Primary Steam Reforming Catalyst with Higher Porosity for Ammonia Synthesis Gas

group namePrimary Reforming Catalyst
Min Order1 ton
brand nameSyamcat Ammonia Catalyst Manufacturer
modelSYAMCAT Z433/SYAMCAT Z434
payment methodL/C, T/T
update timeTue, 05 Nov 2024 13:44:19 GMT

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Paramtents

Active component Nickel oxide
Catalyst carrier Gamma alumina
Color Black grey
Side crushing strength/(N.granula-1) ≥200

Packging & Delivery

Min Order1 ton

Briefing

Enhance your ammonia synthesis gas production with SYAMCAT's Primary Steam Reforming Catalyst.

Detailed

Description of Primary Steam Reforming Catalyst

SYAMCAT Primary Steam Reforming Catalyst

Primary Steam Reforming Catalyst with Higher Porosity for Ammonia Synthesis Gas

Enhance your ammonia synthesis gas production with SYAMCAT's Primary Steam Reforming Catalyst, engineered with higher porosity for optimal performance. This catalyst is specifically designed for steam reforming hydrogen production devices utilizing oil field gas or natural gas feedstocks. It enables the production of industrial hydrogen, ammonia synthesis gas, methanol synthesis gas, and metallurgical reduction gas. Additionally, it's compatible with modern energy-saving AMV or Braun low water-to-carbon ratio conversion processes for ammonia synthesis gas.

Application of Primary Steam Reforming Catalyst

Syngas Progress: Used in steam reforming process of hydrocarbons to produce hydrogen, ammonia synthesis gas, methanol synthesis gas, oxo- synthesis gas, carb on monoxide etc..

A wide range of feedstock: Suitable for a wide range of feedstock, such as naphtha with FBP less than 180℃, light hydrocarbons, LPG, refinery off- gas, natural gas etc., which can be used alone or in combination.

Various types of tabular reformers: Suitable for various types of tabular reformers with top-fired, fired, side -bottom -fired firebox or other configurations such as heat exchanger etc., SYAMCAT Z433 should be loaded in the upper section of the reformer tubes in combination with SYAMCAT Z434 loaded in the lower part.

Operating Conditions of Primary Steam Reforming Catalyst

Item	Hydrogen	Ammonia syngas	Methanol syngas	Oxo-syngas
Inlet temperature/℃	450-650	450-650	450-650	450-650
Outlet temperature/℃	700-900	650-850	800-980	800-980
Pressure/MPa	Atmospheric-6.0	Atmospheric-6.0	Atmospheric-6.0	Atmospheric-6.0
Steam/carbon ratio	≥2.7	≥2.7	≥2.5	≥1.5
Carbon space velocity/h-1	500-2000	500-2000	500-2000	500-2000
Feedstock	Natural gas, oil field associated gas and other gaseous

Specification of Primary Steam Reforming Catalyst

Physico-chemical properties

Item	SYAMCAT Z33	SYAMCAT Z434
Shape	4-hole cylinder with dome	4-hole cylinder with dome
Size/mm	Φ16φ48~10	Φ16φ415~17
Active component	Ni	Ni
Bulk density/(kg.L-1)	0.95-1.10	0.95-1.05

Benefits of Primary Steam Reforming Catalyst

Cost-Efficiency and Savings: Our catalyst ensures unparalleled hydrocarbon steam reforming activity and exceptional anti-carbon performance. Experience reduced fuel consumption, leading to substantial cost savings for your operations. Lower operational costs mean higher profits for your business.

Enhanced Efficiency and Productivity: The unique design of our catalyst, featuring a 4-hole cylinder with a dome, offers a vast external surface area and optimized gas flow distribution. This results in increased efficiency and higher productivity. Achieve more output with the same input, optimizing your resources for maximum profitability.

Operational Flexibility: Adapt seamlessly to different hydrocarbon feedstocks with our versatile catalyst options. Whether using a single feedstock or a combination, our catalyst guarantees consistent performance. Make feedstock adjustments without disrupting operations, ensuring continuous efficiency in your processes.

Streamlined Startup: Experience hassle-free startup with our catalyst's excellent reducibility. Natural gas feedstock can be directly introduced without extensive activation, saving you valuable time and resources. Quick startup means faster production and revenue generation.

Continuous and Uninterrupted Operations: Our catalyst boasts exceptional anti-poisoning and regeneration properties. It can self-renew under mild poisoning conditions and undergo in-situ regeneration when severely poisoned. Enjoy uninterrupted operations, minimizing downtime and maximizing production output.

Process Adaptability: Integrate our catalyst effortlessly into your reforming process, with or without pre-reformers. Accommodate pre-reformer switching on/off cases seamlessly, providing you with the flexibility to adjust processes based on demand fluctuations and operational requirements.

Operational Control and Optimization: Benefit from high acceptance of various feedstock gases, allowing real-time adjustment of feedstock types and ratios. This operational control empowers you to optimize processes, reduce waste, and enhance efficiency. Operational optimization translates to higher savings and increased profitability.

Reliability and User-Friendly Regeneration: Rely on our catalyst's robust resistance to poisoning and its user-friendly regeneration features. Regeneration can be done by optimizing operating parameters or through in-reactor regeneration, simplifying the process for your team. Ensure reliable operations, reduce maintenance challenges, and prevent disruptions.

Convenient and Efficient Operation: Utilize natural gas raw material without complexities. Our catalyst allows direct feeding or self-circulating reduction activation, streamlining your operations. Enjoy convenient, efficient, and cost-effective startup, allowing you to focus on your core business activities immediately.

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