Business Field
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Technologies
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Process Technologies
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Flue Gas Treatment
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DeSOx Technology
- Wet desulfurization and dust collection technology
- M·Dwave® reverse jetting technology
- M·Sulfurp® acid gas treatment/waste acid recovery technology
- M·Sorb® sulfur dioxide recovery technology
- M·HyPerO® oxidative desulfurization using hydrogen peroxide technology
- M·SWFGD seawater desulfurization technology
- M·SemiD® semi-dry desulfurization technology
- DeNOx Technology
- Decarbonization Technology
- Colored Plume Elimination Technology
- VOCs Treatment Technology
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DeSOx Technology
- Waste Water Treatment
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Flue Gas Treatment
- Internet of Things
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Process Technologies
- Materials
- Products
- Services
M·SCR DeNOx technology
This process uses NH℃ as a reductant to convert NOx into N2 and H2O under the action of catalyst.
Technical Advantages
- The DeNOx catalyst it uses has a wide reaction temperature window from 150 to 550;
- Flow field simulation makes the overall design optimized;
- It produces no secondary pollutants;
- It has a high DeNOx efficiency, meeting the cleaning emission standard;
- It is easy to reconstruct and requires a small quantity of works.
Case
1,000,000 t/a Ethylene Cracking Furnace (6 sets) of a Company
| Para. | Raw gas | Design index |
|---|---|---|
| Flue gas flow rate, Nm³/h | 175000wet basis | |
| SO2 mg/Nm³ | 100 wet basis | 35 dry basis |
