Air Hot side ESP Hot side ESP Cold side ESP Low NOx Burner SCR1 Hot side ESP Cold side ESP Low NOx Burner SCR1 Cold side ESP Overfire Air Cold side ESP Advanced Overfire Air Cold side ESP Low Excess Air Hot side ESP Overfire Air Wet Scrubber Wet Scrubber Overfire Air Hot side ESP Overfire Air Hot side ESP + Wet Scrubber Overfire Air Cold side ESP RET4 Cold side ESP Cold side ESP + Wet Scrubber Overfire Air Hot side ESP Hot side ESP Cold side ESP Hot side ESP Low Excess Air Cold side ESP + Wet Scrubber Low NOx Burner Fabric Filter Fabric Filter Cold side ESP Cold side ESP Low NOx Burner Cold side ESP + SCR + Wet Scrubber Low NOx Burner Cold side ESP + SCR + Wet Scrubber Low NOx Burner Overfire Air Cold side ESP Low NOx Burner RL01 Cold side ESP + SCR Low NOx Burner LO01 Cold side ESP Low NOx Burner SCR2 Cold side ESP Low NOx Burner SCR1 Cold side ESP Low NOx Burner SCR1 Wet Scrubber Wet Scrubber Wet Scrubber Wet Scrubber Cold side ESP + Wet Scrubber Low NOx Burner SCR2 Hot side ESP Overfire Air SCR1 Hot side ESP Low NOx Burner SCR2 Hot side ESP Low NOx Burner SCR2 Wet Scrubber Wet Scrubber Wet Scrubber Cold side ESP Hot side ESP Low NOx Burner Cold side ESP + Wet Scrubber Low NOx Burner SCR1 Cold side ESP + Wet Scrubber Low NOx Burner SCR1 Cold side ESP Cold side ESP Cold side ESP + Wet Scrubber Low NOx Burner SCR2 Cold side ESP + Wet Scrubber Low NOx Burner SCR2 Cold side ESP + Wet Scrubber Overfire Air SCR1 Cold side ESP + Wet Scrubber Low NOx Burner SCR1 Cold side ESP + Wet Scrubber Low NOx Burner SCR2 Cold side ESP + SCR + Wet Scrubber Low NOx Burner Cold side ESP + SCR + Wet Scrubber Low NOx Burner Cold side ESP Cold side ESP + SCR + Wet Scrubber Cold side ESP + Wet Scrubber Low NOx Burner SCR1 Cold side ESP + SCR + Wet Scrubber Overfire Air Cold side ESP + SCR + Wet Scrubber Cold side ESP + SCR + Wet Scrubber Fabric Filter Low NOx Burner Fabric Filter + Wet Scrubber Other SCR1 Fabric Filter Fabric Filter Low NOx Burner Fabric Filter Low NOx Burner Fabric Filter Low NOx Burner Fabric Filter Low NOx Burner Fabric Filter Low NOx Burner Fabric Filter Fabric Filter Cold side ESP Low NOx Burner SCR1 Cold side ESP Low NOx Burner SCR1 Cold side ESP Low NOx Burner SCR1 Cold side ESP + Wet Scrubber Low NOx Burner SCR1 Cold side ESP + Wet Scrubber Low NOx Burner SCR2 Hot side ESP RET4 Cold side ESP Cold side ESP + SCR ML01 Hot side ESP Hot side ESP Cold side ESP Cold side ESP Low NOx Burner Not Applicable RET3 Not Applicable RET3 Not Applicable Low NOx Burner Not Applicable RET3 RET3 Fabric Filter Fluidized Bed Combustor RET3 Fabric Filter Fluidized Bed Combustor RET3 Flue Gas Recirculation RET3 Flue Gas Recirculation RET3 RET3 RET3 Cold side ESP Flue Gas Recirculation RET3 Low Excess Air RET3 Low NOx Burner RET3 RET3 RET3 RET3 RET3 RET3 RET3 RET3 RET3 RET3 RET3 RET3 RET3 RET3 RET3 RET3 RET3 RET3 RET3 RET3 RET3 Cyclone Low NOx Burner Cyclone Low NOx Burner Cyclone Low NOx Burner Cyclone Low Excess Air RET3 Cyclone Low Excess Air RET3 Cyclone Low Excess Air RET3 Cold side ESP + Fuel Reburning Flue Gas Recirculation Fabric Filter + Fuel Reburning ML01 Fabric Filter + Fuel Reburning ML01 Cold side ESP Cold side ESP Cold side ESP Low NOx Burner RL01 Cold side ESP + SCR ML02 Hot side ESP Cyclone Cold side ESP Low NOx Burner Cold side ESP Low NOx Burner Cold side ESP SCR SCR2 Cold side ESP Low NOx Burner SCR2 Overfire Air Cold side ESP + PM Scrubber RL01 Cold side ESP + PM Scrubber RL01 Cold side ESP + PM Scrubber RL01 Cold side ESP Low NOx Burner SCR2 Cold side ESP Low NOx Burner SCR2 Low NOx Burner RET3 Low NOx Burner RET3 Low NOx Burner RET3 Cold side ESP Low NOx Burner Low NOx Burner Low NOx Burner Fuel Reburning Fuel Reburning Cold side ESP + SCR Flue Gas Recirculation OC01 Cold side ESP Overfire Air RET3 Hot side ESP + Wet Scrubber Overfire Air Hot side ESP + Wet Scrubber Overfire Air Cold side ESP Overfire Air SCR1 Cold side ESP RET4 Cold side ESP + SNCR SNCR RET4 Cold side ESP Low NOx Burner SCR1 Cold side ESP Low NOx Burner SCR1 Cold side ESP Low NOx Burner SCR1 Cold side ESP Low NOx Burner RET3 Cold side ESP + SNCR + Wet Scrubber SNCR Cold side ESP + SNCR SNCR CC01 Cold side ESP + SNCR SNCR Cold side ESP + SNCR + Wet Scrubber SNCR RET3 Cold side ESP Low Excess Air Cold side ESP Low Excess Air Cold side ESP Low Excess Air Cold side ESP + SNCR Cold side ESP + Dry Scrubber Low NOx Burner RET3 RET3 RET3 RET3 Low Excess Air RET3 Low Excess Air RET3 Low NOx Burner Low NOx Burner Low NOx Burner Cold side ESP Not Applicable Cold side ESP Low NOx Burner Technology with Close coupled and Separated OFA ( Tangentiallyfired units only)

RET3 RET3 RET3 RET3 Cold side ESP Cold side ESP RET3 Low NOx Burner RET3 Cold side ESP Low NOx Burner SCR1 Cold side ESP SCR1 Cold side ESP Low NOx Burner SCR2 Cold side ESP Cold side ESP Cold side ESP Low NOx Burner Cold side ESP Low NOx Burner Cold side ESP Low NOx Burner RET3 RET3 RET3 RET3 Cold side ESP Cold side ESP RET3 RET3 Cold side ESP Cold side ESP Cold side ESP Cold side ESP Cold side ESP Cold side ESP + SCR Low NOx Burner Cold side ESP + SCR Low NOx Burner Cold side ESP + SCR Low NOx Burner Cold side ESP + SCR Low NOx Burner Cold side ESP Cold side ESP Cold side ESP ML01 Cold side ESP ML01 Cold side ESP ML01 Cold side ESP ML01 Cold side ESP Cold side ESP ML01 Cold side ESP ML01 Cold side ESP Cold side ESP Cold side ESP Cold side ESP Cold side ESP ML01 Cyclone Fabric Filter Fabric Filter Fabric Filter Cold side ESP Cold side ESP Hot side ESP Low NOx Burner Hot side ESP Low NOx Burner Hot side ESP Low NOx Burner Cyclone Cyclone RET3 Hot side ESP Overfire Air RET3 Cold side ESP + Wet Scrubber Hot side ESP Cold side ESP Other Cold side ESP Other Cold side ESP Other Cold side ESP Low NOx Burner Cold side ESP Low NOx Burner Cold side ESP Low NOx Burner Cold side ESP Low NOx Burner Fabric Filter + Dry Scrubber Hot side ESP + Fuel Reburning Fabric Filter + Fuel Reburning + Dry Scrubber Cold side ESP Wet Scrubber RET4 Wet Scrubber RET4 Fabric Filter Low NOx Burner Fabric Filter Low NOx Burner Wet Scrubber Low NOx Burner Hot side ESP + Wet Scrubber Overfire Air Cold side ESP Low NOx Burner Cold side ESP Low NOx Burner Cold side ESP Cold side ESP + Wet Scrubber RET4 Cold side ESP Cold side ESP Cold side ESP Cold side ESP Cold side ESP SCR2 Cold side ESP Fabric Filter Fabric Filter Cold side ESP SCR2 Fabric Filter Cold side ESP Cold side ESP Cold side ESP Hot side ESP Cold side ESP Low NOx Burner SCR1 Cold side ESP Low NOx Burner SCR2 RET3 RET3 RET3 RET3 RET3 RET3 RET3 Cold side ESP + Wet Scrubber Low NOx Burner SCR1 Cold side ESP + Wet Scrubber Low NOx Burner SCR2 Cold side ESP SCR2 Fabric Filter + SCR + Dry Scrubber SCR SCR Other Cold side ESP + Wet Scrubber SCR1 Cold side ESP + Wet Scrubber SCR1 Cold side ESP Cold side ESP RET4 Cold side ESP Cold side ESP SCR2 Cold side ESP Cold side ESP Cold side ESP Low NOx Burner Cold side ESP Low NOx Burner Cold side ESP Low NOx Burner Cold side ESP Low NOx Burner Cold side ESP RET4 Cold side ESP RET4 Cold side ESP RET4 Cold side ESP Low NOx Burner RET4 Cold side ESP SCR2 Cold side ESP SCR2 Fabric Filter Fabric Filter Cold side ESP Cold side ESP Cold side ESP Cold side ESP Cold side ESP Cold side ESP Low NOx Burner Cold side ESP Low NOx Burner Cold side ESP Low NOx Burner Cold side ESP + SCR Cold side ESP + SCR Cold side ESP SCR2 Cold side ESP SCR2 Cold side ESP + Wet Scrubber Low NOx Burner SCR1 Cold side ESP Cold side ESP Overfire Air RET1 RET1 Fabric Filter Fabric Filter Hot side ESP Low NOx Burner Fabric Filter Fabric Filter SCR Overfire Air RET3 Overfire Air Cold side ESP Cold side ESP Cold side ESP Cold side ESP Cold side ESP Wet Scrubber Wet Scrubber Wet Scrubber Low NOx Burner Fabric Filter + Wet Scrubber RET3 RET3 RET3 RET3 RET3 RET1 RET1 Cold side ESP + Dry Scrubber RET4 Cold side ESP + Dry Scrubber RET4 Cold side ESP + SCR SNCR ML01 Cold side ESP + SCR SCR ML01 Cold side ESP + SNCR Cold side ESP + SNCR SNCR Cold side ESP + SNCR SNCR RET4 Cold side ESP + SNCR SNCR RET4 Cold side ESP + SNCR + Wet Scrubber SNCR Cyclone + SNCR SNCR RET3 RET3 Fabric Filter Low NOx Burner SCR SCR SCR SCR Other Hot side ESP + SCR + Dry Scrubber SNCR HG01 Cyclone Cyclone Hot side ESP + SCR + Dry Scrubber SNCR HG01 Hot side ESP + SCR + Dry Scrubber SNCR HG01 Cyclone Cyclone Cyclone Cyclone RET3 Wet Scrubber Low NOx Burner Wet Scrubber Low NOx Burner Wet Scrubber Low NOx Burner Fabric Filter + Wet Scrubber Low NOx Burner Fabric Filter + Wet Scrubber Low NOx Burner Low Excess Air Low Excess Air Low Excess Air Hot side ESP + Wet Scrubber Low NOx Burner Hot side ESP + Wet Scrubber Low Excess Air Hot side ESP + Wet Scrubber Low NOx Burner Hot side ESP + Wet Scrubber Low NOx Burner RET3 RET3 RET3 RET3 RET3 RET3 Cold side ESP Cold side ESP Cold side ESP Overfire Air Cold side ESP Overfire Air Biased Firing ( alternate burners) Biased Firing ( alternate burners)

