The　ability　of　purified　multi-walled　carbon　nanotubes　(MWCNTs)　to　adsorb　diclofenac　and　triclosan　in　aqueous　solutions　was　examined　by　equilibrium,　kinetic,　and　thermodynamic　parameters.　The　results　of　SEM　image,　BET　specific　surface　area,　XRD,　TGA,　and　FTIR　spectra　indicated　that　the　characteristics　of　MWCNTs　were　improved　after　purification　with　nitric　acid.　Batch　experiments　illustrated　that　the　removal　efficiency　of　diclofenac　and　triclosan　depended　mostly　on　the　MWCNTs　dosage,　temperature,　ion　concentration,　pH,　and　initial　concentration.　The　maximum　adsorption　capacity　for　diclofenac　and　triclosan　under　optimum　conditions　was　19.9　mg　g(-1)　and　19.7　mg　g(-1),　respectively.　The　equilibrium　data　showed　that　adsorption　behavior　of　diclofenac　and　triclosan　could　be　described　more　reasonably　by　the　pseudo　second-order　model.　Thermodynamic　simulation　showed　that　the　adsorption　was　fitted　with　Langmuir　and　Freundlich　adsorption　isotherm,　and　the　thermodynamic　parameters　revealed　the　process　to　be　exothermic　and　spontaneous.　In　addition,　the　adsorption　behavior　of　MWCNTs　in　the　binary　solution　was　successfully　predicted　using　the　ideal　adsorbed　solution　theory.　Finally,　the　adsorption　mechanism　was　discussed.