Struggling to find a reliable hydrogen reforming catalyst supplier? You’re not alone—choosing the right manufacturer can make or break your operation, impacting both efficiency and profitability. But with so many options out there, how do you spot the industry leaders from the rest? Unlock better performance, longer catalyst life, and expert support by partnering with the best. Dive into our comparison of top factories to make your next choice a confident one—read on to discover your perfect supplier match!

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Reforming-, Shift-Reaction-, PROX Catalyst – TANAKA Precious Metals

Product Details:
TANAKA provides a one-stop suite of catalysts for hydrogen generation processes, including Reforming Catalysts (TRC series), Shift-Reaction Catalysts (TSC30A series), and PROX Catalysts. Reforming catalysts are based on ruthenium (Ru) and rhodium (Rh), while shift-reaction catalysts use platinum (Pt). These catalysts enable high-purity hydrogen production from hydrocarbons such as natural gas and city gas, typically for use in fuel cells and chemical synthesis applications.

Technical Parameters:
– Reforming Catalyst TRC10-10A: Ru-based, approx. 2 mm, low precious metal
– Reforming Catalyst TRC10-24.5A: Ru-based, high activation and high durability.
– Reforming Catalyst TRC413-2.4A: Rh-based, suppresses by-product ammonia and
– Shift-Reaction Catalyst TSC30A series: Pt-based, approx. 2 mm, high activation

Application Scenarios:
– Hydrogen generation for fuel cells (on-site and stationary applications)
– Hydrogen production for chemical synthesis industries
– Decentralized or compact reforming systems using natural gas or city gas

Pros:
– High catalytic activity at wide temperature ranges
– Low precious metal content enables cost-effective catalyst supply
– Catalysts suppress carbon deposition and undesirable by-products
– Wide customization options and technical support, including made-to-order

Cons:
– Non-Disclosure Agreement (NDA) required for acquisition of samples and detailed
– Performance data is based on laboratory experiments and may vary with conditions

Reforming catalysts | Johnson Matthey

Greater catalyst. Smaller footprint. – Clariant Ltd.

Product Details:
Clariant offers an extensive portfolio of catalyst solutions designed to decarbonize the chemical industry and enable a circular economy. Their products cover a range of catalytic processes for producing chemicals and fuels with a focus on sustainability and emissions reduction.

Technical Parameters:
– Catalysts are designed for reduction of CO2 emissions (over 80 million tons
– Solutions enable energy transition and decarbonization in chemical
– Catalysts tailored for various processes including hydrogenation, ammonia

Application Scenarios:
– Production of sustainable chemicals and fuels
– Hydrogen and ammonia production and cracking
– Emissions control in industrial and chemical processes
– Fuel upgrading and sustainable aviation fuel manufacturing

Pros:
– Significant reduction in CO2 emissions for the chemical industry
– Supports energy transition towards net-zero and a circular economy
– Extensive product portfolio covering a broad range of catalytic applications
– Innovative solutions work across multiple industries—greener agriculture,

Cons:
– Limited specific technical details and parameters available from the overview
– Potential complexity in selecting the optimal catalyst for highly specialized

Reforming | Process | Hydrogen | H | H2 | Topsoe

Hydrogen Reforming | Reformer Tubes – MetalTek

Product Details:
MetalTek produces reformer tubes, pigtails, and manifold assemblies for hydrogen reforming and other direct fired heater services, using proprietary high-alloy centrifugally cast and static cast tube products that deliver improved performance and longer life.

Technical Parameters:
– Proprietary high-alloy materials (centrifugally cast and static cast)
– Tube wall thicknesses optimized for creep, carburization, and thermal fatigue
– Custom-designed reformer tubes, pigtails, and manifolds for specific operating
– Ability to cast tube lengths suitable for modern high-output reformers

Application Scenarios:
– Hydrogen reforming processes in petrochemical plants
– Direct fired heater services
– Ammonia and methanol plant reformer furnaces

Pros:
– Extended equipment life due to proprietary alloys with high resistance to creep
– Custom engineering and design to meet customer specifications
– Improved reliability and performance in highly demanding reformer tube

Cons:
– Potentially higher upfront cost due to use of proprietary high-alloy materials
– Products and services tailored for specialized, industrial-scale hydrogen

Hydrogen & Synthesis Gas – Lummus Technology

Product Details:
Lummus Technology supplies hydrogen and synthesis gas plants for refinery, petrochemical, and industrial gas applications, using steam methane reforming (SMR), steam/oxygen reforming (SMR/O2R), and auto-thermal reforming (ATR) technologies. They support production of conventional and blue hydrogen, including integration with carbon capture and use/storage via their Green Circle unit.

