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

Clariant HyProGen M-9 Catalyst

Clariant HyProGen M-9 Catalyst is a high-activity, sulfur-tolerant hydrogenation catalyst from Clariant’s HyProGen series, designed for selective hydrotreatment of bio-based feedstocks and renewable diesel production under moderate conditions. It features optimized nickel-molybdenum active phases on tailored alumina support, ensuring superior stability, low coking, and excellent resistance to oxygenates and impurities.
  • clariant hyprogen m 9 catalyst_cc007c20
  • clariant hyprogen m 9 catalyst_cc007c20

Features Of Clariant HyProGen M-9 Catalyst

  1. Highly selective hydrogenation catalyst optimized for mild operating conditions.

  2. Robust nickel-based formulation with enhanced thermal and mechanical stability.

  3. Low metal leaching performance ensures consistent activity and extended service life.

  4. Designed for easy handling and safe industrial-scale loading into fixed-bed reactors.

  5. Meets stringent regulatory requirements for food-contact and pharmaceutical intermediate synthesis.

Typical Applications Of Clariant HyProGen M-9 Catalyst

  1. Hydrogenation of unsaturated fatty acids in edible oil processing.

  2. Selective reduction of nitro groups in fine chemical and agrochemical intermediates.

  3. Conversion of aldehydes to primary alcohols in fragrance and flavor compound synthesis.

  4. Catalytic saturation of dienes and alkynes in polymer precursor manufacturing.

  5. Green hydrogenation processes requiring low-pressure (1–10 bar) and low-temperature (40–120 °C) operation.

Specifications Of Clariant HyProGen M-9 Catalyst

Chemical TypeNickel-on-silica support with proprietary promoter system
Product FormExtrudates (cylindrical pellets, 1.5–2.0 mm diameter)
AppearanceGray-black free-flowing granular solid
Primary ApplicationsSelective liquid-phase hydrogenation under mild conditions
Key FeaturesHigh dispersion, low dust generation, reproducible batch-to-batch performance
BenefitsReduced catalyst consumption, minimized downstream purification, improved process safety
Storage ConditionsStore in sealed containers under inert atmosphere at ambient temperature
Handling PrecautionsUse in well-ventilated areas; avoid contact with air when reduced


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