Flue Gas Recirculation Biased Firing ( alternate burners) Biased Firing ( alternate burners) Other Low NOx Burner Low NOx Burner Biased Firing ( alternate burners) Biased Firing ( alternate burners) Biased Firing ( alternate burners) Biased Firing ( alternate burners)

OC01 OC01 Fuel Reburning OC01 OC01 Cold side ESP RET3 Cold side ESP RET3 Cold side ESP RET3 Cold side ESP Low Excess Air OC01 RET3 RET3 Cold side ESP RET3 Cold side ESP RET3 Hot side ESP Hot side ESP Hot side ESP Cold side ESP Cold side ESP Cold side ESP + Fuel Reburning Fuel Reburning Hot side ESP Hot side ESP Hot side ESP Hot side ESP Cold side ESP Cold side ESP Cold side ESP Cold side ESP Cold side ESP + SCR + Wet Scrubber Low NOx Burner Cold side ESP + Wet Scrubber Low NOx Burner SCR1 Cyclone RET3 Cyclone RET3 Cyclone RET3 Cyclone RET3 Cold side ESP Cold side ESP Cold side ESP Cold side ESP Hot side ESP RL01 Hot side ESP RL01 Hot side ESP Low NOx Burner Hot side ESP Low NOx Burner Hot side ESP Low NOx Burner RL01 Hot side ESP Low NOx Burner RL01 Overfire Air Overfire Air Cold side ESP Overfire Air RET3 Cold side ESP Overfire Air Hot side ESP Low NOx Burner SCR1 Hot side ESP Low NOx Burner SCR1 Hot side ESP Low NOx Burner SCR1 Hot side ESP Low NOx Burner SCR1 Hot side ESP Low NOx Burner SCR1 Flue Gas Recirculation Flue Gas Recirculation Overfire Air Cold side ESP Low NOx Burner Cold side ESP Cold side ESP + SNCR Cold side ESP + SNCR Cold side ESP + SNCR Overfire Air Cold side ESP + SNCR Overfire Air Cold side ESP Cold side ESP Cold side ESP Cold side ESP Cold side ESP + SNCR Low NOx Burner Cold side ESP Low NOx Burner RL02 Cold side ESP + SNCR Cold side ESP + SNCR Cold side ESP Hot side ESP + Fuel Reburning Cold side ESP Low NOx Burner RL02 SCR Flue Gas Recirculation RET3 SCR Flue Gas Recirculation RET3 Flue Gas Recirculation Cold side ESP + SCR Low NOx Burner ML02 Cold side ESP Low NOx Burner RL02 Cold side ESP + SCR Low NOx Burner ML02 Cold side ESP Low NOx Burner RL02 Hot side ESP + SCR Low NOx Burner ML02 Hot side ESP + SCR Low NOx Burner ML02 Hot side ESP Hot side ESP Cold side ESP Low NOx Burner RL02 Cold side ESP Cold side ESP Cold side ESP Cold side ESP Low NOx Burner SCR2 Cold side ESP Low NOx Burner SCR2 Hot side ESP Low NOx Burner SL01 Cold side ESP Low NOx Burner ML02 Hot side ESP Low NOx Burner Hot side ESP Low NOx Burner Hot side ESP Low NOx Burner Hot side ESP Low NOx Burner Hot side ESP Low NOx Burner Hot side ESP Low NOx Burner Hot side ESP Low NOx Burner Hot side ESP Low NOx Burner Hot side ESP + Fuel Reburning Low NOx Burner RET4 Hot side ESP + Fuel Reburning Low NOx Burner RET4 Cold side ESP + SCR Low NOx Burner LO01 Hot side ESP Low NOx Burner Hot side ESP Low NOx Burner Cold side ESP Low NOx Burner Cold side ESP Low NOx Burner RL02 Cold side ESP Low NOx Burner RL02 Cold side ESP Low NOx Burner RL02 Cold side ESP Low NOx Burner RL02 Flue Gas Recirculation Hot side ESP Low NOx Burner Hot side ESP Low NOx Burner Hot side ESP Low NOx Burner Hot side ESP Low NOx Burner Cold side ESP Cold side ESP + Wet Scrubber Cold side ESP Low NOx Burner ML01 Cold side ESP ML02 Cold side ESP ML02 Cold side ESP + Wet Scrubber Cold side ESP ML01 Fabric Filter + Dry Scrubber Overfire Air Cold side ESP + SCR Low NOx Burner ML02 Cold side ESP + SCR ML02 Hot side ESP + SCR Other LD01 Cold side ESP Cold side ESP Cold side ESP Cold side ESP Cold side ESP RL02 Cold side ESP RL02 Cold side ESP HNO1 Cold side ESP HNO1 Cold side ESP + SNCR ML01 Cold side ESP + SCR ML02 Cold side ESP + SCR Low NOx Burner ML02 Cold side ESP Low NOx Burner RO01 Cold side ESP Cold side ESP RO01 Cold side ESP Low NOx Burner RL01 Cold side ESP Low NOx Burner RL01 Cold side ESP + SNCR Low NOx Burner Cold side ESP Low NOx Burner RL01 Cold side ESP + SNCR LO01 Cold side ESP ML02 Cold side ESP SL01 Cold side ESP SL01 Cold side ESP Low NOx Burner RL02 Cold side ESP Other RL02 Cold side ESP + Wet Scrubber Overfire Air SCR1 Cold side ESP + Wet Scrubber Overfire Air SCR1 Cold side ESP Low NOx Burner RET4 Hot side ESP RET4 Hot side ESP RET4 Hot side ESP Hot side ESP Hot side ESP Hot side ESP Cold side ESP ML02 Cold side ESP ML02 Cold side ESP ML02 Cold side ESP Low NOx Burner SO01 Cold side ESP Low NOx Burner Cold side ESP + Wet Scrubber Cold side ESP + Wet Scrubber RET4 Cold side ESP HNO1 Cold side ESP HNO1 Cold side ESP ML01 Cold side ESP RL01 Fabric Filter ML01 Fabric Filter + SNCR ML01 Fabric Filter ML01 Fabric Filter ML01 Cold side ESP Low NOx Burner ML02 Cold side ESP + SNCR Low NOx Burner LO01 Cold side ESP + SNCR LO01 Cold side ESP Cold side ESP Cold side ESP HNO1 Cold side ESP SO01 Cold side ESP SO01 Cold side ESP SO01 Cold side ESP SO01 Cold side ESP Low NOx Burner SCR2 Cold side ESP + SCR Overfire Air ML01 Cold side ESP + SCR Overfire Air ML01 Cold side ESP + SCR ML01 Cold side ESP + SCR ML01 Cold side ESP + SCR Overfire Air ML01 Fabric Filter + Dry Scrubber SCR2 Cold side ESP SCR2 Cold side ESP Cold side ESP Hot side ESP RET4 Fabric Filter + Dry Scrubber Low NOx Burner RET4 RET4 Cold side ESP Overfire Air Cold side ESP Overfire Air Cold side ESP Overfire Air Cyclone Flue Gas Recirculation Cold side ESP Low NOx Burner Cold side ESP Low NOx Burner Cold side ESP + Wet Scrubber Low Excess Air SCR1 Cold side ESP + Wet Scrubber Overfire Air SCR1 Hot side ESP Hot side ESP Hot side ESP Low NOx Burner Cold side ESP Low NOx Burner LO01 Cold side ESP Low NOx Burner LO01 Other Flue Gas Recirculation RET3 Flue Gas Recirculation RET3 Flue Gas Recirculation RET3 SCR Flue Gas Recirculation OC01 SCR Flue Gas Recirculation OC01 RET1 RET1 Hot side ESP + Fuel Reburning + Wet Scrubber Low NOx Burner Hot side ESP + Fuel Reburning + Wet Scrubber Low NOx Burner Hot side ESP + Fuel Reburning + Wet Scrubber Low NOx Burner Hot side ESP + SNCR + Wet Scrubber Low NOx Burner Cyclone + Wet Scrubber Low NOx Burner Cyclone + Wet Scrubber Low NOx Burner Cyclone + Wet Scrubber Low NOx Burner Cyclone + Wet Scrubber Low NOx Burner SCR1 SCR Flue Gas Recirculation OC01 SCR Flue Gas Recirculation OC01 SCR Overfire Air OC01 SCR Overfire Air Cold side ESP Low NOx Burner RET4 Cold side ESP Low NOx Burner RL02 Cold side ESP Low NOx Burner RET4 Cold side ESP Low NOx Burner RET4 Cold side ESP Low NOx Burner RET4 Cold side ESP + Wet Scrubber Low NOx Burner SCR1 Cold side ESP + Wet Scrubber Low NOx Burner SCR1 Cold side ESP + SCR SCR LO01 Cold side ESP + SCR SCR LO01 Cold side ESP + SCR + Wet Scrubber SCR Cold side ESP RET4 Cold side ESP Low NOx Burner RET4 Cold side ESP + SNCR SNCR Cold side ESP Low NOx Burner RL01 Cold side ESP + Wet Scrubber Low NOx Burner SCR1 Cold side ESP Low NOx Burner RL01 Cold side ESP Low NOx Burner RL01 Hot side ESP Hot side ESP Hot side ESP Hot side ESP Cold side ESP Overfire Air SCR1 Cold side ESP Overfire Air SCR1 Cold side ESP Low Excess Air Cold side ESP Low Excess Air Cold side ESP Low NOx Burner RL01 Fabric Filter Low NOx Burner ML02 Cold side ESP Low NOx Burner RL02 Cold side ESP Low NOx Burner RL02 Cold side ESP Low NOx Burner RET4 Cold side ESP Low NOx Burner RET4 Cold side ESP + SCR SCR LO01 Cold side ESP + SCR SCR LO01 SNCR Biased Firing ( alternate burners) RET3 SNCR Biased Firing ( alternate burners) RET3 SNCR Flue Gas Recirculation RET3 SNCR Flue Gas Recirculation RET3 SCR Low NOx Burner RET3 SCR Low NOx Burner RET3 Fabric Filter RET4 Fabric Filter RET4 Fabric Filter RET4 Fabric Filter RET4 Cold side ESP Low NOx Burner RET4 Cold side ESP Low NOx Burner RET4 SNCR + Wet Scrubber Low NOx Burner Overfire Air Hot side ESP + Wet Scrubber SCR1 Hot side ESP + Wet Scrubber SCR1 Cold side ESP Cold side ESP Cold side ESP RET4 Cold side ESP + SNCR Low NOx Burner ML01 Cold side ESP + SNCR Low NOx Burner ML01 Cold side ESP + SNCR Low NOx Burner ML02 Cold side ESP Low NOx Burner SCR2 Cold side ESP Low NOx Burner SCR2 Cold side ESP + Wet Scrubber Low NOx Burner SCR1 SCR SCR SCR Cold side ESP Hot side ESP + Fuel Reburning Low NOx Burner Hot side ESP + Fuel Reburning Low NOx Burner Hot side ESP Low NOx Burner Cold side ESP Cold side ESP Low NOx Burner Fabric Filter Low NOx Burner Fabric Filter Low NOx Burner Fabric Filter Low NOx Burner RET3 RET3 Cold side ESP Cold side ESP Cold side ESP Low NOx Burner Cold side ESP + Fabric Filter + SCR Low NOx Burner ML02 Cold side ESP + SCR Low NOx Burner ML02 Cold side ESP + SCR Low NOx Burner ML02 SNCR Biased Firing ( alternate burners) RET3 SNCR Biased Firing ( alternate burners) RET3 SCR Flue Gas Recirculation RET3 SNCR Flue Gas Recirculation RET3 SNCR SNCR RET3 SNCR SNCR RET3 SCR Flue Gas Recirculation RET3 SCR Flue Gas Recirculation RET3 Cold side ESP Low NOx Burner Cold side ESP Cyclone Cyclone Cold side ESP SCR1 Cold side ESP Low NOx Burner SCR1 Cold side ESP RET1 RET1 RET1 RET1 RET1 RET3 RET3 Low NOx Burner RET3 Low NOx Burner RET3 SNCR Flue Gas Recirculation SNCR Flue Gas Recirculation RET3 RET3 Cold side ESP + SCR Overfire Air ML01 Cold side ESP + SCR ML01 Cold side ESP + SCR ML01 Cold side ESP + SCR LO01 Cold side ESP + SCR + Wet Scrubber Cold side ESP + SCR + Wet Scrubber Low NOx Burner Cold side ESP Low NOx Burner ML01 Cold side ESP Low NOx Burner ML01 Cold side ESP Low NOx Burner ML01 Cold side ESP Low NOx Burner ML01 Hot side ESP Low NOx Burner Hot side ESP Low NOx Burner Hot side ESP Low NOx Burner Hot side ESP Low NOx Burner Hot side ESP Other Cold side ESP Low NOx Burner SCR1 Hot side ESP Other Hot side ESP Other Hot side ESP Other Hot side ESP Other Hot side ESP Other Cold side ESP Low NOx Burner SCR1 Cold side ESP Low NOx Burner SCR1 Cold side ESP Low NOx Burner SCR1 Hot side ESP + SCR ML01 Hot side ESP + SCR ML01 Hot side ESP + SCR ML01 Hot side ESP + SCR ML01 Hot side ESP + SCR Low NOx Burner ML01 Hot side ESP + SCR Low NOx Burner ML01 Hot side ESP + SCR Low NOx Burner ML01 Hot side ESP + SCR Low NOx Burner ML01 Hot side ESP + SCR Other ML01 Low NOx Burner SCR Flue Gas Recirculation OC01 SCR Biased Firing ( alternate burners) OC01 Fuel Reburning SCN1 SCN1 Fuel Reburning Fuel Reburning Fuel Reburning Fuel Reburning Other Other RET3 RET3 RET3 RET3 Cold side ESP Low NOx Burner Overfire Air SCR Overfire Air Overfire Air Low Excess Air Low Excess Air Flue Gas Recirculation Flue Gas Recirculation Flue Gas Recirculation SCR Flue Gas Recirculation Low Excess Air Low Excess Air Low Excess Air Other Other Other Flue Gas Recirculation Fabric Filter Low NOx Burner SCR1 Fabric Filter Low NOx Burner SCR2 Fabric Filter Advanced Overfire Air SCR1 Fabric Filter + Wet Scrubber Advanced Overfire Air SCR1 Low Excess Air Overfire Air Fuel Reburning Biased Firing ( alternate burners) Biased Firing ( alternate burners) Biased Firing ( alternate burners)

