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Isomerization Catalysts


Medium-temperature isomerization catalyst IPM-02

Manufactured according to Standard TU 21-160-04610600-2003
Composition:
 γ-alumina-supported platinum and mordenite

Catalyst IPM-02 is designed for isomerization of pentane-hexane fractions to obtain high-octane gasoline. It can also be used for conversion of normal pentane to isopentane.


Specifications

Physical Properties
Parameter Standard
Bulk density, g/cm³ 0.70±0.10
Particle size, mm 2.1±0.3
Strength factor, kg/mm, (blade width 0.8) average, min. 1.3
Xylene isomerization catalyst IKK-07

Manufactured according to Standard TU 2177-164-04610600-2008
Composition:
γ-alumina and zeolite.
Catalyst IKK-07 is designed for xylene isomerization to obtain paraxylene and ortoxylene.
Catalyst IKK-07 provides high activity in xylene isomerization reactions and is also active in cracking of saturated hydrocarbons and alkyl benzenes (ethyl benzene, cumene).

Specifications
Physical Properties
Parameter Standard
Bulk density, g/cm³ 0.70±0.10
Particle size, mm 2.8±0.4
Strength factor, kg/mm, average, min. 1.1
Catalyst for С56 Low-Temperature Isomerization (AOK-72-55)

Manufactured according to Standard TU 6-68-245-2016


AOK-72-55 is intended for low temperature isomerization of C5-C6 paraffins and is applied for light naphtha isomerization in refining.
Features and Advantages:

  • Resistant to slips of sulfur, nitrogen  and water; process upsets do not result in irreversible loss of activity
  • Competing activity and conversion degree of normal paraffins
  • Injection of a chloriding agent is not required to maintain catalyst activity
  • Is more advantageous for naphthenic ring-opening compared to chlorinated alumina catalyst
  • High selectivity contributes to low hydrogen consumption and decreases the content of low-octane C7 naphthenic hydrocarbons
  • Resistant to fluctuations of feed space velocity: 0.5-3.0 h-1
  • Service cycle under observance of technology requirements is 5-6 years
  • Capability to regenerate; endures 3-4 regenerations without loss of activity
  • Catalyst lifetime is 10-12 years.
Physical Properties
Parameter Standard
Shape Cylinder
Color Pale grey
Particle size, mm 2.5±0.5
Bulk density, g/cm 1.1-1.4
Strength factor, kg/mm, average, min. 12.0

Catalytic properties
Parameter Standard
Activity, %, min 24
Selectivity, %, min 97