Choosing the right hydrogenation catalyst supplier can feel overwhelming—there are so many manufacturers claiming to be the best! Yet, the catalyst you pick directly impacts your process efficiency, product quality, and even your bottom line. Imagine streamlining your production while minimizing risks, all thanks to a reliable supplier. Ready to discover which factories truly lead the pack? Dive into our in-depth comparison to make your decision with confidence!

Hydrogenation Catalysts – W. R. Grace and Company

Product Details:
Grace’s RANEY® brand offers nickel (Ni), cobalt (Co), and chromium (Cr) catalysts specifically designed for hydrogenation processes. These catalysts are known for their high efficiency, superior activity, selectivity, and unique handling properties, with a broad portfolio tailored for diverse industrial hydrogenation requirements.

Technical Parameters:
– High activity and selectivity in hydrogenation processes
– Versatility and ease of filtration
– Excellent settling characteristics
– Catalysts in nickel (Ni), cobalt (Co), and chromium (Cr) formulations

Application Scenarios:
– Hydrogenation reactions converting nitro compounds to amines
– Transformation of carbonyls to alcohols, nitriles to amines, olefins and
– Reductive alkylations and reductive aminations
– Ammonolysis of alcohols and hydrotreating (e.g., sulfur or oxygen removal)

Pros:
– Distinctively high activity and selectivity, increasing process throughput
– Reduces formation of undesirable by-products
– Suitable for a wide range of hydrogenation applications
– Potential cost savings through lower initial costs and efficient production

Cons:
– No explicit disadvantages mentioned; specific drawbacks such as sensitivity,

Hydrogenation Catalysts | Johnson Matthey

Hydrogenation Catalyst Manufacturer – Applied Catalysts

Product Details:
Applied Catalysts offers catalysts, systems, and services for continuous hydrogenation and other reductive chemical processes. They manufacture and supply a range of catalysts such as Activated Carbon Monolith Catalysts (ACMC), Granular Activated Carbon Catalysts (GACC), Metal Oxide Catalysts (MOC), and custom & industry-specific catalysts. Their offerings include catalyst development, testing, manufacturing, and support for both batch and continuous reactor systems.

Technical Parameters:
– Catalyst types: Activated Carbon Monolith, Granular Activated Carbon, Metal
– Support for both batch and continuous reactor systems
– Custom catalyst formulations available for client requirements
– Catalyst testing and characterization services

Application Scenarios:
– Process chemical manufacturing
– Pharmaceutical manufacturing
– Production of fine chemicals, biorenewables, and oleochemicals
– Reductive alkylation and CO2 capture applications

Pros:
– Enhances sustainability and reduces manufacturing costs
– Supports continuous operation for improved efficiency
– Custom catalyst and system solutions tailored to client needs
– Comprehensive catalyst services including development, testing, and toll

Hydrogenation Catalysts

Product Details:
BASF offers a wide range of hydrogenation catalysts including proprietary base metal and precious metal catalysts, specialty zeolites, alumina carriers, and copper fixed bed catalysts. Products are designed to support industry applications in biorenewables, fine chemicals, oleochemicals, and petrochemicals. Examples include PGM powder for fine chemical selective hydrogenation, zeolites for amination/alkylation/isomerization, alumina for catalyst support, and copper fixed bed catalysts for various alcohol and amine productions.

Technical Parameters:
– PGM powder: precious group metal (PGM) catalyst in powder form for selective
– Specialty zeolites: based on crystalline alumosilicates
– Alumina carrier: aluminum oxide tablet as catalyst support
– Copper fixed bed catalyst: suitable for fatty alcohol, BDO, oxo alcohol,

Application Scenarios:
– Selective hydrogenation in fine chemicals manufacturing
– Use in biorenewables industry for chemicals production from biological
– Hydrogenation of oleochemicals as chemical raw materials from oils and fats
– Dehydration and amination reactions in petrochemical and specialty chemicals

Pros:
– Offers a broad portfolio for diverse industry applications (biorenewables, fine
– Expertise in both precious and base metal catalyst development
– Focus on sustainable and innovative proprietary catalyst formulas
– Catalyst solutions tailored for improved selectivity and efficiency

Cons:
– Specific detailed technical data (e.g., performance metrics, lifetime) not
– Potentially limited information on drawbacks or limitations of each catalyst

Catalysts for hydrogenation processes – Clariant Ltd.

Product Details:
Clariant offers a comprehensive portfolio of hydrogenation catalysts designed for a wide range of chemical catalytic hydrogenation processes. These catalysts support applications in fine chemicals, oleochemicals, agrochemicals, flavors and fragrances, and pharmaceutical intermediates.

