The　removal　of　low　concentrations　of　toluene　using　non-thermal　plasma　(NTP)　coupled　with　MnCe/La/cordierite　honeycomb　(CHB)　catalysts　had　been　investigated　in　this　study.　Mn/CHB,　Mn-Ce/CHB,　Mn-La/CHB　catalysts　were　prepared　for　the　experiment.　The　removal　rate　and　removal　amount　of　toluene,　generation　of　O-3　and　main　aerosol　by-products　for　different　reactors　had　been　investigated.　The　catalysts　were　characterized　by　BET,　SEM,　XRD　and　H-2-TPR.　The　results　showed　that　rare　earth　catalysts　could　improve　the　removal　efficiency　of　toluene　and　the　degree　of　mineralization　effectively.　Mn-La/CHB　catalyst　had　the　better　catalytic　performance　than　Mn-Ce/CHB　catalyst.　The　toluene　removal　rate　and　removal　amount　of　Mn-La/CHB　catalyst　could　be　achieved　at　76.31%　and　159.0　mg/h,　respectively,　while　the　initial　concentration　of　toluene　being　600　mg/m(3),　discharge　voltage　being　22kV　and　gas　flow　rate　being　6　L/min.　Moreover,　H-2-TPR　results　showed　that　the　low-temperature　activity　and　capability　of　O-3　adsorption　enhanced　with　the　loading　of　rare　earth　catalysts.　Catalysts　were　contributed　to　the　decomposition　of　O-3.