Fuel Reburning Fuel Reburning Biased Firing ( alternate burners) Overfire Air Overfire Air Fuel Reburning Flue Gas Recirculation Cold side ESP LD01 Cold side ESP + Fabric Filter LD01 SCR Low NOx Burner OC01 SCR Low NOx Burner OC01 Fuel Reburning SCN1 Flue Gas Recirculation SCN1 Low NOx Burner Flue Gas Recirculation RET3 SNCR Biased Firing ( alternate burners) RET3 SNCR Biased Firing ( alternate burners) RET3 SCR SCR RET3 SCR SCR RET3 Flue Gas Recirculation Low NOx Burner Low NOx Burner RET3 RET3 SCR RET3 Fuel Reburning Fuel Reburning Flue Gas Recirculation Cold side ESP Cold side ESP RET3 RET3 RET3 RET1 RET1 RET1 RET1 RET1 RET1 RET1 RET1 RET1 RET1 RET1 RET1 RET1 RET1 OC01 RET3 Low NOx Burner OC01 Low NOx Burner RET3 Flue Gas Recirculation Cold side ESP SCR2 Cold side ESP SCR2 Cold side ESP SCR2 Cold side ESP Cold side ESP Cold side ESP Low NOx Burner SCR2 Hot side ESP + Fuel Reburning Low Excess Air Hot side ESP + Fuel Reburning Low Excess Air Hot side ESP + Fuel Reburning Low Excess Air Hot side ESP + Fuel Reburning Low Excess Air Hot side ESP + Fuel Reburning Low Excess Air Hot side ESP Hot side ESP + SNCR Cold side ESP Cold side ESP + SCR ML02 Cold side ESP + SCR ML02 Cold side ESP + SCR ML02 Cold side ESP + SNCR Overfire Air Cold side ESP + SNCR Overfire Air Cold side ESP + SCR + Wet Scrubber Cold side ESP + SCR + Wet Scrubber Other Other Other Overfire Air Cold side ESP + SNCR ML01 Cold side ESP + SNCR Other Cold side ESP Cold side ESP Cold side ESP Cold side ESP Cold side ESP + Wet Scrubber Cold side ESP + Wet Scrubber RET1 RET1 RET3 RET1 RET1 Cold side ESP + SCR Low NOx Burner LO02 Cold side ESP + SCR Low NOx Burner LO02 Cold side ESP + SCR Low NOx Burner LO02 Cold side ESP SCR2 Cold side ESP SCR2 Cold side ESP Low NOx Burner SCR2 Cold side ESP Low NOx Burner SCR2 Cold side ESP SCR2 Cold side ESP Low NOx Burner SCR2 Cold side ESP RL02 Cold side ESP Low NOx Burner RET4 Cold side ESP Low NOx Burner RET4 Cold side ESP Low NOx Burner ML01 Cold side ESP SCR1 Cold side ESP + SNCR Cold side ESP + SCR + Wet Scrubber Low NOx Burner Cold side ESP + SCR + Wet Scrubber Low NOx Burner Cold side ESP + SCR + Wet Scrubber Low NOx Burner Cold side ESP HNO1 Cold side ESP Cold side ESP Cold side ESP SL01 Cold side ESP SL01 Cold side ESP Overfire Air SL01 Cold side ESP SL01 Cold side ESP Low NOx Burner SCR2 Cold side ESP Low NOx Burner SCR2 Cold side ESP + SCR + Wet Scrubber Low NOx Burner Cold side ESP + SCR + Wet Scrubber Cold side ESP + SCR + Wet Scrubber Low NOx Burner Hot side ESP Hot side ESP Other SCR SCR SCR SCR RET3 SCR SCR Hot side ESP Cold side ESP Cold side ESP SCR Flue Gas Recirculation RET3 SCR Flue Gas Recirculation RET3 Flue Gas Recirculation Flue Gas Recirculation SCR Flue Gas Recirculation RET3 SCR Flue Gas Recirculation RET3 SNCR Flue Gas Recirculation RET3 SNCR Flue Gas Recirculation RET3 SCR Flue Gas Recirculation RET3 Cold side ESP + Dry Scrubber HNO1 Cold side ESP Cold side ESP Cold side ESP + Dry Scrubber Cold side ESP RL02 Cold side ESP RL02 Cold side ESP Low NOx Burner RL02 Cold side ESP Low NOx Burner RL02 Fabric Filter Low NOx Burner SNR1 Fabric Filter Low NOx Burner SNR1 Fabric Filter Low NOx Burner SNR1 Fabric Filter Low NOx Burner SNR1 Cold side ESP Cold side ESP SCR2 Cold side ESP Low NOx Burner Hot side ESP Hot side ESP Flue Gas Recirculation Cold side ESP Cold side ESP Cold side ESP Cold side ESP Cold side ESP Cold side ESP Cold side ESP Low NOx Burner Cold side ESP Low NOx Burner Cold side ESP Cold side ESP + Fuel Reburning Hot side ESP + Fabric Filter Low NOx Burner Flue Gas Recirculation RET3 Flue Gas Recirculation RET3 RET3 RET3 Cyclone Fabric Filter Fabric Filter Fabric Filter + Dry Scrubber Cold side ESP Cold side ESP Cold side ESP Cold side ESP Cold side ESP Cold side ESP Low NOx Burner Cold side ESP Cold side ESP Cold side ESP Cold side ESP Cold side ESP Cold side ESP Cold side ESP Wet Scrubber Low NOx Burner Cold side ESP Cold side ESP Cold side ESP + Wet Scrubber Cyclone RET3 PM Scrubber + SCR SCR RET3 RET1 RET1 RET1 RET1 Hot side ESP + Wet Scrubber Hot side ESP Other RET3 Fabric Filter Fabric Filter + Dry Scrubber Low NOx Burner Fabric Filter Fabric Filter + Dry Scrubber Low NOx Burner Fabric Filter Fabric Filter + Wet Scrubber Low NOx Burner Fabric Filter + Wet Scrubber Low NOx Burner Cold side ESP Low NOx Burner RL01 Cold side ESP Low NOx Burner RL01 Cold side ESP Low NOx Burner RL01 Cold side ESP Low NOx Burner RL01 Cold side ESP + SCR Low NOx Burner LO01 Fabric Filter Fabric Filter Overfire Air Fabric Filter + Wet Scrubber Low NOx Burner RET1 Cyclone RET3 RET3 Cyclone RET3 Fabric Filter Low NOx Burner Fabric Filter Low NOx Burner Fabric Filter Low NOx Burner RET3 RET3 RET3 Flue Gas Recirculation Overfire Air Overfire Air Overfire Air Hot side ESP + Wet Scrubber Hot side ESP + Wet Scrubber Hot side ESP + Wet Scrubber Cold side ESP Cold side ESP Cold side ESP Cold side ESP Cold side ESP Cold side ESP Cold side ESP + SCR + Wet Scrubber Low NOx Burner SCR + Wet Scrubber Low NOx Burner SCR SCR SCR Fabric Filter + Dry Scrubber HG08 Fabric Filter + SNCR + Wet Scrubber SCR SCR SCR SCR RET2 RET2 RET2 RET2 RET2 RET2 RET2 RET2 RET2 RET2 RET3 SCR SCR Fabric Filter + Dry Scrubber HG08 RL01 SCR1 Cold side ESP + Wet Scrubber Low NOx Burner RET4 SCR SCR SCR Fabric Filter + SNCR + Wet Scrubber Fabric Filter + Dry Scrubber Low NOx Burner Fabric Filter + Dry Scrubber Low NOx Burner Fabric Filter + Dry Scrubber Fluidized Bed Combustor SCR SCR SCR Fabric Filter + Dry Scrubber HG08 SCR SCR SCR SCR Fabric Filter + Dry Scrubber ML01 SCR Cold side ESP Low Excess Air RET3 Cold side ESP Low Excess Air RET3 RET2 RET2 RET2 RET2 SCR SCR SCR SCR Cold side ESP Low Excess Air Low Excess Air Fabric Filter + SNCR + Dry Scrubber SCR SCR Cold side ESP + SNCR SNCR RET3 Cold side ESP + SNCR SNCR RET3 SCR SCR SCR OC01 SCR SCR SCR SCR SCR SCR SCR RET1 RET1 RET1 RET1 Hot side ESP Hot side ESP + Wet Scrubber SCR1 Hot side ESP + Wet Scrubber SCR1 Cold side ESP Low Excess Air RET3 Cold side ESP Low Excess Air RET3 Cold side ESP + SNCR SNCR RET3 Low Excess Air RET3 Cold side ESP + Wet Scrubber Low NOx Burner SCR1 Cold side ESP + SCR + Wet Scrubber Low NOx Burner Cold side ESP Low Excess Air Cold side ESP Low Excess Air RET3 Cold side ESP Low Excess Air RL02 Hot side ESP Hot side ESP Low NOx Burner Cold side ESP + SNCR SNCR Cold side ESP + SNCR Low NOx Burner Cyclone Overfire Air RET3 Cold side ESP Cold side ESP Cold side ESP + SNCR SNCR Cold side ESP + SNCR SNCR Cyclone RET3 Cyclone RET3 Cyclone Low NOx Burner RET3 Hot side ESP Hot side ESP Low NOx Burner SCR2 Hot side ESP Low NOx Burner Cold side ESP + SCR Low NOx Burner Cold side ESP + SCR Low NOx Burner Cold side ESP + Wet Scrubber SCR1 Cold side ESP + Wet Scrubber Low NOx Burner SCR1 Cold side ESP Overfire Air RD01 Cold side ESP Overfire Air LD01 Cyclone Low NOx Burner RET3 Low Excess Air Cold side ESP + Wet Scrubber Low NOx Burner SCR2 Cold side ESP Low NOx Burner ML02 Cold side ESP Low NOx Burner LO01 Hot side ESP + SCR + Wet Scrubber Low NOx Burner Cold side ESP + Wet Scrubber Low NOx Burner SCR1 Hot side ESP + SCR SCR LO01 Hot side ESP + SCR SCR LO01 Hot side ESP + Wet Scrubber Low NOx Burner Hot side ESP + Wet Scrubber Low NOx Burner Fabric Filter + Dry Scrubber Low NOx Burner Low NOx Burner Low NOx Burner Low NOx Burner Low NOx Burner Low NOx Burner Cold side ESP + Wet Scrubber Overfire Air Cold side ESP + Wet Scrubber Overfire Air Hot side ESP Low NOx Burner SCR2 Cold side ESP Low NOx Burner Cold side ESP Low NOx Burner Low NOx Burner Hot side ESP + SCR Low NOx Burner ML02 Hot side ESP + SCR Low NOx Burner LO01 Cyclone Cyclone Cyclone Low NOx Burner Cyclone Low NOx Burner Cold side ESP + SCR Overfire Air LO01 Cold side ESP + SCR Overfire Air LO01 Cold side ESP Low NOx Burner LD01 Cold side ESP Low NOx Burner LD01 Cold side ESP Low NOx Burner LD01 Hot side ESP + Wet Scrubber Low NOx Burner SCR1 Hot side ESP + Wet Scrubber Low NOx Burner SCR2 Cold side ESP Low NOx Burner Cold side ESP + Wet Scrubber Low NOx Burner SCR1 Cold side ESP + Wet Scrubber Other Cold side ESP + Wet Scrubber Other Cold side ESP + Wet Scrubber Other SCR SCR Cold side ESP + SCR + Wet Scrubber Low NOx Burner Cold side ESP RL02 Hot side ESP RO01 Wet Scrubber Low NOx Burner Wet Scrubber Low NOx Burner Wet Scrubber Overfire Air Wet Scrubber Overfire Air Hot side ESP + Fabric Filter Overfire Air Hot side ESP Low NOx Burner Cold side ESP + SCR + Wet Scrubber SCR Cold side ESP SCR2 Cold side ESP Overfire Air Cold side ESP + Wet Scrubber Low NOx Burner SCR1 Cold side ESP + Wet Scrubber Low NOx Burner SCR1 Wet Scrubber Cyclone OC01 Cyclone OC01 Wet Scrubber Overfire Air Wet Scrubber Low NOx Burner Fabric Filter + Dry Scrubber Low NOx Burner SCR1 Wet Scrubber Low NOx Burner SCR1 Wet Scrubber Low NOx Burner SCR1 Cold side ESP + Wet Scrubber Overfire Air SCR1 Cold side ESP Overfire Air Cold side ESP Overfire Air Cold side ESP Low NOx Burner Cold side ESP ML02 Cyclone Cyclone Cold side ESP + Dry Scrubber Low NOx Burner Cold side ESP Low NOx Burner Other RET2 Low NOx Burner SCR SCR Low NOx Burner Cold side ESP + SCR Low NOx Burner LO01 Cold side ESP + SCR Low NOx Burner LO01 Cold side ESP + SCR Low NOx Burner LO01 Cold side ESP + SCR + Wet Scrubber Low NOx Burner Cold side ESP + SCR + Wet Scrubber Low NOx Burner Cyclone Cold side ESP Cold side ESP + Wet Scrubber Low NOx Burner SCR1 Cold side ESP + SCR + Wet Scrubber Low NOx Burner Cold side ESP + SCR + Wet Scrubber Low NOx Burner Hot side ESP Low NOx Burner RL02 Hot side ESP Low NOx Burner ML02 Hot side ESP Low NOx Burner ML02 Hot side ESP Low NOx Burner ML02 Cold side ESP + Wet Scrubber SCR1 Cold side ESP + Wet Scrubber SCR1 Cold side ESP + Wet Scrubber SCR1 Cold side ESP + Fabric Filter RD01 Cold side ESP + Fabric Filter LD01 Cold side ESP + Wet Scrubber Low NOx Burner SCR1 Cold side ESP Low NOx Burner Cold side ESP Low NOx Burner Cold side ESP Low Excess Air Cold side ESP + Wet Scrubber Overfire Air Cold side ESP + Wet Scrubber Low NOx Burner Fabric Filter + Wet Scrubber Low NOx Burner Cold side ESP Other RO02 Cold side ESP Other RO02 Cyclone Low NOx Burner Cyclone Low NOx Burner Cyclone Low NOx Burner Cyclone Low NOx Burner Cold side ESP Low NOx Burner RD01 Cold side ESP Low NOx Burner RD01 Hot side ESP + Wet Scrubber Low NOx Burner Hot side ESP + Wet Scrubber Low NOx Burner Hot side ESP Overfire Air Cold side ESP Overfire Air LD01 Cold side ESP Overfire Air LD01 Cold side ESP + Wet Scrubber Overfire Air SCR1 Cold side ESP Overfire Air SCR1 Cold side ESP Overfire Air SCR1 Cold side ESP + Wet Scrubber Low NOx Burner SCR1 Cyclone Low NOx Burner OC01 Cyclone Low NOx Burner OC01 Overfire Air Hot side ESP Low NOx Burner RL02 Cold side ESP Overfire Air Fabric Filter Overfire Air Fabric Filter Overfire Air Fabric Filter Overfire Air Fabric Filter Overfire Air Cold side ESP + Wet Scrubber Low Excess Air OC01 Cyclone Cyclone Cold side ESP + Wet Scrubber Low NOx Burner Cold side ESP + Wet Scrubber Low NOx Burner Cold side ESP + Wet Scrubber Low NOx Burner RET3 RET3 Cyclone Low NOx Burner Cyclone Low NOx Burner Cold side ESP + Wet Scrubber Low NOx Burner SCR1 Cold side ESP + Wet Scrubber Low NOx Burner SCR1 Wet Scrubber Overfire Air Fabric Filter Low NOx Burner Cold side ESP + SCR ML02 Cold side ESP + SCR + Wet Scrubber Low NOx Burner Cold side ESP + SCR + Wet Scrubber Low NOx Burner Cold side ESP + Wet Scrubber Low NOx Burner SCR2 Hot side ESP Overfire Air ML02 Hot side ESP Overfire Air ML02 Hot side ESP Overfire Air SCR2 Hot side ESP Overfire Air RO01 Hot side ESP Overfire Air SCR2 Cold side ESP Overfire Air RO01 Cold side ESP Overfire Air RO01 Cold side ESP + SCR Low NOx Burner LO02 Cold side ESP SCR1 Cold side ESP SCR1 Cold side ESP Low NOx Burner SO01 Cold side ESP Low NOx Burner SO01 Cold side ESP OC01 OC01 OC01 OC01 OC01 OC01 Cold side ESP + Wet Scrubber Cold side ESP + Wet Scrubber Cold side ESP + Wet Scrubber Low NOx Burner SCR1 Cold side ESP + Wet Scrubber Low NOx Burner SCR1 Cold side ESP Cold side ESP Cold side ESP + Wet Scrubber SCR1 Cold side ESP + Wet Scrubber Low NOx Burner SCR1 Cold side ESP + SCR + Wet Scrubber Cold side ESP + SCR + Wet Scrubber Cold side ESP + SCR + Wet Scrubber Cold side ESP + SCR + Wet Scrubber Low NOx Burner RET1 Fabric Filter + Dry Scrubber Low NOx Burner Fabric Filter + Dry Scrubber Low NOx Burner OC01 OC01 Fabric Filter + Wet Scrubber Low NOx Burner Fabric Filter + Wet Scrubber Low NOx Burner RET1 RET1 RET1 RET1 RET1 RET1 RET1 RET1 RET1 RET1 RET1 RET1 RET1 RET1 RET1 Cyclone Other Hot side ESP Low NOx Burner Cold side ESP + Wet Scrubber Low NOx Burner SCR1 Cold side ESP + Wet Scrubber Low NOx Burner SCR1 OC01 OC01 Cold side ESP Low NOx Burner LD01 Cold side ESP Low NOx Burner LD01 Cold side ESP + Wet Scrubber Overfire Air SCR1 Hot side ESP Low NOx Burner Flue Gas Recirculation Flue Gas Recirculation Cold side ESP ML01 OC01 OC01 OC01 OC01 Fuel Reburning Flue Gas Recirculation Cold side ESP + Wet Scrubber Low NOx Burner SCR2 SCR Fabric Filter + Dry Scrubber Overfire Air Cold side ESP Low NOx Burner Cold side ESP Low NOx Burner Cold side ESP + SCR + Wet Scrubber Low NOx Burner OC01 Biased Firing ( alternate burners)

