Mercury-Removing Activated Carbon
- Raw Material & Process:Uses coal as raw material and is produced via a proprietary process with a 20% sulfur loading rate.
- Features:Well-developed pore structure to stabilize sulfur distribution and facilitate Hg-sulfur reaction; irreversible reaction forms insoluble HgS.
- Advantages: Thorough, long-lasting mercury removal; effective where conventional methods fail; enables source control of Hg emissions.
- Applications: Used to remove mercury vapor from gas streams, including coal-fired power plant flue gas and non-ferrous metal smelting waste gas.
Advantages :
Our sulfur-impregnated carbon delivers industry-leading mercury capture with unprecedented breakthrough capacity. The specialized pore architecture creates optimal sulfur distribution for maximized surface reactivity while maintaining low pressure drop. With its high hardness rating, it maintains structural integrity in high-vibration applications. Environmental engineers appreciate its ability to operate effectively across fluctuating humidity conditions. The proprietary sulfur bonding technology prevents leaching even in acidic environments. Users consistently report removal efficiencies exceeding 95% in demanding applications. The controlled activation process creates carbon with precise mesopore development that maintains high volumetric capacity even at elevated temperatures, ensuring reliable performance in challenging flue gas conditions where conventional carbons rapidly deteriorate.
Parameter:
The following is the parameter information of the mercury-removing activated carbon. We can also customize according to the iodine value and specifications if clients need.
| Item | unit | Index |
|---|---|---|
| CTC adsorption value | % | 80-100 |
| Iodine Number | mg/g | ≥1050 |
| Hardness | % | ≥93 |
| Partical Size | mm | Φ3.0-Φ4.0 |
| Apparent Density | g/cm | 0.6 |
| Sulphur Content | % | 20-25 |
Applications :
Coal-fired utilities rely on our carbon for meeting stringent mercury emissions regulations with minimal capital investment. Cement manufacturers use it to control multi-pollutant emissions from kilns processing mercury-containing raw materials. Medical waste incinerators depend on our carbon for capturing volatilized dental amalgam mercury. Natural gas processing facilities incorporate it into their treatment trains to meet strict product specifications. Chlor-alkali plants choose our carbon for recovering mercury from cell room ventilation systems. Crematorium operators utilize it for minimizing environmental impact. From industrial boilers to hazardous waste treatment facilities, our mercury-removing activated carbon effectively captures elemental, oxidized, and particulate-bound mercury—delivering exceptional performance in high-temperature, acidic environments while providing the documentation and performance guarantees needed for regulatory compliance across applications where emission control reliability and consistent performance are non-negotiable requirements for continued operation.
Chengde Jibei Yanshan Activated Carbon Co., Ltd. is a modern activated carbon production enterprise integrating R&D, production and sales, with rich production experience and advanced technology, and is committed to providing customers with high-quality activated carbon products and perfect solutions.
Mercury pollution is a global challenge that urgently requires an effective response. Activated carbon, as one of the most reliable and efficient mercury adsorption materials currently available, has been proven in multiple industries. If you are looking for a professional mercury pollution solution, activated carbon is an ideal choice for achieving excellent results.
In addition to this product, our factory also has many other uses of activated carbon. Click below to browse more of our products.
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