PRC type ethylene CO removal catalyst

Name: PRC type ethylene CO removal catalyst
SKU: 0

The PRc-type ethylene carbon monoxide removal catalyst is a highly efficient purification material designed specifically for the polyolefin industry. With copper oxide as its core active component, this catalyst efficiently removes trace carbon monoxide (CO) from ethylene feedstock under mild conditions. It also removes trace amounts of oxygen and sulfur, making it a critical defense against expensive downstream polymerization catalysts (such as Ziegler-Natta catalysts).
Its key feature is its recyclability. Through a "removal-regeneration" cycle (CO reduces CuO to Cu during removal, and air is introduced to reoxidize Cu to CuO during regeneration), catalyst performance can be restored multiple times, significantly extending its service life and reducing overall costs for customers. The product features high removal accuracy, excellent mechanical strength, superior selectivity, and a wide reaction temperature range, ensuring ethylene feedstock purity and ensuring long-term, stable ope

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Product Description

PRc type ethylene co removal catalyst has the characteristics of high carbon monoxide removal accuracy, high mechanical strength, good selectivity, wide reaction temperature range, convenient regeneration operation, and stable performance after multiple.

Working principle

CO removal process CUO+CO→CU+C02 CU02+CO→2CU+C02

Regeneration process 2CU+02→2CU20 2CU20+02→4CUO

Application areas

This product is widely used in the removal of trace CO in ethylene in the polyolefin industry, and also has the function of removing trace oxygen and sulfur.

Product Parameters

appearance	Black cylindrical particles
granularity	05x(5～7)
Compressive strength, N/particle	≥80
loading density Kg/L	1.25～1.45
Operating temperature,℃	90～120
Activationregenerationtemperature,℃	150～250
maneuvering speed	1000～4000
Deoxygenation capacity	≥10
X10-6v/v Removal accuracy	≤0.1

FAQ

1.What is the main function of the GR-342 deacetylene catalyst?

Its main function is to selectively hydrogenate and convert the trace acetylene in the ethylene raw gas, remove harmful impurities, and ensure the smooth progress of the polyethylene polymerization reaction.

2.Why does this catalyst adopt an eggshell structure design?

The eggshell-shaped structure can concentrate precious metals on the surface of the particles, thereby increasing the reaction rate and selectivity while reducing the loss of ethylene due to over-hydrogenation.

3.What are the advantages of using GR-342?

The main advantages include: high selectivity (reduced ethylene loss), high stability (extended service life), and high efficiency (rapid removal of acetylene), thereby ensuring long-term stable operation of the production unit.

4.In which industries is this catalyst mainly used?

It is mainly used in the petrochemical industry, especially in the polyethylene production process, for the refining and purification of ethylene raw gas.

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