The invention refers to a method for producing reinforced carbon nano pipeline adopting fiber yarns as carriers. The method comprises the following steps: dissolving carbon nano pipes in an organic solvent, and performing ultrasonic dispersion to obtain a carbon nano pipe suspension; electrifying two cone-shaped poles outside a container containing the suspension to form an uneven electric field,feeding the dried fiber yarns into the suspension at a constant speed, and moving the dried fiber yarns in the suspension at a constant speed; lifting the fiber yarns at a constant speed to leave offthe liquid surface of the suspension and pass through corresponding small holes on a filtering plate; filtering the redundant carbon nano pipes which are absorbed at the outsides of the fiber yarns; and coating a polymer at outsides of the fiber yarns in a packing tool of the polymer leads so as to obtain the reinforced carbon nano pipeline adopting the fiber yarns as the carriers. The method provided by the invention has the following characteristics: the high-voltage uneven electric field can quickly induce the carbon nano pipes to be combined with the fiber yarns; and because the fiber yarns with good tensile strength and toughness are taken as the carriers of the carbon nano pipes, the fiber yarns can be quickly operated in the production process, and the method provided by the invention is higher in working efficiency.