This　work　investigated　the　degradation　of　phenolic　wastewater　via　electrochemical　oxidation　combined　wet　oxidation.　This　process　showed　a　high　current　efficiency　for　effective　phenolic　wastewater　treatment.　The　influences　of　parameters　such　as　current　density,　initial　concentration　of　phenolic　wastewater,　reaction　temperature　and　H2O2　dosage　were　investigated　to　increase　our　understanding　of　this　process.　Under　the　optimum　condition　current　density　50　mA/cm(2),　initial　quality　concentration　of　phenolic　wastewater　100　mg/l,　after　2　h　degradation,　the　chemical　oxygen　demand　(COD)　removal　of　reached　54.25%.　The　COD　removal　reached　93.3%　via　wet　oxidation.