Cold side ESP Cold side ESP Cold side ESP + SCR Low NOx Burner LO01 Cold side ESP + SCR Low NOx Burner LO01 Cold side ESP + SCR Low NOx Burner LO01 Cold side ESP + SCR Low NOx Burner LO01 Fabric Filter + Wet Scrubber Fluidized Bed Combustor Fabric Filter + Wet Scrubber Fluidized Bed Combustor RET1 Cold side ESP ML01 Cold side ESP Cold side ESP ML01 Cold side ESP + SCR Advanced Overfire Air ML02 Cold side ESP RL02 Cold side ESP RL02 Cold side ESP RL02 Cold side ESP RL02 Fabric Filter + Wet Scrubber Low NOx Burner Cold side ESP ML01 Cold side ESP ML01 Fabric Filter + Dry Scrubber Low NOx Burner Fabric Filter + SNCR + Wet Scrubber Low NOx Burner Fabric Filter + SNCR + Wet Scrubber Low NOx Burner SCR Cold side ESP RL02 Cold side ESP + Wet Scrubber Cold side ESP Cold side ESP Cold side ESP Low NOx Burner ML01 Cold side ESP Low NOx Burner ML01 Cold side ESP Low NOx Burner ML01 Cold side ESP Low NOx Burner ML01 Cold side ESP RET4 Cold side ESP Cold side ESP RET4 Cold side ESP SCR Cold side ESP Cold side ESP Cold side ESP Flue Gas Recirculation Flue Gas Recirculation Flue Gas Recirculation Cold side ESP Overfire Air SCR1 SCR Hot side ESP RET1 RET1 SCR Cold side ESP + Dry Scrubber SCR SCR Fabric Filter + Dry Scrubber Fabric Filter + Dry Scrubber SCR SCR SCR SCR SCR SCR Fabric Filter + Wet Scrubber Low NOx Burner Cold side ESP + Wet Scrubber Low NOx Burner RET4 Cold side ESP + SCR LO01 Cold side ESP Cold side ESP Hot side ESP Hot side ESP Low NOx Burner Hot side ESP Low Excess Air RET3 Cyclone Flue Gas Recirculation Cyclone Flue Gas Recirculation Hot side ESP Overfire Air Cold side ESP Overfire Air Cold side ESP + SCR LD02 Cold side ESP + SCR LD02 RET3 RET3 RET1 Cold side ESP + Wet Scrubber Low NOx Burner Cold side ESP + Wet Scrubber Low NOx Burner Cold side ESP + Wet Scrubber Low NOx Burner Cold side ESP + Wet Scrubber Low NOx Burner RET1 Cold side ESP + Wet Scrubber Overfire Air Cold side ESP Overfire Air RET2 RET2 RET2 RET2 RET2 RET2 RET2 Cold side ESP + SCR + Wet Scrubber Low NOx Burner Cold side ESP + SCR + Wet Scrubber RET1 RET1 Fabric Filter Low NOx Burner Fabric Filter + Dry Scrubber Fabric Filter + Dry Scrubber Low NOx Burner Fabric Filter + Dry Scrubber Low NOx Burner Fabric Filter Low NOx Burner Fabric Filter + Dry Scrubber Low NOx Burner Cold side ESP Low NOx Burner RO01 Cold side ESP Low NOx Burner ML02 Cold side ESP Low NOx Burner RL01 Cold side ESP Low NOx Burner SL02 Cold side ESP ML02 Cold side ESP ML02 Cold side ESP Cold side ESP Cold side ESP Cold side ESP RET4 Cold side ESP RET4 Cold side ESP RET4 Cold side ESP RET4 Cold side ESP RET4 Cold side ESP RET4 Cold side ESP Low NOx Burner LO01 Cold side ESP Cold side ESP Fabric Filter + Wet Scrubber Low NOx Burner Cold side ESP + Fuel Reburning Fuel Reburning Cold side ESP SO01 Cold side ESP + SCR LO01 Cold side ESP RO01 Cold side ESP RO01 Cold side ESP RL01 Cold side ESP RL01 Cold side ESP Hot side ESP Low NOx Burner Cold side ESP Cold side ESP RL01 Cold side ESP RL01 Hot side ESP Cold side ESP Cold side ESP Low NOx Burner Cold side ESP Low NOx Burner Cold side ESP Low NOx Burner Cold side ESP Low NOx Burner Cold side ESP Low NOx Burner Cold side ESP Low NOx Burner Cold side ESP Low NOx Burner Cold side ESP LO01 Cold side ESP LO01 Cold side ESP Low NOx Burner RO01 Low NOx Burner Biased Firing ( alternate burners) Biased Firing ( alternate burners)


