Nanxiang Cu Zn Copper Catalyst

• Material: Copper-Zinc Oxide
• Structure Feature: Catalyst
• Type: Structured Packing
• Effect: Reduce The Flow Resistance of The Fluid
• Source: Copper-Zinc Oxide
• Transport Package: Customized
• Model NO.: NX-CC
• Specification: 5mm/ 5-9mm
• Trademark: Nanxiang
• Origin: China
• HS Code: 3815190000
• Production Capacity: 800

Product Description

Product Description

Copper catalysts are mainly catalysts containing copper metals,the application scope is wide,It is mainly used as catalyst for me-thanol synthesis,Use of dehydrogenation catalysts,use of deoxidation catalysts. 

 

The catalyst is supported by alumina,Copper is the active component, Containing special auxiliaries. The preparation technology of catalyst has been improved greatly, the performance of the catalyst has been greatly improved ,Mainly manifested in : Catalyst activity enhancement, especially the activity at low temperature was significantly improved, the spatiotemporal yield and CO conversion rate of catalyst were increased, thermal stability enhancement, Catalyst has long service life, good selectivity, Crude metha-nol contains high metha-nol content, Low organic by-products, Wide range of use, Easy to restore and operate, high strength, the catalyst powderization is reduced, the pressure drop is small, It is beneficial to increase the output of metha-nol plant . Suitable for medium and low pressure metha-nol process.

purpose:

It is widely used in metha-nol plants of various processes, Lurgi process, ICI process and other low pressure process,its activity level has reached the latest foreign similar products.

physicochemical property:

Appearance	Size	bulk density	Radial crushing strength
Black columnar	5mm	1100-1400kg/m3	≥200N

Reference service conditions:

working pressure	3.0-10Mpa
operating temperature	200-280ºC
Airspeed	5000-20000h-1
Feed gas	Natural-gas,  oil field gas,gas, coke-oven gas,light oil ect total S:<0.1ppm, total C:<0.1ppm
Activity index	Thick alcohol space- time yield coefficient ≥1.0ml/ml.h