| Customization: | Available |
|---|---|
| Application Fields: | New Energy |
| Certification: | RoHS, ISO |
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| Comparison | Dry Desulfurization | Wet Desulfurization | Biological Desulphurization |
| Application | Small and medium projects with gas less than 5000m³/day; Second high precision desulfurization after other methods | Large Gas Plant up to 100,000 m^3/ day; High sulfur content around 5g/Nm³ | Large-scale, high sulfur-containing gas (100ppm~20000ppm) |
| Power Consumption | None | High | Moderate |
| Operating Cost | Moderate, the desulfurizer need to be changed periodically | Moderate | Low cost on electricity bill |
| Land Scale | Small | Full set of equipment for gas desulfurization, regeneration, filtration and melting sulfur, in result, large land is required. | Moderate |
| Operation Management | Easy to manage, reliable operation, dispense with staff on duty | Need people on duty to control the operation | Automatic operation, simple maintenance |
| Note | Refueling at fixed period, one use one reserve, alternate operation | Many equipment | |
| Advantages | Simple structure, low investment, long lifetime, high precision of desulfurization (lower than 15ppm) |
It can deal with large amount gas, and the system can run continuously by using PH value to keep the efficiency.
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High desulfurization efficiency 99.5%, no second pollution, stable performance, suitable for large-scale, high sulfur-containing gas |
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