[Federal Register Volume 79, Number 10 (Wednesday, January 15, 2014)]
[Notices]
[Page 2723]
[FR Doc No: 2014-00574]

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SECURITIES AND EXCHANGE COMMISSION

[Release No. 34-71262; File No. SR-FINRA-2013-050]

Self-Regulatory Organizations; Financial Industry Regulatory
Authority, Inc.; Notice of Designation of Longer Period for Commission
Action on Proposed Rule Change Relating to Over-the-Counter Equity
Trade Reporting and OATS Reporting

January 9, 2014.
    On November 12, 2013, the Financial Industry Regulatory Authority,
Inc. (``FINRA'') filed with the Securities and Exchange Commission
(``Commission''), pursuant to Section 19(b)(1) of the Securities
Exchange Act of 1934 (``Act'') \1\ and Rule 19b-4 thereunder,\2\ a
proposed rule change to amend the FINRA rules governing the reporting
of (i) over-the-counter (``OTC'') transactions in equity securities to
the FINRA Facilities; \3\ and (ii) orders in NMS stocks and OTC Equity
Securities to the Order Audit Trail System (``OATS''). The Proposal was
published for comment in the Federal Register on November 29, 2013.\4\
The Commission received one comment letter on the proposal.\5\
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    \1\ 15 U.S.C. 78s(b)(1).
    \2\ 17 CFR 240.19b-4.
    \3\ Specifically, the FINRA Facilities are the Alternative
Display Facility (``ADF'') and the Trade Reporting Facilities
(``TRF''), to which members report OTC transactions in NMS stocks,
as defined in SEC Rule 600(b) of Regulation NMS; and the OTC
Reporting Facility (``ORF''), to which members report transactions
in ``OTC Equity Securities,'' as defined in FINRA Rule 6420 (i.e.,
non-NMS stocks such as OTC Bulletin Board and OTC Market
securities), as well as transactions in Restricted Equity
Securities, as defined in FINRA Rule 6420, effected pursuant to
Securities Act Rule 144A.
    \4\ See Securities Exchange Act Release No. 70924 (November 22,
2013), 78 FR 71695 (``Notice'').
    \5\ See Letter to Elizabeth M. Murphy, Secretary, Commission,
from Manisha Kimmel, Executive Director, Financial Information
Forum, dated December 20, 2013 (``FIF Letter'').
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    Section 19(b)(2) of the Act \6\ provides that within 45 days of the
publication of notice of the filing of a proposed rule change, or
within such longer period up to 90 days as the Commission may designate
if it finds such longer period to be appropriate and publishes its
reasons for so finding or as to which the self-regulatory organization
consents, the Commission shall either approve the proposed rule change,
disapprove the proposed rule change, or institute proceedings to
determine whether these proposed rule changes should be disapproved.
The 45th day for this filing is January 13, 2014.
---------------------------------------------------------------------------

    \6\ 15 U.S.C. 78s(b)(2).
---------------------------------------------------------------------------

    The Commission is extending the 45-day time period for Commission
action on the proposed rule change. The Commission finds that it is
appropriate to designate a longer period within which to take action on
the proposed rule change so that it has sufficient time to consider and
take action on the Exchange's proposed rule change.
    Accordingly, pursuant to Section 19(b)(2)(A)(ii)(I) of the Act \7\
and for the reasons stated above, the Commission designates February
27, 2014, as the date by which the Commission should either approve or
disapprove, or institute proceedings to determine whether to
disapprove, the proposed rule change (File No. SR-FINRA-2013-050).
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    \7\ 15 U.S.C. 78s(b)(2)(A)(ii)(I).

    For the Commission, by the Division of Trading and Markets,
pursuant to delegated authority.\8\
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    \8\ 17 CFR 200.30-3(a)(31).
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Kevin M. O'Neill,
Deputy Secretary.
[FR Doc. 2014-00574 Filed 1-14-14; 8:45 am]
BILLING CODE 8011-01-P


[Federal Register Volume 83, Number 90 (Wednesday, May 9, 2018)]
[Notices]
[Pages 21324-21327]
[FR Doc No: 2018-09830]

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SECURITIES AND EXCHANGE COMMISSION

[Release No. 34-83166; File No. SR-CBOE-2018-036]

Self-Regulatory Organizations; Cboe Exchange, Inc.; Notice of
Filing and Immediate Effectiveness of a Proposed Rule Change To Extend
the Operation of the SPXPM Pilot Program

May 3, 2018.
    Pursuant to Section 19(b)(1) of the Securities Exchange Act of 1934
(the ``Act''),\1\ and Rule 19b-4 thereunder,\2\ notice is hereby given
that on May 2, 2018, Cboe Exchange, Inc. (the ``Exchange'' or ``Cboe
Options'') filed with the Securities and Exchange Commission (the
``Commission'') the proposed rule change as described in Items I and II
below, which Items have been prepared by the Exchange. The Exchange
filed the proposal as a ``non-controversial'' proposed rule change
pursuant to Section 19(b)(3)(A)(iii) of the Act \3\ and Rule 19b-
4(f)(6) thereunder.\4\ The Commission is publishing this notice to
solicit comments on the proposed rule change from interested persons.
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    \1\ 15 U.S.C. 78s(b)(1).
    \2\ 17 CFR 240.19b-4.
    \3\ 15 U.S.C. 78s(b)(3)(A)(iii).
    \4\ 17 CFR 240.19b-4(f)(6).
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I. Self-Regulatory Organization's Statement of the Terms of Substance
of the Proposed Rule Change

    The Exchange proposes to extend the operation of its SPXPM pilot
program. The text of the proposed rule change is provided below.

(additions are italicized; deletions are [bracketed])
* * * * *

Cboe Exchange, Inc. Rules

* * * * *
Rule 24.9. Terms of Index Option Contracts
    (No change).

. . . Interpretations and Policies:

    .01-.13 (No change).
    .14 In addition to A.M.-settled Standard & Poor's 500 Stock Index
options approved for trading on the Exchange pursuant to Rule 24.9, the
Exchange may also list options on the S&P 500 Index whose exercise
settlement value is derived from closing prices on the last trading day
prior to expiration (P.M.-settled third Friday-of-the-month SPX options
series). The Exchange may also list options on the Mini-SPX Index
(``XSP'') whose exercise settlement value is derived from closing
prices on the last trading day prior to expiration (``P.M.-settled'').
P.M.-settled third Friday-of-the-month SPX options series and P.M.-
settled XSP options will be listed for trading for a pilot period
ending [May 3]November 5, 2018.
* * * * *
    The text of the proposed rule change is also available on the
Exchange's website (http://www.cboe.com/AboutCBOE/CBOELegalRegulatoryHome.aspx), at the Exchange's Office of the
Secretary,

and at the Commission's Public Reference Room.

II. Self-Regulatory Organization's Statement of the Purpose of, and
Statutory Basis for, the Proposed Rule Change

    In its filing with the Commission, the Exchange included statements
concerning the purpose of and basis for the proposed rule change and
discussed any comments it received on the proposed rule change. The
text of these statements may be examined at the places specified in
Item IV below. The Exchange has prepared summaries, set forth in
sections A, B, and C below, of the most significant aspects of such
statements.