Technical Parameters:
– High selectivity and activity for various hydrogenation reactions
– Engineered for optimized performance and long catalyst life
– Available as heterogeneous (fixed-bed, slurry-phase) catalysts
– Custom formulations to fit specific feedstocks and process requirements

Application Scenarios:
– Hydrogenation of fine and specialty chemicals
– Production of agrochemicals and pharmaceutical intermediates
– Hydrogenation processes in flavors and fragrances manufacturing
– Oleochemical conversions

Pros:
– Improved process efficiency with high activity and selectivity
– Extended catalyst lifetime reduces operational costs
– Wide range of standard and tailored catalyst solutions for diverse industry
– Strong technical support and process optimization services

Cons:
– May require customization or adjustment for specific processes
– Potential upfront investment for catalyst screening or switching

Hydrogenation Catalysts Suppliers – Thomasnet

Product Details:
Hydrogenation catalysts are offered by a wide variety of suppliers in the USA, including manufacturers, custom manufacturers, distributors, service companies, and turnkey systems integrators. The platform allows filtering by specific company types, certifications, and locations.

Technical Parameters:
– Suppliers may hold quality certifications such as ISO 9001, AS9100, ISO 13485,
– Offerings include products made in the USA and may meet requirements such as
– Some suppliers provide capabilities profiles and product catalogs for technical
– Suppliers can be filtered by ownership diversity and regulatory certifications

Application Scenarios:
– Industrial hydrogenation processes in chemical manufacturing.
– Use cases in industries requiring certified, high-quality catalysts (e.g.,
– Applications where compliance with certifications (ISO, FDA, EPA) is necessary.

Pros:
– Large pool of suppliers (over 290) allows for competitive sourcing.
– Ability to filter by technical certifications, ownership diversity, and
– Suppliers offer various business types from manufacturers to service companies,

Cons:
– Product-specific details (exact catalyst composition, form, or properties) are
– Requires registration to access detailed supplier/product information.
– Lack of direct technical specifications for individual hydrogenation catalyst

Total Hydrogenation Catalysts – Axens

Product Details:
Axens offers total hydrogenation catalysts as part of its advanced catalysts, adsorbents, and grading solutions designed for refining, petrochemicals, gas processing, alternative fuels, circular economy, and water treatment. The company is a leading supplier providing technologies, products, services, and equipment that support innovation, energy transition, and sustainability in the energy and chemical sectors.

Application Scenarios:
– Refining industry processes
– Petrochemical and chemical production
– Gas processing and treatment
– Alternative fuels production
– Circular economy initiatives such as recycling and re-refining
– Water treatment and purification

Pros:
– Advanced and reliable product offerings backed by decades of expertise
– Comprehensive solutions supporting energy efficiency and emissions reduction
– Products designed to address environmental sustainability and regulatory
– Integrated technical support and tailored services throughout unit lifecycle

Selective Hydrogenation Catalysts – Axens

Product Details:
Axens’ SeLene™ Selective Hydrogenation Catalysts family, including specific products such as LD 153, LD 265, LD 271, LD 273, LD 277, LD 267 R, LD 269, LT 279, and LD 465, are based mainly on palladium (Pd) on alumina, and are designed for selective hydrogenation applications in light petrochemical streams (C2, C3, C4 cuts, Pyrolysis Gasoline).

Technical Parameters:
– Highest activity and lowest density in the selective hydrogenation catalyst
– Promoted palladium on alumina catalysts, with additional formulations to
– Open pore structure in certain products (e.g. LD 465) for maximized Pd
– Over 750 worldwide license references, 850 catalyst references, and more than

Application Scenarios:
– Selective hydrogenation and purification of C2, C3, and C4 cracker cuts
– Hydrogenation of pyrolysis gasoline (pygas) to selectively remove diolefins,
– Upgrading butadiene-rich C4 cuts to butenes while minimizing by-products.
– Maximizing desired isomer production (ex: 1-butene or 2-butene) in raffinate

Pros:
– Market-leading activity and low bulk density, minimizing catalyst fill cost and
– Wide operating window and high selectivity, especially for acetylene removal (e
– Customized for a wide range of specific applications and feed streams,
– Low tendency for overhydrogenation and minimized by-product (e.g., LD 273 for

Cons:
– Noble metal content (palladium), which may imply higher raw material costs.
– Specific operating application required (some catalysts optimized for certain

Catalysts | Johnson Matthey

Product Details:
Johnson Matthey offers a broad portfolio of homogeneous catalysts, heterogeneous catalysts, biocatalysts, ester hydrogenation catalysts, metal scavengers, and catalyst-related services including screening, optimisation, and custom manufacturing.

Technical Parameters:
– Homogeneous catalysts cover cross-coupling, asymmetric hydrogenation, and
– Biocatalysts include enzymes for pharmaceutical, agrochemical, and fine
– Metal scavengers are designed for sustainable chemical workup, purification,
– Catalyst services encompass screening, optimisation, and scale-up support.

Application Scenarios:
– Pharmaceutical chemical manufacturing and API intermediate synthesis
– Agrochemical and fine chemical production processes
– Ester hydrogenation reactions for efficient, cost-effective chemical
– Waste treatment and purification in chemical processing

Pros:
– Wide range of catalyst technologies support diverse chemical transformations
– Emphasis on sustainability and cost-effective, efficient catalytic processes
– Customisable services from screening to commercial scale-up
– Innovative products complement chiral chemistry capabilities

Cons:
– Limited product-level technical specifications provided on the page
– Not all catalyst categories detail specific use cases or performance metrics

Hydrogenation Catalysts – MilliporeSigma

Product Details:
Sigma-Aldrich offers a comprehensive portfolio of hydrogenation catalysts including precious metal catalysts (such as palladium, platinum, rhodium, and ruthenium on various supports), Raney-type catalysts, and base metal catalysts. The products are available in various forms, such as powders, tablets, and pre-formed supported catalysts, suitable for research and industrial scale reactions.

