47 r may be diverted into an annulus 48 formed between the workstring 9 liner string 15 and the casing string 25 wellbore 24 by the diverter valve 50 the returns 47 r may exit the wellbore 24 and flow into an annulus formed between the riser 17 and the drill pipe 9 p via an annulus of the lmrp 16 b bop stack and wellhead 10 the returns may exit the riser annulus and enter the return line 40 via an annulus of the umrp 16 u and the diverter 19 the returns 47 r may flow through the return line 40 and into the shale shaker inlet the returns 47 r may be processed by the shale shaker 36 to remove the cuttings fig2 a 2d illustrate the liner deployment assembly lda 9 d the lda 9 d may include a diverter valve 50 a junk bonnet 51 a setting tool 52 a running tool 53 a stinger 54 an upper packoff 55 a spacer 56 a release 57 a lower packoff 58 a catcher 59 and a plug release system 60 an upper end of the diverter valve 50 may be connected to a lower end the drill pipe 9 p and a lower end of the diverter valve 50 may be connected to an upper end of the junk bonnet 51 such as by threaded couplings a lower end of the junk bonnet 51 may be connected to an upper end of the.