Guangzhou Eric Wei Chemical Co., Ltd.
Guangzhou Eric Wei Chemical Co., Ltd.

Clariant OleMax 300 Series Catalyst

Clariant OleMax 300 Series Catalyst is a high-activity, sulfur-tolerant hydroprocessing catalyst designed for olefin saturation and impurity removal in petrochemical feedstocks. Featuring optimized Ni-Mo on alumina, it delivers superior selectivity, extended cycle life, and robust performance under varying operating conditions—ideal for C4–C8 stream treatment and premium gasoline blending.
  • clariant olemax 300 series catalyst_cea117d4
  • clariant olemax 300 series catalyst_cea117d4

Features Of Clariant OleMax 300 Series Catalyst

  1. Highly selective for propylene production via propane dehydrogenation (PDH).

  2. Enhanced thermal and structural stability under cyclic high-temperature regeneration conditions.

  3. Optimized metal dispersion and tailored support acidity to minimize cracking and coking.

  4. Consistent activity retention over extended run lengths (>1,000 hours per cycle).

  5. Designed for compatibility with leading commercial PDH process technologies (e.g., CATOFIN®, Oleflex™).

Typical Applications Of Clariant OleMax 300 Series Catalyst

  1. Propane dehydrogenation (PDH) units for on-purpose propylene manufacturing.

  2. Integrated petrochemical complexes requiring high-purity propylene feedstock.

  3. Flexible cracker feed optimization where supplemental propylene supply is needed.

  4. New-build and revamp projects targeting improved catalyst cycle life and yield efficiency.

Specifications Of Clariant OleMax 300 Series Catalyst

Chemical TypePlatinum–tin–alumina-based heterogeneous catalyst
Product FormExtrudates (cylindrical pellets, ~1.6–2.0 mm diameter)
AppearanceGray to dark gray free-flowing solid
Primary ApplicationsPropane dehydrogenation (PDH) to propylene
Key FeaturesHigh selectivity, low methane/ethane byproduct formation
BenefitsReduced regeneration frequency, lower operating cost per ton of propylene
Storage RequirementStore in dry, inert atmosphere; avoid moisture and reducing environments


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