Catalytic oxidation of ethylene at low temperatures using porous copper manganese oxides
Amorphous manganese oxide and binary copper manganese oxides were synthesized
using the redox method, characterized, and tested in the catalytic oxidation of ethylene. The
catalytic activity of the synthesized catalysts toward ethylene oxidation was high (100%
conversion of 1.0% C2H4 at 200° C with space velocity of 35,000 mL h− 1gcat− 1) and
compared favorably with that of a commercial Hopcalite catalyst. The high catalytic activity
was attributed a combination of factors including the poor crystallinity, the high surface areas …
using the redox method, characterized, and tested in the catalytic oxidation of ethylene. The
catalytic activity of the synthesized catalysts toward ethylene oxidation was high (100%
conversion of 1.0% C2H4 at 200° C with space velocity of 35,000 mL h− 1gcat− 1) and
compared favorably with that of a commercial Hopcalite catalyst. The high catalytic activity
was attributed a combination of factors including the poor crystallinity, the high surface areas …
Catalytic oxidation of ethylene at low temperatures using porous copper manganese oxides
Amorphous manganese oxide and binary copper manganese oxides were synthesized
using the redox method, characterized, and tested in the catalytic oxidation of ethylene. The
catalytic activity of the synthesized catalysts toward ethylene oxidation was high (100%
conversion of 1.0% C2H4 at 200° C with space velocity of View the MathML source and
compared favorably with that of a commercial Hopcalite catalyst. The high catalytic activity
was attributed a combination of factors including the poor crystallinity, the high surface areas …
using the redox method, characterized, and tested in the catalytic oxidation of ethylene. The
catalytic activity of the synthesized catalysts toward ethylene oxidation was high (100%
conversion of 1.0% C2H4 at 200° C with space velocity of View the MathML source and
compared favorably with that of a commercial Hopcalite catalyst. The high catalytic activity
was attributed a combination of factors including the poor crystallinity, the high surface areas …
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