Hydrogenation Reactor

Reactor Introduction:
        1. Types: tubular reactor, tank reactor, solid particle bed reactor, tower reactor, jet reactor and other atypical reactor.
        2. Concrete products: reactor, reaction kettle, autoclave, high-pressure kettle, high-pressure autoclave, super autoclave, synthetic tower, decomposition pan, vulcanizer, decomposition tower, polymerization kettle, transform furnace, cooking pot, steamed ball, gas furnace.
        3. Materials: carbon steel, low-alloy steel, stainless steel and non-ferrous metals: titanium, nickel, copper, aluminum, molybdenum, zinc, cobalt etc and their alloy materials.
        4. Pressure: low-pressure, medium-pressure and high-pressure.
        5. Temperature: low-temperature, medium-temperature high-temperature.
        6.  Medium: not only non-flammable, non-toxic and non-corrosive medium but also flammable,toxic,corrosive medium and highly flammable,highly toxic, highly corrosive medium.
        7. Processing capacity: maximum diameter:6m; maximum length:60m;maximum weight:600tons
        8. Applicable Industries: petrochemical, coal chemical, precision chemical, nuclear power, metallurgical, pharmaceutical, machinery, food, pesticide,  rubber, aerospace, marine, dye, new power equipment and so on.
        9. Our advantages: reliable quality,codial service and great price.

Generally speaking, the Hydrogenation Reaction Kettle can be divided into two categories: One is the traditional stirred reactor. Gas in the upper space of the vessel can not be circulated in the liquid phase, because of the miscibility and density difference of the gas and liquid. The unreacted gas accumulates in the upper space of the reactor in the reactor, which seriously affects the reaction rate.The other is the reaction kettle in which the gas is circulated in the liquid phase. Gas-liquid reaction is a kind of reaction often encountered in petrochemical, fine chemical, biological chemical and pharmaceutical chemical industries. Typical applications include catalytic hydrogenation, catalytic oxidation and fermentation. The common characteristic is that the contact area between gas and liquid significantly affects the reaction rate.

This equipment consists of a set of special components to achieve transmission requirements and shear deformation, high gas internal circulation and turbulence.When motor rotates by driving internal hollow agitator the centrifugal force produced by the circular motion of the fluid nearby under the action of the impeller makes the agitator self-priming, when negative pressure zone is formed, inner part will connected to gas through air axis,Thus, the gas on liquid surface is continuously sucked into the agitator and redispersed in liquid phase,It is especially suitable for gas-liquid and gas-liquid-solid heterogeneous reactions, such as liquid-phase catalytic hydrogenation, oxidation, amination, alkylation, fluorination, etc.