Technical Parameters:
– Hydrogen and synthesis gas production via SMR, SMR/O2R, and ATR technologies.
– Feedstock flexibility: natural gas, LPG, and/or naphtha.
– Capability for carbon dioxide capture and sequestration for blue hydrogen.
– Over 200 plants designed and supplied globally over 50 years.

Application Scenarios:
– Refinery hydrogen supply.
– Petrochemical and chemical industry hydrogen or synthesis gas production.
– Industrial gas applications requiring hydrogen, synthesis gas, or carbon
– Implementations focused on the circular economy and energy transition (blue

Pros:
– Flexible feedstock range including natural gas, LPG, and naphtha.
– Proven state-of-the-art reforming technologies (SMR, ATR).
– Blue hydrogen solutions integrate carbon capture and storage/utilization for
– Broad industry deployment experience with more than 200 plants worldwide.

Cons:
– Conventional hydrogen production emits CO2, requiring further measures for
– No mention of solutions specifically adapted for small-scale or distributed

Hydrogen Applications – PROREC

Product Details:
ProRec Berlin provides solutions and services in the field of hydrogen purification, recovery, and recycling using catalytic and membrane-based technologies.

Technical Parameters:
– Hydrogen purity up to 99.9999%
– Processing capacity from a few Nm³/h to several thousand Nm³/h
– Operating pressures up to 200 bar
– Usage of PSA (Pressure Swing Adsorption), membrane separation, and catalytic

Application Scenarios:
– Hydrogen recovery from industrial off-gases
– Purification of hydrogen for fuel cells and electronics industry
– Hydrogen recycling in chemical and petrochemical processes
– Hydrogen supply for metallurgy and glass production

Pros:
– High hydrogen recovery and purity rates
– Flexible solutions tailored to customer needs
– Reduction in hydrogen consumption and energy costs
– Integration capability with existing production processes

Cons:
– Initial investment cost may be significant
– Possible need for specific feed gas conditions

Catalysts

Product Details:
BASF Catalysts offers technologies and products focused on protecting air, producing fuels, facilitating efficient chemical and plastic production, and supplying advanced battery materials. Key offerings include battery materials, chemical catalysts and adsorbents, refinery catalysts, and environmental catalyst and metal solutions (including precious metals trading and recycling).

Technical Parameters:
– Focus on lithium-ion and next-generation battery material technologies.
– Inclusion of FCC catalyst and additive solutions for refineries.
– Expertise in catalysis chemistry tailored to customer needs.
– Integration of precious metals trading and recycling services.

Application Scenarios:
– Air pollution control across industrial and automotive sectors.
– Production of fuels in oil refineries (e.g., through FCC catalyst solutions).
– Manufacture of chemicals, plastics, and battery technologies.
– Industries requiring precious metals management and recycling.

Pros:
– Comprehensive expertise in catalytic technologies across multiple sectors.
– Solutions tailored to specific customer or industry constraints.
– Support for sustainability via recycling and full-loop precious metals services.
– Global leadership in catalyst chemistry and innovation.

Cons:
– No detailed technical specifications or performance data presented.
– Grouping of services may lack focus for highly specialized customer needs.
– Environmental and regulatory compliance challenges may arise (not explicitly

Hydrogen Catalysis: Improving Efficiency in Hydrogen Production – DCL Inc

Product Details:
DCL designs and manufactures custom catalyst solutions for hydrogen and syngas production, focusing on increasing hydrogen yield and reducing emissions in steam methane reforming and other hydrogen production processes.

Technical Parameters:
– Engineered for high activity and selectivity in hydrogen and syngas production
– Solutions compatible with steam methane reforming and other hydrogen production
– Proprietary precious metal catalyst formulations tailored to customer
– Catalyst designs focused on maximizing heat and mass transfer, and minimizing

Application Scenarios:
– Hydrogen and syngas production facilities
– Steam methane reforming units
– Refineries requiring hydrogen for upgrading processes
– Industrial plants focused on decarbonization and emission reduction

Pros:
– Customized catalyst solutions tailored for specific process needs
– Improves hydrogen yield and reduces process emissions
– Supports decarbonization and environmental compliance goals
– Engineered design can reduce operating costs and enhance process efficiency

Cons:
– Applicability may be limited to specific hydrogen production technologies
– Customization may increase lead time or upfront development costs

Catalysts and Adsorbents for – Clariant Ltd.

Product Details:
Clariant supplies a broad portfolio of catalysts and adsorbents for synthesis gas (syngas) processes, including catalysts for ammonia, methanol, hydrogen, HyCo, and direct-reduced iron production, as well as catalysts and adsorbents for feedstock purification and emission cleaning in industrial processes.