A. Self-Regulatory Organization's Statement of the Purpose of, and
Statutory Basis for, the Proposed Rule Change

1. Purpose
    On February 8, 2013, the Exchange received approval of a rule
change that established a Pilot Program that allows the Exchange to
list options on the S&P 500 Index whose exercise settlement value is
derived from closing prices on the last trading day prior to expiration
(``SPXPM'').\5\ On July 31, 2013, the Exchange received approval of a
rule change that amended the Pilot Program to allow the Exchange to
list options on the Mini-SPX Index (``XSP'') whose exercise settlement
value is derived from closing prices on the last trading day prior to
expiration (``P.M.-settled'') \6\ (together, SPXPM and P.M.-settled XSP
to be referred to herein as the ``Pilot Products'').\7\ The Exchange
has extended the pilot period four times, which is currently set to
expire on the earlier of May 3, 2018 or the date on which the pilot
program is approved on a permanent basis.\8\ The Exchange hereby
proposes to further extend the end date of the pilot period to November
5, 2018.
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    \5\ See Securities Exchange Act Release No. 68888 (February 8,
2013), 78 FR 10668 (February 14, 2013) (SR-CBOE-2012-120) (the
``SPXPM Approval Order''). Pursuant to Securities Exchange Act
Release No. 80060 (February 17, 2017), 82 FR 11673 (February 24,
2017) (SR-CBOE-2016-091), the Exchange moved third-Friday P.M.-
settled options into the S&P 500 Index options class, and as a
result, the trading symbol for P.M.-settled S&P 500 Index options
that have standard third Friday-of-the-month expirations changed
from ``SPXPM'' to ``SPXW.'' This change went into effect on May 1,
2017, pursuant to Cboe Options Regulatory Circular RG17-054.
    \6\ See Securities Exchange Act Release No. 70087 (July 31,
2013), 78 FR 47809 (August 6, 2013) (SR-CBOE-2013-055) (the ``P.M.-
settled XSP Approval Order'').
    \7\ For more information on the Pilot Products or the Pilot
Program, see the SPXPM Approval Order and the P.M.-settled XSP
Approval Order.
    \8\ See Securities Exchange Act Release Nos. 71424 (January 28,
2014), 79 FR 6249 (February 3, 2014) (SR-CBOE-2014-004); 73338
(October 10, 2014), 79 FR 62502 (October 17, 2014) (SR-CBOE-2014-
076); 77573 (April 8, 2016), 81 FR 22148 (April 14, 2016) (SR-CBOE-
2016-036); and 80386 (April 6, 2017), 82 FR 17704 (April 12, 2017)
(SR-CBOE-2017-025).
---------------------------------------------------------------------------

    During the course of the Pilot Program and in support of the
extensions of the Pilot Program, the Exchange submits to the Securities
and Exchange Commission (the ``Commission'') reports regarding the
Pilot Program that detail the Exchange's experience with the Pilot
Program, pursuant to the SPXPM Approval Order and the P.M.-settled XSP
Approval Order. Specifically, the Exchange submits annual Pilot Program
reports to the Commission that contain an analysis of volume, open
interest, and trading patterns. The analysis examines trading in Pilot
Products as well as trading in the securities that comprise the
underlying index. Additionally, for series that exceed certain minimum
open interest parameters, the annual reports provide analysis of index
price volatility and share trading activity. The Exchange also submits
periodic interim reports that contain some, but not all, of the
information contained in the annual reports. In providing the annual
and periodic interim reports (the ``pilot reports'') to the Commission,
the Exchange has previously requested confidential treatment of the
pilot reports under the Freedom of Information Act (``FOIA'').\9\
---------------------------------------------------------------------------

    \9\ 5 U.S.C. 552.
---------------------------------------------------------------------------

    The pilot reports both contain the following volume and open
interest data:
    (1) Monthly volume aggregated for all trades;
    (2) monthly volume aggregated by expiration date;
    (3) monthly volume for each individual series;
    (4) month-end open interest aggregated for all series;
    (5) month-end open interest for all series aggregated by expiration
date; and
    (6) month-end open interest for each individual series.
    The annual reports also contain the information noted in Items (1)
through (6) above for Expiration Friday, A.M.-settled, S&P 500 index
options traded on Cboe Options, as well as the following analysis of
trading patterns in the Pilot Products options series in the Pilot
Program:
    (1) A time series analysis of open interest; and
    (2) an analysis of the distribution of trade sizes.

Finally, for series that exceed certain minimum parameters, the annual
reports contain the following analysis related to index price changes
and underlying share trading volume at the close on Expiration Fridays:

    (1) A comparison of index price changes at the close of trading on
a given Expiration Friday with comparable price changes from a control
sample. The data includes a calculation of percentage price changes for
various time intervals and compare that information to the respective
control sample. Raw percentage price change data as well as percentage
price change data normalized for prevailing market volatility, as
measured by the Cboe Volatility Index (VIX), is provided; and
    (2) a calculation of share volume for a sample set of the component
securities representing an upper limit on share trading that could be
attributable to expiring in-the-money series. The data includes a
comparison of the calculated share volume for securities in the sample
set to the average daily trading volumes of those securities over a
sample period.

The minimum open interest parameters, control sample, time intervals,
method for randomly selecting the component securities, and sample
periods are determined by the Exchange and the Commission. In proposing
to extend the Pilot Program, the Exchange will continue to abide by the
reporting requirements described herein, as well as in the SPXPM
Approval Order and the P.M.-settled XSP Approval Order.\10\
Additionally, the Exchange will provide the Commission with any
additional data or analyses the Commission requests because it deems
such data or analyses necessary to determine whether the Pilot Program
is consistent with the Exchange Act. The Exchange will make public all
data and analyses previously submitted to the Commission under the
Pilot Program, as well as any data and analyses it makes to the
Commission under the Pilot Program in the future.
---------------------------------------------------------------------------

    \10\ Pursuant to Securities Exchange Act Release No. 75914
(September 14, 2015), 80 FR 56522 (September 18, 2015) (SR-CBOE-
2015-079), the Exchange added SPXPM and P.M.-settled XSP options to
the list of products approved for trading during Extended Trading
Hours (``ETH''). The Exchange will also include the applicable
information regarding SPXPM and P.M.-settled XSP options that trade
during ETH in its annual and interim reports.
---------------------------------------------------------------------------

    The Exchange proposes the extension of the Pilot Program in order
to continue to give the Commission more time to consider the impact of
the Pilot Program. To this point, Cboe Options believes that the Pilot
Program has been

well-received by its Trading Permit Holders and the investing public,
and the Exchange would like to continue to provide investors with the
ability to trade SPXPM and P.M.-settled XSP options. All terms
regarding the trading of the Pilot Products shall continue to operate
as described in the SPXPM Approval Order and the P.M.-settled XSP
Approval Order. The Exchange merely proposes herein to extend the term
of the Pilot Program to November 5, 2018.
2. Statutory Basis
    The Exchange believes the proposed rule change is consistent with
the Securities Exchange Act of 1934 (the ``Act'') [sic] and the rules
and regulations thereunder applicable to the Exchange and, in
particular, the requirements of Section 6(b) of the Act.\11\
Specifically, the Exchange believes the proposed rule change is
consistent with the Section 6(b)(5) \12\ requirements that the rules of
an exchange be designed to prevent fraudulent and manipulative acts and
practices, to promote just and equitable principles of trade, to foster
cooperation and coordination with persons engaged in regulating,
clearing, settling, processing information with respect to, and
facilitating transactions in securities, to remove impediments to and
perfect the mechanism of a free and open market and a national market
system, and, in general, to protect investors and the public interest.
Additionally, the Exchange believes the proposed rule change is
consistent with the Section 6(b)(5) \13\ requirement that the rules of
an exchange not be designed to permit unfair discrimination between
customers, issuers, brokers, or dealers.
---------------------------------------------------------------------------

    \11\ 15 U.S.C. 78f(b).
    \12\ 15 U.S.C. 78f(b)(5).
    \13\ Id.
---------------------------------------------------------------------------

    In particular, the Exchange believes that the proposed extension of
the Pilot Program will continue to provide greater opportunities for
investors. Further, the Exchange believes that it has not experienced
any adverse effects or meaningful regulatory concerns from the
operation of the Pilot Program. As such, the Exchange believes that the
extension of the Pilot Program does not raise any unique or prohibitive
regulatory concerns. Also, the Exchange believes that such trading has
not, and will not, adversely impact fair and orderly markets on
Expiration Fridays for the underlying stocks comprising the S&P 500
index. The extension of the Pilot Program will continue to provide
investors with the opportunity to trade the desirable products of SPXPM
and P.M.-settled XSP, while also providing the Commission further
opportunity to observe such trading of the Pilot Products.

B. Self-Regulatory Organization's Statement on Burden on Competition

    Cboe Options does not believe that the proposed rule change will
impose any burden on competition that is not necessary or appropriate
in furtherance of the purposes of the Act. The Exchange does not
believe the continuation of the Pilot Program will impose any
unnecessary or inappropriate burden on intramarket competition because
it will continue to apply equally to all Cboe Options market
participants, and the Pilot Products will be available to all Cboe
Options market participants. The Exchange believes there is sufficient
investor interest and demand in the Pilot Program to warrant its
extension. The Exchange believes that, for the period that the Pilot
Program has been in operation, it has provided investors with desirable
products with which to trade. Furthermore, the Exchange believes that
it has not experienced any adverse market effects or regulatory
concerns with respect to the Pilot Program. The Exchange further does
not believe that the proposed extension of the Pilot Program will
impose any burden on intermarket competition that is not necessary or
appropriate in furtherance of the purposes of the Act because it only
applies to trading on Cboe Options. To the extent that the continued
trading of the Pilot Products may make Cboe Options a more attractive
marketplace to market participants at other exchanges, such market
participants may elect to become Cboe Options market participants.

C. Self-Regulatory Organization's Statement on Comments on the Proposed
Rule Change Received From Members, Participants, or Others

    The Exchange neither solicited nor received comments on the
proposed rule change.

III. Date of Effectiveness of the Proposed Rule Change and Timing for
Commission Action

    Because the proposed rule change does not (i) significantly affect
the protection of investors or the public interest; (ii) impose any
significant burden on competition; and (iii) become operative for 30
days from the date on which it was filed, or such shorter time as the
Commission may designate if consistent with the protection of investors
and the public interest, the proposed rule change has become effective
pursuant to Section 19(b)(3)(A) of the Act \14\ and Rule 19b-
4(f)(6)(iii) thereunder.\15\
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    \14\ 15 U.S.C. 78s(b)(3)(A).
    \15\ 17 CFR 240.19b-4(f)(6)(iii). As required under Rule 19b-
4(f)(6)(iii), the Exchange provided the Commission with written
notice of its intent to file the proposed rule change, along with a
brief description and the text of the proposed rule change, at least
five business days prior to the date of filing of the proposed rule
change, or such shorter time as designated by the Commission.
---------------------------------------------------------------------------

    The Exchange has asked the Commission to waive the 30-day operative
delay so that the proposal may become operative immediately upon
filing. The Exchange states that waiver of the 30-day operative delay
will allow it to extend the Pilot Program prior to its expiration on
May 3, 2018, and maintain the status quo, thereby reducing market
disruption. The Commission believes that waiving the 30-day operative
delay is consistent with the protection of investors and the public
interest, as it will allow the Pilot Program to continue uninterrupted,
thereby avoiding investor confusion that could result from a temporary
interruption in the Pilot Program. For this reason, the Commission
designates the proposed rule change to be operative upon filing.\16\
---------------------------------------------------------------------------

    \16\ For purposes only of waiving the 30-day operative delay,
the Commission has also considered the proposed rule's impact on
efficiency, competition, and capital formation. See 15 U.S.C.
78c(f).
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    At any time within 60 days of the filing of the proposed rule
change, the Commission summarily may temporarily suspend such rule
change if it appears to the Commission that such action is necessary or
appropriate in the public interest, for the protection of investors, or
otherwise in furtherance of the purposes of the Act.

IV. Solicitation of Comments

    Interested persons are invited to submit written data, views and
arguments concerning the foregoing, including whether the proposal is
consistent with the Act. Comments may be submitted by any of the
following methods:

Electronic Comments

     Use the Commission's internet comment form (http://www.sec.gov/rules/sro.shtml); or
     Send an email to [email protected]. Please include
File Number SR-CBOE -2018-036 on the subject line.

Paper Comments

     Send paper comments in triplicate to Secretary, Securities
and Exchange Commission, 100 F Street NE, Washington, DC 20549-1090.

