8 the running tool 8 is supported by a running string 10 which is inside a casing string 12 which is supported by a casing hanger 14 inside a housing 16 a connector 18 is attached to housing 16 and supports two ram type blowout preventers 20 and 22 an annular type blowout preventer 24 and a flex joint 26 riser 28 extends to the surface on a subsea well but would not exist on a land well referring now to fig2 an enlarged view is shown of a portion of fig1 for clarity referring now to fig3 area 50 shows that pressure has been pumped down running string to inflate the liner and to push the central portion 52 of the shoe 54 to shear a pin after inflation spring 56 pushes the central portion 52 up to allow an opening through the shoe 54 this allows cement to be circulated down to cement the lower portion of the liner in place referring now to fig4 a sealing dart 60 is dropped into the running tool 8 and the running string 10 is pressured to inflate the rubber element 62 to expand the portion of the liner 64 as the liner is of a relatively soft metal it will be yielded into the casing string and will retain contact with the casing string when the pressure is removed referring now to fig5 the running tool 8 from fig4 is removed by right hand rotation and a rolling expander 70 is approaching the top of the liner as the eccentric rolls.