Electrochemical　dechlorination　of　2,4-dichlorophenol　(2,4-DCP)　in　aqueous　solution　was　investigated　on　palladium-loaded　meshed　titanium　(Pd/Ti)　electrode　at　ambient　temperature.　Pd/Ti　electrode　was　prepared　with　an　electrodepositing　method.　Scanning　Electron　Microscope　(SEM)　micrographs　show　that　Pd　microparticles　uniformly　disperse　on　the　meshed　Ti　supporting　electrode　with　spheroidal　structure.　Dechlorination　experimental　results　indicate　that,　in　aqueous　solution,　with　the　current　efficiency　of　24.3%,　the　removal　efficiency　of　100　mg/L　2,4-DCP　on　Pd/Ti　electrode　was　93.2%　under　the　conditions　of　the　dechlorination　current　of　5　mA　and　dechlorination　time　of　90　min.　The　effect　of　initial　2,4-DCP　concentration　was　also　investigated.