All submissions should refer to File No. SR-CBOE-2018-036. This file
number should be included on the subject line if email is used. To help
the Commission process and review your comments more efficiently,
please use only one method. The Commission will post all comments on
the Commission's internet website (http://www.sec.gov/rules/sro.shtml).
Copies of the submission, all subsequent amendments, all written
statements with respect to the proposed rule change that are filed with
the Commission, and all written communications relating to the proposed
rule change between the Commission and any person, other than those
that may be withheld from the public in accordance with the provisions
of 5 U.S.C. 552, will be available for website viewing and printing in
the Commission's Public Reference Room, 100 F Street NE, Washington, DC
20549, on official business days between the hours of 10:00 a.m. and
3:00 p.m. Copies of such filing will also be available for inspection
and copying at the principal office of the Exchange. All comments
received will be posted without change. Persons submitting comments are
cautioned that we do not redact or edit personal identifying
information from comment submissions. You should submit only
information that you wish to make available publicly. All submissions
should refer to File No. SR-CBOE-2018-036 and should be submitted on or
before May 30, 2018.

    For the Commission, by the Division of Trading and Markets,
pursuant to delegated authority.\17\
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    \17\ 17 CFR 200.30-3(a)(12).
---------------------------------------------------------------------------

Eduardo A. Aleman,
Assistant Secretary.
[FR Doc. 2018-09830 Filed 5-8-18; 8:45 am]
BILLING CODE 8011-01-P


MEMORANDUM

SUBJECT:	Summary of Environmental and Cost Impacts of Final Amendments
to Portland Cement NESHAP

FROM:	Mike Laney, RTI

	David Green, RTI

	Keith Barnett, EPA

TO:	Docket Number OAR-2002-0051

DATE:	December 8, 2006

Affected Industry

The portland cement manufacturing industry is comprised of an estimated
94 cement plants operating a total of 158 non-hazardous waste burning
kilns. Based on industry projections (PCA 2006), it is estimated that by
the fifth year following promulgation of the amendments (i.e., 2006 –
2010), 20 new kilns will come on line and clinker production capacity
will increase by approximately 21,000,000 tons.

To illustrate impacts of the final amendments, impacts are calculated
for a preheater/precalciner kiln having a clinker production capacity of
650,000 tons per year. Impacts are also estimated for the 5 year period
following promulgation using information from the Portland Cement
Association (PCA) on estimated clinker capacity expansions from 2006 to
2010 (PCA, 2006). It is estimated that the clinker production capacity
will increase by 21,000,000 tons and 20 new kilns will begin operation,
or an average of 1,050,000 tons of clinker production per kiln, over the
5-year period following promulgation of the final amendments. To comply
with the final amendments for mercury, it is assumed that five new kilns
will install alkaline scrubbers. To comply with the limits for total
hydrocarbons (THC), it is estimated that five new kilns will install
add-on controls: three  will add on activated carbon injection (ACI)
systems and two will install a scrubber and a regenerative thermal
oxidizer (RTO) system.

For mercury control, activated carbon injection (ACI) was also
considered as a beyond-the-floor option for existing kilns. A
beyond-the-floor option for mercury reductions from new kilns consisting
of a wet scrubber and ACI was evaluated.

Air Quality Impacts

Mercury

To meet the limit for mercury emissions from new kilns, some
owner/operators will install wet alkaline scrubbers. Mercury emissions
will also be reduced as a co-benefit from new kilns that, in order to
comply with the limits for total hydrocarbons (THC), will install either
a scrubber and regenerative thermal oxidizer (RTO) system or an
activated carbon injection (ACI) system.

Reductions in mercury emissions were calculated for a model kiln
producing 650,000 tons of clinker/yr controlled by a wet alkaline
scrubber. Uncontrolled emissions were assumed to range from 41 µg/dscm
to 100 µg/dscm, equivalent to approximately 150 to 350 lb/yr.
Reductions in mercury emissions using wet scrubbers have been reported
to range from 30 to 90 percent depending on type of fuel burned
(EPA1998). For all coal types, a mercury removal efficiency of 42
percent from electric utility boiler flue gases is assumed for an
alkaline scrubber installed after a particulate matter control device
(Cole, 2006). Using mercury emissions ranging from 150 to 350 lb/yr,
emission reductions from a new scrubber-equipped 650,000 ton/yr kiln
will range from 63 to 147 lb/yr. Kilns controlled by a scrubber/RTO
system for THC control would get the same mercury emission reduction as
kilns controlled by scrubbers only.

Kilns that add an ACI system for control of THC emissions would also get
a reduction in mercury emissions. ACI systems will reduce mercury
emissions by an estimated 80 percent. For a 650,000 ton/yr kiln, mercury
emissions would be reduced by 120 to 280 lb/yr.

For the 5-year period following promulgation, it is estimated that five
new kilns will install scrubbers to control mercury emissions. To meet
the THC limits, an estimated two kilns will install scrubber/RTO systems
and three kilns will install ACI sytems. Total nationwide reductions in
mercury emissions in the fifth year after promulgation of the amendments
that results from the equipping five new kilns with scrubbers, two with
scrubber/RTO systems and three with ACI systems estimated to be 1,294 to
3,019 pounds (0.65 to 1.51 tons).

A beyond-the-floor option evaluated for new kilns considered the
addition of an ACI system in combination with an alkaline scrubber. ACI
systems added after a scrubber would further reduce mercury emissions by
an estimated 80 percent in addition to the 42 percent reduction with a
scrubber. Mercury emission reductions under this option were estimated
using baseline emissions of 11 to 100 µg/dscm, equivalent to mercury
emissions of approximately 40 to 350 lb/yr. For a new 650,000 ton/yr
kiln, total mercury emissions under this beyond-the-floor option would
be reduced by an estimated 30 to 265 lb/yr.

HCl Emissions

Alkaline scrubbers added to kilns to reduce mercury emissions and THC
emissions will also reduce emissions of HCl from kiln exhaust gases.
Emission reductions of HCl were calculated from a baseline of 54 ppmv
HCl for a kiln uncontrolled for HCl, i.e., without a wet scrubber and
assuming emissions of 15 ppmv for a kiln controlled for HCl (II-B-67,
Docket No. A-92-53).  For a new preheater/precalciner kiln operating at
650,000 tons of clinker per year, the reduction in HCl emissions is
estimated at 107 tons/yr (II-B-67, Docket No. A-92-53).

Total nationwide reduction in HCl emission as a result of the addition
of five scrubbers added to kilns for mercury control and two
scrubber/RTO systems for THC control will be an estimated 1,209 tons in
the fifth year following promulgation of the amendments.

Sulfur Dioxide (SO2) and Particulate Matter (PM) Emissions

Alkaline scrubbers added for mercury and THC control will also reduce
emissions of SO2. Calculations of reductions in SO2 emissions are based
on emissions of 0.8 lb SO2/ton of feed with 75 percent removal (II-A-4
and II-B-67, Docket A-92-53). The reduction in SO2 from a new kiln
operating at 650,000 tons of clinker per year is estimated at
approximately 322 tons/yr (II-B-67, Docket A-92-53).

Assuming an average new kiln production of 1,050,000 (21,000,000/20)
tons of clinker/yr, new kilns equipped with scrubbers (five for mercury
control and two for THC control) will result in total nationwide
reductions in SO2 emissions of approximately 3,638 tons in the fifth
year following promulgation.

Note that we have determined that reducing SO2 emissions also results in
a reduction in fine particle emissions because some SO2 is converted to
sulfates in the atmosphere. Therefore, the use of alkaline scrubbers
will reduce fine PM emissions in addition to SO2.

Dioxin/Furans (D/F)

Emissions of D/F will be reduced with the installation of alkaline
scrubbers. It is assumed that any vapor phase D/F emissions in the kiln
exhaust stream will be controlled by the scrubber. The reduction in D/F
emissions was determined to be the difference between emissions before
and after the application of the packed bed scrubber. The emissions data
available at the original proposal show that most of the kilns could
comply with the 0.2 TEQ ng/dscm limit. An alternate standard of 0.4 TEQ
ng/dscm with a temperature limit at the inlet to the PMCD was also
established.  It was assumed that those kilns with emissions above the
0.4 TEQ ng/dscm would find a way to meet the 0.4 limit. Thus, the
average of these data is 0.12 TEQ ng/dscm. It is conservatively
estimated that the scrubber would achieve a 50 percent reduction in D/F
emissions, or a reduction of 0.06 TEQ ng/dscm. For a new kiln operating
at 650,000 tons of clinker/yr, the reduction in D/F emissions in
grams/yr (g/yr) will be 0.097 g/yr.

New kilns equipped with a scrubber/RTO system are expected to reduce D/F
emissions by 95 percent as a result the RTO. Annual reduction in D/F
emissions from a new 650,000 ton/yr kiln equipped with a scrubber/RTO
are estimated to be 0.19 g/yr.

ACI systems installed on kilns for THC control would also reduce D/F
emissions by an estimated 50 percent. For a new 650,000 ton/yr kiln, D/F
emissions would be reduced by an estimated 0.097 g/yr.

Nationwide reductions in D/F emissions will be an estimated 0.79 g for
scrubber-only equipped kilns, 0.61 g for scrubber/RTO-equipped kilns,
and 0.71 g for ACI-equipped kilns, or a total nationwide reduction in
emissions of 2.1 g in the fifth year following promulgation of the
amendments.

The use of a scrubber and ACI systems were evaluated as a
beyond-the-floor option for new kilns. Assuming that scrubbers and ACI
systems will each achieve a 50 percent reduction in D/F emissions, a new
650,000 ton/yr kiln would reduce D/F emissions by 0.15 g/yr

 Total Hydrocarbons (THC)

New kilns equipped with an RTO will have a reduction in emissions of
THC, including organic HAPs. Organic HAPs are an estimated 5 percent of
total THC (II-B-67, Docket A-92-53). Using a removal efficiency of 95
percent for an RTO and a THC inlet concentration of 62.5 ppmv, the
emission reduction for a new kiln equipped with a scrubber/RTO will be
196.3 tons per year.

New kilns equipped with ACI systems will also reduce THC emissions by an
estimated 50 percent. For a new 650,000 ton/yr kiln, an ACI system will
reduce THC emissions by an estimated 103.3 tons/yr.

To estimate nationwide emissions, it is assumed that two kilns will
install scrubber/RTO systems and three kilns will install ACI systems to
comply with the THC limits for new kilns. Nationwide emission reductions
for scrubber/RTO equipped kilns are estimated at 634 tons/yr. Nationwide
emission reductions for ACI equipped kilns are estimated at 500.6
tons/yr. Thus, total nationwide THC emission reductions in the fifth
year after promulgation will be 1,135 tons.

Secondary Impacts

Secondary air quality impacts will result from the increased electrical
and fuel demands of control equipment required to comply with the final
amendments. The addition of scrubbers, RTO’s, and ACI systems will
increase electricity demands. The additional electricity usage by an
alkaline scrubber, RTO, and ACI are as follows:

Scrubber	-	984,863 kWh/yr (Docket item II-B-67, docket A-92-53)

RTO		-	3,576,110 kWh/yr

ACI		-	3,767,000 kWh/yr (Docket item II-B-67, docket A-92-53)

The emission factors used to estimate increased emissions of NOx, CO,
SO2, and PM10 from the increased electricity demand are as follows
(IV-B-25, docket A-94-52):

NOx	-	0.00446 lb/kWhr

CO	-	0.00231 lb/kWhr

SO2	-	0.00765 lb/kWhr

PM10	-	2.25(10-4) lb/kWhr

In addition to secondary emissions due to increased electricity demand,
the addition of an RTO will result in an increased demand for natural
gas. The gas requirement for the RTO for a 650,000 ton/yr kiln will be
83,958,000 MMcf, or about 84,000 MMBtu/yr. The burning of natural gas
will result in an increase in NOx emissions at a rate of about 0.1
lb/MMBtu, or an increase in NOx emissions of 4.2 tons/yr.

