Thermal Protection Catalyst SCST-212 High Strength, High Temperature Resistance, Good Conversion Efficiency

EXW
$56.11-66.45 /KG
China
Economic Development Zone, Daying County, Suining City, Sichuan Province, 629300
0825-7880085
Online Contact
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Product Introduction

Thermal Protection Catalyst SCST-212 High Strength, High Temperature Resistance, Good Conversion Efficiency

 

  • Application

SCST-212 thermal protection catalyst is usually used to provide overheating protection for natural gas secondary reforming, coke oven gas oxygen-enriched and pure oxygen reforming catalysts, and to perform pre-reforming to prevent the reforming catalyst from being deactivated by high-temperature impact. The main reactions are as follows:

CH4 + H2O=CO+3H2      -206.3 kJ/mol

CH4 + 2H2O=CO2+4H2       -165.3kJ/mol

CO+H2O=CO2+H2          +41.19kJ/mol

2H2+ O2-2H2O         +241.8 kJ/mol

 

II. Product Technical Specifications

Main Physicochemical Properties

Model

SCST-212

Appearance

Tile-gray Raschig ring

Specification

Φ25x10x15 mm

Main Components

NiO-Al2O3-promoters

Main Operating Conditions

Temperature

≤1200℃

Steam/Gas Ratio

0.5~3.5

Dry Gas Space Velocity

600~3500 h-1

Heat Resistance

No melting or adhesion after calcination at 1500℃ for 4 hours

 

III. Application Fields

Natural gas to synthesis ammonia, methanol units;

Coke oven gas to synthesis ammonia, methanol units;

Catalytic dry gas, coking dry gas to synthesis ammonia, methanol units;

Oilfield gas, refinery gas, naphtha, etc. as feedstock for methanol, synthesis ammonia units.

 

  • Catalyst Characteristics

The catalyst carrier is sintered at above 1500°C, so its thermal stability is very good. After repeated tests, it has been proved that under a single particle load of 1.9kg at 1400°C for 4 hours, the protective agent does not deform or break, which fully proves its excellent heat resistance;

The catalyst has large particles and strong heat storage performance, and its heat storage performance is significantly better than that of porous spherical type;

Higher active components are required to buffer the suddenly rising temperature and truly protect the reforming catalyst. This catalyst is loaded with more nickel, and its content is higher than that of porous spherical type, which allows part of the reforming reaction to proceed on the protective agent. Due to the higher nickel content, its conversion effect is good.

 

  • Packaging, Storage and Transportation

The finished catalyst is packed in plastic drums or iron drums lined with plastic bags. During transportation and storage, it must be protected from moisture, fire, inverted placement and strictly prohibited from chemical contamination. Rolling or impact is strictly prohibited during handling; when stored outdoors, place sleepers at the bottom and cover with canvas for rain protection; it can also be packed in ton bags according to user requirements.

 

  • Partial Application Performance

Unit Name

Unit Condition

Unit Scale

Sichuan Meifeng Chemical Industry Co., Ltd.

Natural gas to synthesis ammonia

200,000 tons/year synthesis ammonia

Chengdu Yulong Chemical Co., Ltd.

Natural gas to synthesis ammonia

60,000+60,000+80,000 tons/year synthesis ammonia

Shanxi Lu'an Coal Coking Co., Ltd.

Coke oven gas to synthesis ammonia

120,000 tons/year synthesis ammonia

Heilongjiang Chemical Group Company

Coke oven gas to synthesis ammonia

180,000 tons/year synthesis ammonia

Shanxi Kingboard Lubao Chemical Ltd.

Coke oven gas to methanol

100,000 tons/year methanol

Shandong Yankuang International Coking Company

Coke oven gas to methanol

200,000 tons/year methanol

Hebei Fengmei Coking Co., Ltd.

Coke oven gas to methanol

200,000 tons/year methanol

Henan Pioneer Chemical Technology Company

Coke oven gas to methanol

100,000 tons/year methanol

Export: South Asia, Middle East, Europe, Americas