the previous embodiment the actuator 60 is attached to the end of the string 16 and the string 16 is lowered into the wellbore 10 until the actuator 60 extends above and in proximity to the plug 14 and more particularly the initiator 38 fig2 the initiator 38 is activated by the transmitted wireless signal or code from the actuator 60 as described above activation of the initiator 38 produces a high current across the above described bridge wire which generates heat sufficient to ignite or burn the material such as thermite surrounding the bridge wire thus producing heat and oxygen the consumable components of the plug 14 which in the above example are the mandrel 30 and or the slips 52 a and 52 b will react with the oxygen in the aluminum oxide al 2 o 3 causing the magnesium metal to be consumed or converted into magnesium oxide mgo as illustrated by the chemical reaction below a slag is thus produced such that the mandrel 30 and or the slips 52 a and 52 b no longer have structural integrity and thus cannot carry the load the engagement of the plug 14 with the casing 12 or the wellbore 10 is released and the resulting slag and or fragments of the mandrel 30 and the slips 52 a and 52 b along with the remaining components of the plug 14 fall to the bottom of.