Metal-organic　framework　based　carbon　material　UC-X　was　prepared　by　template　method,　and　adopted　to　remove　cephalosporins　from　aqueous　solution.　The　effect　of　templates　including　cetyltrimethyl　ammonium　bromide　and　sodium　laurate　was　discussed.　The　UC-0.1　with　the　pore　size　of　5.38　nm　has　the　best　adsorption.　According　to　FTIR　spectrum,　with　the　gradual　increase　of　sodium　laurate,　the　functional　groups　like　C=O　increased,　which　promoted　the　adsorption　capacity　of　cefepime　in　UC-X　materials　from　42.52　to　84.23　mg.g(-1).　The　optimal　conditions　for　the　adsorption　of　cefepime　were　determined　by　the　response　surface　method:　the　adsorption　temperature　was　25.8　degrees　C,　the　initial　pH　value　was　6.11,　and　the　ionic　strength　was　1.13　g.L-1.　Under　the　best　adsorption　condition,　the　adsorption-desorption　experiments　showed　that　the　adsorption　capacity　of　UC-0.1　material　decreased　by　less　than　10　%　after　five　times　usage,　which　indicated　that　its　recycling　property　was　competitive.　The　adsorption　process　conformed　to　the　mixed-order　kinetic　model,　and　the　error　of　equilibrium　adsorption　capacity　between　model　fitting　and　actual　experiments　is　not　more　than　1　%.　The　overall　results　of　adsorption　isotherm　model　and　thermodynamic　analysis　demonstrated　that　Redlich-Peterson　isothermal　model　could　describe　the　adsorption　process　better.