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◆ N-(2-ethoxyphenyl)-N'-(2-ethylphenyl)oxamide
◆ Boron trifluoride acetonitrile complex
◆ Boron trifluoride acetonitrile complex
◆ Acetonedicarboxylic Acid Diethyl Ester
◆ GHT-21 hydrorefining catalyst
◆ GCJ-41 hydrorefining catalyst
◆ GJN-61 catalyst for non-hydro-dewaxing
◆ GHT-11 dry gas hydrorefining catalyst
◆ GCJ-42 hydrorefining catalyst
◆ GHT-22 hydrorefining catalyst
◆ GFB-71 aromatic hydrocarbon saturated hydrogenation catalyst
◆ GHT-12 dry gas hydrorefining catalyst
◆ GFB-72 aromatic hydrocarbon saturated hydrogenation catalyst
TORH-1 reforming oil hydrogenation deolefination catalyst
TORH-1 hydroreforming oil deolefination catalyst and technology
Research Institute of Petroleum Processing
TORH-1 reforming oil hydrogenation deolefination catalyst adopts new-model aluminium oxide with special open-framework structure as carrier. It has features such as high specific area and pore volume. Special open-framework structure facilitates the transfer of mass and heat.
TORH-1 catalyst adopts impregnation method, optimizing the methods of introducing active components of catalyst. TORH-1 catalyst is cylindrical bar with diameter of 1.2~1.8mm and bulk density of 0.60±0.05g/mL.
Reforming oil with bromine index of 1500~4600 mgBr/100g is reaction material. Deolefination conversion rate of catalyst is up to 99.9% if reaction pressure is 1.7~2.0MPa, volume space velocity is 12.5h-1. and hydrogen to oil volume ratio is 250:1. It has high deolefination activity. Aromatic hydrocarbon loss is less than 0.5w%. TORH-1 catalyst has favorable activity, selectivity and stability.
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