Catalyst composition for different reforming techniques

A process for preparation of a catalyst composition consisting of metal oxides of Ce, Cr and Ni, said process consisting of:

• a. dissolving nitrate precursors consisting of Cr, Ce and Ni in a solvent to obtain a solution of metal nitrate precursors;
• b. dissolving citric acid in the solvent to obtain a solution of citric acid, wherein citric acid is taken in 3:1 molar ratio of the solution of metal nitrate precursors of step (a);
• c. adding the solution of metal nitrate precursors of step (a) into the solution of citric acid of step (b) followed by heating at a temperature ranging from 100° C. to 190° C. until evaporation of the solvent to form a gel;
• and
• d. keeping the gel of step (c) in an oven at a temperature ranging from 100° C. to 190° C. for 24 to 25 hours to form a catalyst material followed by crushing the catalyst material to form a powder;
• and
• e. keeping the powder in a furnace at 800° C. to obtain the catalyst composition,
• wherein the nitrate precursors consists of chromium nitrate, cerium nitrate, and nickel nitrate, and
• wherein the process is carried out in absence of noble metals.