国家/地区 中国（11）
IPC部 B（12）
IPC大类 B01（12） C10（8） C07（2）
IPC小类 B01J（12）
IPC B01J023/883（12）
发明人 KONG R（6） KONG W（6） LIN G（6）
公开年 2018（6） 2021（5）
申请年 2016（6）  2020（3）  2021（2） 
专利权人 JIANGYIN WUY.（6） CHINA PETROL.（2）

Catalyst for selective preparation aldehyde or octanol, comprises active components, alkaline earth metal component, rare earth metal and/or transition metal component, carrier, where active component is non-noble metal components.

HAO X, WU J, CHEN Y, LU S, XU Y

Hydrogenation method for producing aviation coal involves contacting and reacting aviation coal raw material with hydrogenation desulfurization catalyst i.e. alumina-based carrier coated with graphene oxide and molybdenum and nickel.

WANG L, ZHANG H, GUO J, YIN X, JIN X, YOU B, GUO Z, ZHAO L

Catalyst useful for converting hydrogen gas and carbon dioxide into other materials comprises molybdenum, first element including group metal, second element including e.g. sulfur, carbon, and oxygen and optionally least one group IA metals.

SHEEHAN S W, CHEN C, CHEN Q

Preparing catalyst loaded by two-dimensional carrier material, by preparing graphene-like composite metal oxide two-dimensional carrier material by solvent volatilization self-assembly method, and loading active metal on carrier material.

WANG X, ZHANG M, LIU Y, FENG J, LI W

Preparing carbon nanotube catalyst for carbon nanotube, involves mixing the active component solution, the inactive component solution and the carbon carrier to obtain the precursor solution, and removing the solvent.

CAO Y, ZHANG J, LI Y, YU J, SONG X, LI J

Synthesizing three-dimensional reduced graphene oxide foam with nanocatalysts involves e.g. mixing solution having precursor of nanocatalysts and graphene oxide aqueous suspension and performing hydrothermal reaction in the suspension.

ZHAO W, WANG D

Dearomatization production of D25 solvent oil, involves mixing raffinate oil and D25 solvent oil, dearomatizing using hydrogenation catalyst comprising active component, and carrier comprising alumina and graphene, and distilling.

KONG R, KONG W, LIN G

Dearomatization production of heptane solvent oil, involves mixing raffinate oil and heptane solvent oil, dearomatizing using hydrogenation catalyst comprising active component, and carrier comprising alumina and graphene, and distilling.

KONG R, KONG W, LIN G

Dearomatization production of D35 solvent oil, involves mixing raffinate oil and D35 solvent oil, dearomatizing using hydrogenation catalyst comprising active component, and carrier comprising alumina and graphene, and distilling.

KONG R, KONG W, LIN G

Dearomatization production of D30 solvent oil, involves mixing raffinate oil and D30 solvent oil, dearomatizing using hydrogenation catalyst comprising metal active component, and carrier comprising alumina and graphene, and distilling.

KONG R, KONG W, LIN G