活性炭材料本身具有非极性、疏水性、较高的化学稳定性和热稳定性，可进行活

Activated carbon material itself has a nonpolar, hydrophobic, high chemical stability and thermal stability, and improved activation properties, coupled with its ability to catalyze, load performance and reduction performance and unique pore structure and surface chemical properties , which determines very good preconditions activated carbon as a desulfurization agent having denitration

The activated carbon material itself has non-polarity, hydrophobicity, high chemical stability and thermal stability, can be activated and improved, coupled with its catalytic capacity, load performance and reduction properties and unique pore structure and surface chemistry, which determines that activated carbon as a desulfurization agent has very good innate conditions

Activated carbon material itself has non-polar, hydrophobic, high chemical stability and thermal stability, which can be activated and improved. In addition, its catalytic ability, loading performance and reduction performance, as well as its unique pore structure and surface chemical characteristics determine that activated carbon as a desulfurization and denitrification agent has very good congenital conditions