oxide as a catalyst and chromium(III) oxide