Alcohols Dehydrogenation

Dehydrogenation is the reaction of organic compound dehydrogenation under high temperature and catalyst, and is the reverse reaction of hydrogenation. When the dehydrogenation reactant contacts with the catalyst, hydrogen atoms are activated and dissociated. At the same time, the reactant binds with the catalyst, and the free hydrogen acts on the adjacent hydrogen atoms to get them dissociated and form H2 molecules and double bonds. Then the dehydrogenation reaction is completed.

Dehydrogenation mechanism is as follows:

Alcohols Dehydrogenation

SUNCHEM is providing dehydrogenation catalysts for liquid phase and gas phase application.

Product

Active Composition

Carrier

Shape

Size

Applications

CuCAT-2501T

CuCAT-2500T

≥25%CuO

SiO2

Tablet

5*3mm

  • Dehydrogenation of 1,4-BDO

CuCAT-3500T

CuCAT-3500T

≥30%CuO

SiO2

Tablet

5*3mm

  • Dehydrogenation of cyclohexanol

RaneCAT-2300

RaneCAT-2000

≥85%Cu

None

Powder

100-130um

  • Dehydrogenation of DEA
  • Dehydrogenation of alcohols

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