In the continuous regeneration reforming process of catalysts, the use of high-temperature dechlorination agents to remove HCl from the regenerated gas is an effective new technology. Removing HCl from high-temperature coal gas is one of the key technologies for achieving coal gasification combined cycle power generation (IGCC). ET-2G high-temperature dechlorination agent is suitable for dechlorination in reforming and regenerating gas, exhaust gas, high-temperature coal gas, and other high-temperature chlorine containing gases. It has been industrially applied in the reforming units of Sinopec Luoyang Branch, Jiujiang Branch, and Guangzhou Branch.
ET-2G type precision dechlorination agent
Dechlorination and Decarbonyl Metal Catalysts
Detailed Introduction
In the continuous regeneration reforming process of catalysts, the use of high-temperature dechlorination agents to remove HCl from the regenerated gas is an effective new technology. Removing HCl from high-temperature coal gas is one of the key technologies for achieving coal gasification combined cycle power generation (IGCC). ET-2G high-temperature dechlorination agent is suitable for dechlorination in reforming and regenerating gas, exhaust gas, high-temperature coal gas, and other high-temperature chlorine containing gases. It has been industrially applied in the reforming units of Sinopec Luoyang Branch, Jiujiang Branch, and Guangzhou Branch.
1. Specification and Performance;
|
External Observation |
White strip-shaped object |
|
Regulations Ge （mm） |
Φ (3～4) × (5～18) |
|
Bulk density; （Kg/L） |
0.70～0.90 |
|
Lateral compression strength; （N/cm） |
≥ 60 |
|
Penetrating chlorine capacity with original particle size; （% wt） |
≥ 18 |
|
Small particle size penetrating chlorine capacity; （% wt） |
≥ 30 |
III. Usage Conditions
|
Usage temperature; ℃ |
400～650 |
|
Use pressure; MPa |
Normal pressure~15.0MPa |
|
Airspeed; h-1 |
＜3000 |
|
Recommended loading height to diameter ratio |
3～5 |
|
Inlet HCl content; × 10-6（v/v） |
＜1000 |
|
Export HCl content; × 10-6（v/v） |
