Cement　clinker　as　inorganic　cement　binder　was　used　to　explore　the　forming　and　properties　of　powder　activated　carbon.　Adding　silicon　micro　powder　and　using　steam　pressure　curing　in　the　process　for　improving　the　strength　of　the　materials　and　shortening　sample　preparation　cycle.　The　scanning　electron　microscopy　(SEM),　compressive　strength,　iodine　adsorption　value,　the　porosity,　water　absorption,　carbon　content　were　used　to　intestigate　the　microstructures　and　the　properties　of　activated　carbon　monoliths.　The　results　show　that　70wt%　of　activated　carbon,　25wt%　of　cement　clinker　and　5wt%　of　silica　powder　were　mixed,　granulated,　and　molded,　and　then　steam　pressure　curing　at　195°C　for　6h　would　provide　a　new　path　of　getting　the　good　properties　of　activated　carbon　monoliths;　the　corresponding　properties　of　the　optimal　samples　are　listed　below:　the　iodine　adsorption　value　was　551.72mg/g,　and　the　compressive　strength　was　7.25MPa.　The　carbon　content　of　58.48%;　the　porosity　was　57.34%,　water　absorption　was　69.42%.