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

Clariant HDMax 300 Catalyst

Clariant HDMax 300 Catalyst is a high-performance hydrodesulfurization (HDS) catalyst from Clariant’s HDMax series, engineered for ultra-low sulfur diesel production. It delivers exceptional activity, stability, and selectivity under severe operating conditions, enabling refineries to meet stringent fuel specifications efficiently while extending cycle length and reducing hydrogen consumption.
  • clariant hdmax 300 catalyst_b21e6772
  • clariant hdmax 300 catalyst_b21e6772

Features Of Clariant HDMax 300 Catalyst

  1. Highly selective hydrogenation catalyst for unsaturated aldehydes and ketones.

  2. Thermally stable nickel-based formulation with optimized metal dispersion.

  3. Low leaching performance under continuous fixed-bed operation conditions.

  4. Designed for extended service life and consistent activity over multiple regeneration cycles.

  5. Compatible with standard industrial hydrogenation reactor configurations and process controls.

Typical Applications Of Clariant HDMax 300 Catalyst

  1. Production of saturated alcohols from α,β-unsaturated carbonyl compounds.

  2. Selective hydrogenation in fine chemical synthesis, including pharmaceutical intermediates.

  3. Upstream processing of fragrance and flavor precursors requiring high chemoselectivity.

  4. Continuous-flow hydrogenation in multipurpose batch and semi-batch production units.

Specifications Of Clariant HDMax 300 Catalyst

Chemical TypeNickel-based heterogeneous hydrogenation catalyst
Product FormExtruded cylindrical pellets (3 mm diameter × 3–5 mm length)
AppearanceGray to dark gray solid pellets
Primary ApplicationsSelective hydrogenation of C=C bonds in presence of C=O groups
Key FeaturesHigh chemoselectivity, thermal stability up to 180 °C, low sulfur sensitivity
BenefitsReduced over-hydrogenation, minimized catalyst replacement frequency, improved product purity
Recommended Operating Range80–160 °C, 10–50 bar H₂ pressure


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