In　modern　era,　one　of　the　rising　power　quality　(PQ)　concern　is　harmonics　distortion　(HD).　The　HD　is　usually　produced　by　increase　in　the　utilization　of　nonlinear　user　loads　at　domestic　level.　It　not　only　spoils　the　PQ　but　also　have　harmful　effects　on　electrical　appliances.　So,　this　paper　presents　a　new　approach　to　mitigate　the　HD　in　home　appliances　rapidly　by　utilizing　the　active　band　pass　filter　(ABPF).　The　fast　Fourier　transform　(FFT)　technique　is　employed　for　the　detection　of　harmonics　in　appliances.　The　band　pass　filter　dramatically　affects　the　response　time　of　active　filter.　The　suggested　control　methodology　is　capable　to　eliminate　harmonics　from　distorted　input　voltage　waveform　and　provides　a　pure　sinusoidal　waveform.　The　prototype　of　this　model　is　also　implemented.　Experimental　results　along　with　simulation　show　that　the　proposed　model　is　quite　effective　in　eliminating　HD　despite　load　variations　and　also　useful　to　compensate　the　reactive　power　in　electronic　home　appliances.　Hence,　this　technique　is　cost　effective　for　domestic　users　with　high　quality　performance　in　all　aspects.　©　2020　IEEE.