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Ethylene Oxychlorination Catalyst
Type 1:
Ethylene Oxychlorination Catalyst
Ethylene Oxychlorination Catalyst
it is a promoted copper chloride catalyst based on micro spherical alumina carrier, which exhibits good catalytic activity and selectivity, high HCl conversion rate, low by-products and low attrition.
Ethylene Oxychlorination Catalyst is developed for fluid bed oxychlorination process for ethylene oxychlorination, in oxychlorination, ethylene reacts with dry HCl and either air or pure oxygen in a heterogeneous catalytic reaction to form EDC and water.
C2H4 + 2 HCl + ½O2 → C2H4Cl2 + H2O
Type 2:
Ethylene Oxychlorination Catalyst
Ethylene Oxychlorination Catalyst is a new generation promoted copper chloride catalyst based on micro spherical alumina carrier, which exhibits good catalytic activity and selectivity, high HCl conversion rate, low by-products and low attrition.
Ethylene Oxychlorination Catalyst is developed for fluid bed oxychlorination process for ethylene oxychlorination, in oxychlorination, ethylene reacts with dry HCl and either air or pure oxygen in a heterogeneous catalytic reaction to form EDC and water.
C2H4 + 2 HCl + ½O2 → C2H4Cl2 + H2O
Description
Type 1:
Product Properties
Composition: Cu; Al2O3: Balance
Form: Light green micro spheres: 30 – 90μm
Bulk Density: 900-1100 kg / m3
Surface area: 100-130 m2/g
Packaging: 7%
Packaging: 200 kg in 200 liter metal drums
Associated Applications
Ethylene Oxychlorination Catalyst is developed for fluid bed oxychlorination process for ethylene oxychlorination, in oxychlorination, ethylene reacts with dry HCl and either air or pure oxygen in a heterogeneous catalytic reaction to form EDC and water.
Type 2:
Product Properties
Composition: Cu; Al2O3: Balance
Form: Light green micro spheres: 50 – 80μm, Avg
Bulk Density: 900-1100 kg / m3
Packaging: 200 kg in 200 liter metal drums
Associated Applications
HyKat EO-115 It is developed for fluid bed oxychlorination process for ethylene oxychlorination, in oxychlorination, ethylene reacts with dry HCl and either air or pure oxygen in a heterogeneous catalytic reaction to form EDC and water.
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