Co-Mo on Alumina

Co-Mo on Alumina
Details:
XDH-2 Co-Mo on Alumina hydrogenation catalyst is based on modified AI2O3 as the carrier, and made of MoO3-CoO with high performance as active component. Its shape and specifications of the products according to your needs. We will provide free samples and you will only pay the express fee. The minimum starting order is one ton.
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Description
Technical Parameters
Introduction

 

Co-Mo on alumina is a hydrorefining catalyst with cobalt-molybdenum sulfide as the core active phase and supported on alumina. It is mainly used for hydrodesulfurization (HDS) and hydronitrogen removal (HDN) of feedstocks such as diesel, VGO, and wax oil.

 

Product Parameters

 

Main technical indexes of XDH-2 Co-Mo on Alumina Hydrogenation catalyst for High sulfur Feedstock

Other attributes

Place of Origin

China

Classification

Catalyst

Other Names

Co-Mo on Alumina Hydrogenation catalyst

Application

Hydrocracking unit

Brand Name

XUNDA

Model Number

XDH-2

Quality standards

Appearance

Clover strip

Granularity, mm

D(1.5~2.5)

Bulk density, kg/L

0.75~0.85

Average side crush strength, N

≥150

Specific surface area, m2/g

≥200

Pore ​​volume, ml/g

≥0.40

Content of active component

MoO3-CoO

Operating conditions and purification indexes

Velocity, h-1

8.0

Hydrogen oil volume ratio, vv

80

Temperature, ℃

230~280

Hydrogen pressure, Mpa

1.6

Supply Ability

Manufactuer

Yes

Certification

ISO9001:2015

Supply Ability

9600 Ton/Tons per Year

Packaging and delivery

Packaging Details

Jumbo bag or steel drum package

Port

Shanghai, Ningbo, Shenzhen, Qingdao

Selling Units

Single item

MOQ

1ton

Lead Time

Quantity (kilograms)

>1000

Lead time (days)

To be negotiated

advantages

 

Highly Efficient Hydrodesulfurization Performance

The Co-Mo system can form a highly active Co-Mo-S phase, whose edge sites are more sensitive to sulfide cracking reactions, significantly improving the HDS reaction rate.

 

Stable Handling of High-Sulfur and High-Nitrogen Feedstocks

The introduction of Co enhances the catalyst's sulfur tolerance, allowing it to maintain high activity even with high-sulfur, high-nitrogen, and high-aromatic feedstocks.

 

Good Thermal Stability
The high-purity γ-Al₂O₃ support provides a large specific surface area and a stable pore structure, reducing sintering and pore collapse during high-temperature use.

 

Packaging and Transportation

 

The product is packaged in sealed iron drums lined with moisture-proof aluminum-plastic bags. Each drum weighs 120–180 kg net, and specifications can be customized according to customer requirements.

Transportation utilizes moisture-proof and shock-proof containers, suitable for sea and land transport and long-term warehousing, ensuring the catalyst does not absorb moisture or pulverize during transportation.

 

why choose us

 

 

IMG1923

30+ Years of Industry Experience
Focusing on catalyst R&D and production, with deep industry experience since 1990.

 

Complete Product Matrix
Covering sulfur recovery, hydrogenation, desulfurization, propylene/ethylene purification, and detoxification agents, providing one-stop service for various scenarios.

9500 Tons Annual Capacity
Owning three modern production lines, ensuring stable capacity and rapid delivery of large orders.

 

Strong Technical Support
Equipped with advanced testing and pilot-scale equipment, enabling rapid catalyst performance testing and process optimization.

IMG1903

 

Product production process

QQ20250207-102736.png

 

 

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