Technical Parameters:
– ReforMax 100 prereforming catalyst: NiO 56.5 wt.%, tablet shape 4.7 x 4.7 mm,
– ReforMax 330/210/250 reforming catalysts: NiO 14–23 wt.%, CaAl12O19 or
– ShiftMax 200 (LTS catalyst): CuO 42–45 wt.%, ZnO up to 47 wt.%, high copper
– ShiftMax 820/821/822 (Sour Gas Shift Catalysts): alumina carrier, Co & Mo as

Application Scenarios:
– Synthesis gas production for ammonia, methanol, hydrogen, and HyCo processes.
– Prereforming and steam reforming of hydrocarbons (natural gas, LPG, naphtha).
– Feed purification and CO conversion (water gas shift, low and medium/high
– Emission control and plant process optimization in chemical, fuel, and DRI

Pros:
– High flexibility in feedstock, allowing use of natural gas, LPG, naphtha, coal,
– Catalysts engineered for long life, high resistance to poisons, and
– Enhanced plant efficiency: enables operation at lower steam/carbon ratios,
– Specialized protection against contaminants (e.g., ShiftGuard 200 for chloride

Cons:
– Product performance may depend heavily on specific plant design and operating
– Certain catalysts (e.g., ShiftMax 217) require additional adsorbents for full

Comparison Table

Company	Product Details	Pros	Cons	Website
Reforming-, Shift-Reaction-, PROX Catalyst – TANAKA Precious Metals	TANAKA provides a one-stop suite of catalysts for hydrogen generation processes	High catalytic activity at wide temperature ranges Low precious metal content	Non-Disclosure Agreement (NDA) required for acquisition of samples and detailed	tanaka-preciousmetals.com
Reforming catalysts	Johnson Matthey
Greater catalyst. Smaller footprint. – Clariant Ltd.	Clariant offers an extensive portfolio of catalyst solutions designed to	Significant reduction in CO2 emissions for the chemical industry Supports	Limited specific technical details and parameters available from the	www.clariant.com
Reforming	Process	Hydrogen	H	H2
Hydrogen Reforming	Reformer Tubes – MetalTek	MetalTek produces reformer tubes, pigtails, and manifold assemblies for	Extended equipment life due to proprietary alloys with high resistance to creep	Potentially higher upfront cost due to use of proprietary high-alloy
Hydrogen & Synthesis Gas – Lummus Technology	Lummus Technology supplies hydrogen and synthesis gas plants for refinery,	Flexible feedstock range including natural gas, LPG, and naphtha. Proven	Conventional hydrogen production emits CO2, requiring further measures for	www.lummustechnology.com
Hydrogen Applications – PROREC	ProRec Berlin provides solutions and services in the field of hydrogen	High hydrogen recovery and purity rates Flexible solutions tailored to customer	Initial investment cost may be significant Possible need for specific feed gas	prorec-berlin.com
Catalysts	BASF Catalysts offers technologies and products focused on protecting air,	Comprehensive expertise in catalytic technologies across multiple sectors	No detailed technical specifications or performance data presented. Grouping of	catalysts.basf.com
Hydrogen Catalysis: Improving Efficiency in Hydrogen Production – DCL Inc	DCL designs and manufactures custom catalyst solutions for hydrogen and syngas	Customized catalyst solutions tailored for specific process needs Improves	Applicability may be limited to specific hydrogen production technologies Custom	dcl-inc.com
Catalysts and Adsorbents for – Clariant Ltd.	Clariant supplies a broad portfolio of catalysts and adsorbents for synthesis	High flexibility in feedstock, allowing use of natural gas, LPG, naphtha, coal,	Product performance may depend heavily on specific plant design and operating	www.clariant.com

Frequently Asked Questions (FAQs)

What should I consider when evaluating a hydrogen reforming catalyst supplier?

Look for suppliers with proven expertise, strong safety and quality certifications, reliable customer support, and solid references. Evaluate their product range, experience with your specific process, and ability to customize solutions for your needs.

How can I verify the quality of a catalyst manufacturer’s products?

Request documentation like technical datasheets, certificates of analysis, and batch test results. Ask about their quality control systems and see if they comply with international standards such as ISO certification. Customer testimonials and third-party testing also add credibility.

Is it important for the supplier to offer technical support and after-sales service?

Absolutely. Responsive technical support and after-sales service can help you troubleshoot issues, optimize catalyst performance, and minimize downtime. A supplier committed to supporting you beyond the sale is a valuable partner.

What minimum order quantity and lead times should I expect?

Order requirements and lead times vary. Some manufacturers can accommodate small pilot-scale orders, while others have larger minimums. Typical lead times can range from several weeks to a few months, depending on product customization and availability, so always clarify these details upfront.

How can I ensure the supplier aligns with my sustainability and safety standards?

Ask about their environmental policies, safety records, and compliance with industry regulations. Reputable suppliers are transparent about their manufacturing processes, waste management, and health and safety practices, reflecting their commitment to responsible operations.