Pre-reforming Catalysts with Good Low Temerature Activity for Pre-Refroming Process

group name: Pre Reforming Catalyst

Min Order: 1 ton

brand name: Syamcat Ammonia Catalyst Manufacturer

model: SYAMCAT YZ119/SYAMCAT YZ119R

Nearest port for product export: qingdao

Delivery clauses under the trade mode: FOB, CFR, CIF, EXW, FCA

Acceptable payment methods: T/T, L/C

update time: Thu, 21 Nov 2024 17:05:02 GMT

contact supplier

Paramtents

Active Component Nickel Oxide
Catalyst Carrier Gamma Alumina
Color Black
Side Crush Strength/(N.cm-1) ≥100/≥150

Packging & Delivery

Min Order1 ton

Briefing

Pre-reforming catalyst is a high Ni system supported on a porous carrier.

Detailed

Description of Pre-reforming Catalysts

Pre-reforming Catalysts with Good Low Temerature Activity for Pre-refroming Process

SYAMCAT pre-reforming catalyst is a high nickel system supported on a porous carrier. It’s carried out in an adiabatic reactor, and the reaction thermal efficiency is high.

Application of Pre-reforming Catalysts

Methane- rich gas:

Applied to pre- reforming process of higher hydrocarbons and steam reforming process of partial hydrocarbons to generate methane- rich gas.

Hydrocarbon feedstock:

Suitable to a wide range of hydrocarbon feedstock, such as naphtha, LPG, light hydrocarbons, refinery off- gas, natural gas etc., which can be used alone or in combination.

Fixed bed pre- reformer：

Suitable for fixed bed pre- reformer.

Operating Conditions of Pre-reforming Catalysts

Item	SYAMCAT YZ119	SYAMCAT YZ119R
Application temperature/℃	360-530	350-550
Pressure/MPa	1.0-6.0	1.0-6.0
Steam/carbon ratio	≥1.5	≥1.5
Carbon space velocity/h-1	≤3000	≤6000
Feedstock	Natural gas, light hydrocarbons, refinery gas, natural gas etc.

Specification of Pre-forming Catalysts

Physical-chemical properties

Item	SYAMCAT YZ119	SYAMCAT YZ119R
Shape	Tablets	Tablets
Size/mm	φ5*5	φ5*5
Active component	Ni	Ni
Bulk density/(kg.L-1)	0.95-1.10	0.90-1.10

Benefits of Pre-reforming Catalysts

Optimized Nickel Content: Our catalyst features a high nickel content, meticulously distributed on a porous carrier. This meticulous design ensures exceptional low-temperature activity and stability, guaranteeing efficient conversion processes.

Versatility in Catalyst Types: We offer both oxidized and reduced catalysts. The oxidized variant requires in-situ activation, while the reduced form can be utilized directly. This flexibility empowers you to choose the catalyst that best suits your operational needs, ensuring seamless integration into your processes.

Efficient Startup and Shutdown: During startup and shutdown, our catalysts require a reduction gas for pre-reforming projection. This streamlined process minimizes downtime, ensuring a swift and efficient transition between operational states.

Feedstock Flexibility: Introduce hydrocarbon feedstock individually or in combinations. Our catalyst adapts effortlessly, allowing for seamless switching or dosage adjustments. This versatility not only ensures consistent catalyst performance but also boosts your unit's capacity, enhancing overall productivity.

Operational Resilience: Experience exceptional resistance to operating fluctuations and remarkable operational flexibility. Our catalyst allows the direct introduction of cold feed into the reactor, reducing energy consumption and optimizing your operational costs.