Technical Parameters:
– Catalyst metal types: Pd, Pt, Rh, Ru, Ni, Co, Cu
– Supported on carriers such as carbon, alumina, silica, barium sulfate, and
– Available in different metal loadings and particle sizes
– Form options include powders, pellets, tablets, and wet-pasted forms

Application Scenarios:
– Hydrogenation of alkenes, alkynes, nitro compounds, aromatic rings, and
– Selective hydrogenation in pharmaceutical synthesis
– Hydrogenation processes in the fine chemical and fragrance industry
– Laboratory research and scale-up to pilot/production units

Pros:
– Wide selection of catalyst types and forms to suit diverse hydrogenation
– High catalytic efficiency and selectivity
– Products available in research and bulk packaging
– Technical support and application guidance available

Cons:
– Some catalysts require careful handling due to pyrophoricity or toxicity
– May require specific conditions for optimal performance
– Disposal and recovery of metal catalysts can be costly and challenging

Comparison Table

Company	Product Details	Pros	Cons	Website
Hydrogenation Catalysts – W. R. Grace and Company	Grace’s RANEY® brand offers nickel (Ni), cobalt (Co), and chromium (Cr)	Distinctively high activity and selectivity, increasing process throughput Reduc	No explicit disadvantages mentioned; specific drawbacks such as sensitivity,	grace.com
Hydrogenation Catalysts	Johnson Matthey
Hydrogenation Catalyst Manufacturer – Applied Catalysts	Applied Catalysts offers catalysts, systems, and services for continuous	Enhances sustainability and reduces manufacturing costs Supports continuous		appliedcatalysts.com
Hydrogenation Catalysts	BASF offers a wide range of hydrogenation catalysts including proprietary base	Offers a broad portfolio for diverse industry applications (biorenewables, fine	Specific detailed technical data (e.g., performance metrics, lifetime) not	chemical-catalysts-and-adsorbents.basf.com
Catalysts for hydrogenation processes – Clariant Ltd.	Clariant offers a comprehensive portfolio of hydrogenation catalysts designed	Improved process efficiency with high activity and selectivity Extended	May require customization or adjustment for specific processes Potential	www.clariant.com
Hydrogenation Catalysts Suppliers – Thomasnet	Hydrogenation catalysts are offered by a wide variety of suppliers in the USA,	Large pool of suppliers (over 290) allows for competitive sourcing. Ability to	Product-specific details (exact catalyst composition, form, or properties) are	www.thomasnet.com
Total Hydrogenation Catalysts – Axens	Axens offers total hydrogenation catalysts as part of its advanced catalysts,	Advanced and reliable product offerings backed by decades of expertise Comprehen		www.axens.net
Selective Hydrogenation Catalysts – Axens	Axens’ SeLene™ Selective Hydrogenation Catalysts family, including specific	Market-leading activity and low bulk density, minimizing catalyst fill cost and	Noble metal content (palladium), which may imply higher raw material costs	www.axens.net
Catalysts	Johnson Matthey	Johnson Matthey offers a broad portfolio of homogeneous catalysts,	Wide range of catalyst technologies support diverse chemical transformations Emp	Limited product-level technical specifications provided on the page Not all
Hydrogenation Catalysts – MilliporeSigma	Sigma-Aldrich offers a comprehensive portfolio of hydrogenation catalysts	Wide selection of catalyst types and forms to suit diverse hydrogenation	Some catalysts require careful handling due to pyrophoricity or toxicity May	www.sigmaaldrich.com

Frequently Asked Questions (FAQs)

1. What factors should I consider when choosing a hydrogenation catalyst supplier?

Look for suppliers with proven experience, high product quality, reliable delivery times, and strong technical support. Also, consider certifications, adaptability to your specific requirements, and positive reputation in the market.

2. How can I verify the quality of a supplier’s hydrogenation catalysts?

Request product samples and certificates of analysis. Ask about quality control processes, third-party testing, and compliance with relevant industry standards. Customer reviews and references can also provide valuable insights.

3. Are there minimum order quantities or customization options available?

Many suppliers have minimum order requirements, but these can vary widely. Good suppliers are often flexible and offer customization options for catalyst composition, packaging, or scale to suit your project needs.

4. How important is after-sales service when choosing a catalyst supplier?

After-sales service is crucial. It ensures you get technical support, troubleshooting, and guidance on catalyst handling or regeneration. Responsive after-sales service can help prevent production problems and maximize catalyst performance.

5. What information should I provide to get an accurate quote from a manufacturer?

Share detailed requirements such as desired catalyst type, application, expected volume, purity specifications, delivery location, and any regulatory needs. The more specific you are, the more accurate and relevant the quote will be.