Method for disposing a waste into a drilled bore hole in a subtending tectonic plate which preferably moves towards a subduction zone, comprising the step of: - drilling a bore hole (14,15,16) in the subtending tectonic plate, including the following steps: - installing a well head at a seabed above the subtending tectonic plate, which wellhead has a borehole channel comprising a lower end and an upper end, which borehole channel extends in an axial direction, wherein the borehole channel further comprises a waste inlet opening which is positioned in between the lower and upper end (137,138); - providing a subsea blowout preventer to be able to close off the borehole channel; - connecting a riser to the upper end of the borehole channel of the well head; - guiding a drill string through the riser and through the well head and drilling the bore hole into the tectonic plate; - removing the drill string out of the riser; wherein the method further comprises the steps of: - providing a docking station on the well head, wherein the docking station is adapted to dock a carrier, wherein the docking station comprises a docking member for docking the carrier to the docking station which docking member is radially positioned with respect to the upper end of the borehole channel of the wellhead and wherein the docking station has a waste displacement means, preferably a waste passageway, for radially displacing the waste and introducing said waste into the borehole channel of the well head; - lowering a carrier, preferably along the riser, from sea level to the docking station, wherein the carrier comprises at least one storage for the waste and a shutter to unload the waste from the at least one storage; - docking the carrier to the docking member of the docking station, such that the carrier is positioned radially outside the borehole channel; - opening the shutter of the carrier at the docking station; - unloading a waste from the carrier; - radially moving and placing the waste into the borehole channel via the waste inlet opening by the waste displacement means; - lowering the waste from the borehole channel into the bore hole (14,15,16); - sealing the bore hole (14,15,16) by introducing a stopper, e.g. a hardening substance or a plug, into the bore hole. - drilling a bore hole (14,15,16) in the subtending tectonic plate, including the following steps: - installing a well head at a seabed above the subtending tectonic plate, which wellhead has a borehole channel comprising a lower end and an upper end, which borehole channel extends in an axial direction, wherein the borehole channel further comprises a waste inlet opening which is positioned in between the lower and upper end (137,138); - providing a subsea blowout preventer to be able to close off the borehole channel; - connecting a riser to the upper end of the borehole channel of the well head; - guiding a drill string through the riser and through the well head and drilling the bore hole into the tectonic plate; - removing the drill string out of the riser; - installing a well head at a seabed above the subtending tectonic plate, which wellhead has a borehole channel comprising a lower end and an upper end, which borehole channel extends in an axial direction, wherein the borehole channel further comprises a waste inlet opening which is positioned in between the lower and upper end (137,138); - providing a subsea blowout preventer to be able to close off the borehole channel; - connecting a riser to the upper end of the borehole channel of the well head; - guiding a drill string through the riser and through the well head and drilling the bore hole into the tectonic plate; - removing the drill string out of the riser; - providing a docking station on the well head, wherein the docking station is adapted to dock a carrier, wherein the docking station comprises a docking member for docking the carrier to the docking station which docking member is radially positioned with respect to the upper end of the borehole channel of the wellhead and wherein the docking station has a waste displacement means, preferably a waste passageway, for radially displacing the waste and introducing said waste into the borehole channel of the well head; - lowering a carrier, preferably along the riser, from sea level to the docking station, wherein the carrier comprises at least one storage for the waste and a shutter to unload the waste from the at least one storage; - docking the carrier to the docking member of the docking station, such that the carrier is positioned radially outside the borehole channel; - opening the shutter of the carrier at the docking station; - unloading a waste from the carrier; - radially moving and placing the waste into the borehole channel via the waste inlet opening by the waste displacement means; - lowering the waste from the borehole channel into the bore hole (14,15,16); - sealing the bore hole (14,15,16) by introducing a stopper, e.g. a hardening substance or a plug, into the bore hole.