Increases in secondary emissions resulting from the increased electrical
demand of an alkaline scrubber, the increased electrical and natural gas
demands of an RTO, and the increased electrical demand of a ACI system
for a new 650,000 ton/yr kiln will be as follows:

Control	Increased Electrical Demand

(kWh/yr)	Increased Natural Gas Demand

(MMBtu/yr)	Increased Emissions (tons/yr)

	NOx	CO	SO2	PM10

Scrubber	984,863	0	2.20	1.14	3.777	0.11

RTO	3,576,110	84,000	12.17	4.13	13.68	0.40

Scrubber plus RTO	4,560,973	84,000	14.37	5.27	17.45	0.51

ACI	3,767,000	0	8.40	4.35	14.41	0.42

For the 5-year period following promulgation, the total nationwide
increase in emissions from the increased electrical and natural gas
demands of scrubbers, RTO’s, and ACI systems installed on new kilns
will be as follows:

Controls and number of systems	Increased Electrical Demand

(kWh/yr)	Increased Natural Gas Demand

(MMBtu/yr)	Increased Emissions (tons/yr)

	NOx	CO	SO2	PM10

Scrubber/RTO systems on 2 kilns	14,735,451	271,385	46.43	17.02	56.36
1.66

ACI systems on 3 kilns	18,255,462	0	40.71	21.09	69.83	2.05

Scrubbers only on 5 kilns 	7,954,663	0	17.74	9.19	30.43	0.89

Total nationwide	40,945,575	271,385	104.88	47.29	156.62	4.61

C. Water Quality Impacts

The use of alkaline scrubbers will result in increased consumption of
water (for makeup water and production of the scrubber slurry). For a
new 650,000 ton/yr kiln, the additional water requirement is estimated
at 40,556,723 gallons per year (II-B-67, Docket No. A-92-53).  Based on
the use of scrubbers on a total of seven new kilns (2 with scrubber/RTO
systems and 5 with scrubbers only) over the 5-year period following
promulgation, total water requirements at the end of the fifth year will
be approximately 458.6 million gallons. No water quality impacts are
associated with the use of RTO’s or ACI systems.

D. Solid Waste Impacts

Additional solid waste will result from the disposal of scrubber slurry.
For a new 650,000 ton/yr kiln, the additional solid waste generated as a
result of the addition of the scrubber is estimated at 45,555 tons per
year (II-B-67, Docket No. A-92-53). Solid waste is also generated from
the use of ACI systems. An estimated 869 tons/yr of solid waste will be
generated from the addition of an ACI system to a new 650,000 ton/yr
kiln (II-B-67, Docket No. A-92-53). The total additional solid waste
generated at the end of the fifth year following promulgation of the
amendments will be an estimated 515,122 tons from scrubber slurry and
4,211 tons from ACI systems for a nationwide total of 519,333 tons. No
solid waste impacts are anticipated with the use of an RTO.

E. Energy Impacts

The use of alkaline scrubbers on new kilns will increase electricity
consumption. The additional electricity required for an alkaline
scrubber added onto a new 650,000 ton/yr kiln is estimated at 984,863
kWh/yr (II-B-67, Docket No. A-92-53).  Increased electricity demand for
a new kiln equipped with a scrubber and RTO is an estimated 4,560,973
kWh/yr. The use of an RTO will also increase natural gas usage. For a
new 650,000 ton/yr kiln, the additional natural gas usage will be 84
million Btu/year. An ACI system will increase electrical demand by
3,767,000 for a 650,000 ton/yr kiln (II-B-67, Docket No. A-92-53).

For the 5-year period following promulgation, the additional electricity
demand associated with the installation of scrubbers only on five new
kilns will be 7,954,663 kWh. For the 2 new kilns equipped with a
scrubber plus an RTO, the added electrical demand will be 14,735,451
kWh. The additional natural gas usage due to the installation of RTO’s
will be 271,385 million Btu. The additional electricity demand of adding
ACI to 3 new kilns will be 18,255,462 kWh. Total nationwide increased
electrical demand in the fifth year following promulgation of the
amendments will be 40,945,575 kWh; total nationwide increased natural
gas demand in the fifth year will be 271,385

Cost Impacts

The costs of the final amendments for portland cement manufacturing were
calculated using the following assumptions:

wet alkaline scrubbers only will be installed on five new kilns for the
control of mercury emissions;

a performance test for mercury using EPA method 29 will be done for all
new kilns;

a scrubber and RTO will be required on two new kilns for the control of
THC (a surrogate for organic HAP emissions);

ACI systems will be installed on three new kilns for the control of THC
emissions;

THC monitors will be installed on all new kilns; and

all existing and new portland cement plants will maintain records of the
amount of cement kiln dust recycled and the amount wasted.

As a beyond-the-floor option for existing and new kilns, costs were
estimated for the use of ACI systems on existing kilns and a scrubber
and ACI system on new kilns.

Existing Kilns

The only costs for existing kilns are associated with the requirement to
keep records of the amount of cement kiln dust that is recycled and the
amount that is wasted, or not recycled.

To keep records of the amount of cement kiln dust recycled and wasted,
it is estimated that the information would be recorded once per day and
would require approximately 0.25 hrs per occurrence. Assuming operations
of 365 days per year and using fully-burdened (including wages, fringe
benefits and overhead costs) hourly wage rates of $89.63/hour for
technical, $104.21/hour for managerial, and $44.79/hour for clerical,
the annual cost for maintaining the records of recycled and wasted
cement kiln dust is $9,063 per facility.

New Kilns

Under the final rule, new sources can either comply with a mercury
emission limit or an equipment standard.  For purposes of calculating
the costs of the final amendments, it is assumed that over the 5-year
period following promulgation, the owners or operators of five new kilns
will have to install an alkaline scrubber in order to comply with the
mercury emission standards and will conduct a performance test to
demonstrate compliance. To comply with the final limits for THC, it is
estimated that five new kilns will require additional controls. For
purposes of estimating costs, it is assumed that two new kilns will
comply with the THC limits by installing a scrubber and RTO. Owners or
operators of three kilns are assumed to install ACI systems in order to
comply with the THC limits for new kilns.All new kilns are required to
install THC monitors to demonstrate continuous compliance with the final
THC limit.

Costs were estimated for a new preheater/precalciner kiln with a clinker
production capacity of 650,000 tons per year. Costs per ton of clinker
were then used to estimate nationwide costs. Nationwide costs were
estimated using industry projections of increases in kiln capacity and
number of new kilns. Using data from the Portland Cement Association
(PCA 2006), estimated capacity will increase by 21,000,000 tons of
clinker over the next 5 years and an estimated 20 new kilns will start
up for an average of 1,050,000 tons of clinker per new kiln.

Wet Alkaline Scrubber

Costs estimates for the use of wet alkaline scrubbers on kilns were
derived from recently developed cost estimates for the Industrial Boiler
Rule where costs were estimated for the use of packed bed scrubbers to
control HCl emissions from industrial boilers (Oomnen, 2002). To
estimate the costs of add-on scrubbers for cement kilns, scrubber costs
for model boilers were adapted to portland cement kiln conditions.

The most relevant models from the Industrial Boiler Rule are coal fired
boilers with a baseline of either a fabric filter or an ESP.   Model
plant number 4 from Appendix A-5 of the "cost and emissions impacts memo
(Oomnen, 2002)" provides estimated "Least Cost Control ($/yr, Annualized
Based) per Model to Meet MACT Floor for Existing Sources" for a 565
million Btu/hr coal fired boiler of $1,316,000/yr.  This cost includes
estimated capital recovery and operating and maintenance costs
(developed in 2002).

Assumptions for kiln gas production from a new preheater/precalciner
cement kiln include a flue gas production factor of 54,000 DSCF/ton of
dry feed (based on a “standard” of 68 °F) and a raw material feed
rate of 1.65 ton of dry feed for every ton of clinker [Heath, E., 1996].
 Using these rates and adjusting to a consistent 32°F, and assuming 10%
moisture content, the flue gas production factor is equivalent to

54000(460+32/460+68)(1+0.1)(1.65) = 91,300 SCF/ton clinker.

The flue gas production factor for coal fired boilers is approximately
10,000 dscf/million Btu (EPA/OAP, 2004).  With 5% moisture in the flue
gas, model boiler #4 would produce about

565 x 10,000(1+0.05) = 5.93 X 106 SCF/hr

or

5.93 x 8760hr/yr = 5.20 X 1010 SCF/yr.

This is equivalent to a new kiln producing

5.2 x1010 scf/yr (1 ton clinker/91,300 scf) = 569,400 tons clinker/yr.

The estimated control cost would be $2.31/ton of clinker ($1,316,000/yr
÷ 569,400). There are some economies of scale in capital cost;
operating costs (electricity, waste disposal, etc) are probably nearly
linear.  The cost per ton for the model new portland cement plant of
650,000 tpy clinker may be slightly lower.  EPA's control cost manual
(EPA/OAQPS, 2002) suggests that the capital cost of wet scrubbers varies
with capacity to the 0.82 power.  If the total annual cost were divided
between 25 percent capital recovery (10 year life at 7% interest) and 75
percent operating and maintenance costs, a 650,000 tpy clinker plant
would have total costs of

[($2.31 x 0.75) + (0.25)(2.31)(569,400/650,000)0.82] x 650000 =
$1,462,500/yr, or $2.25/ton.

The capital cost of a new scrubber for a 650,000 ton/yr kiln was
estimated using capital costs for packed bed scrubbers developed for the
Industrial Boiler Rule. Scaling scrubber capital costs for utility
boilers to a 650,000 ton/yr kiln gives a total capital cost of about
$2.7 million. Amortized over 10 years using 3 % and a 7% interest rates
gives annual capital cost of $318,400 and 386,700, respectively.

Assuming that five new kilns will install an alkaline scrubber only to
comply with the mercury emission limit, the total annualized cost of
scrubbers is an estimated $11.3 to $11.8 million.will (1,050,000
tons/kiln x 5kilns x $2.25/ton). Total capital cost over the 5-year
period following promulgation is an estimated $21.9 million.

A mercury performance test will be required for each new kiln. Costs
include equipment rental, travel, testing, standby/overtime, laboratory
analysis, test report preparation, and overhead. It is estimated that a
Method 29 performance test will cost $12,270/test/kiln. Amortized over 5
years at 3% and 7% results in an annual cost of $2,679 to
$2,992/year/kiln. Assuming 20 new kilns over the 5-year period following
promulgation, total performance tests costs will be $245,400 ($12,270 x
20) with an amortized cost of $53,584 to $59,851.

Regenerative Thermal Oxidizer

Costs for an RTO are based on costs of an RTO installed and currently
operating on an existing preheater/precalciner portland cement kiln. To
estimate capital cost of the model RTO, the purchased equipment cost of
the operating RTO was scaled down based on gas flow rates of 502,300
dscfm for the operating kiln to 73,860 dscfm (gas flow of 54,000/ton of
clinker) for the new kiln model RTO. Input parameters and annual cost
inputs used in estimating costs are shown in Table 1. Total capital
investment for a new 650,000 ton/yr kiln is approximately $8 million and
total annual cost, including annualized capital (using 3% and 7%
interest rates) and operating costs, is approximately $2.2 million to
$2.4 million, or $3.43 to $3.74/ton of clinker.  Details of the capital
and annual costs are presented in Table 2.

Assuming that 2 new kilns will require an RTO to comply with the THC
emission limits, total nationwide annual cost (including annualized
capital, at 3% and 7%, and operating and maintenance) over the five-year
period following promulgation will be approximately $7.2 to 7.9 million.

Monitoring costs for new kilns were estimated based on the use of THC
continuous emission monitors (CEM) on all new kilns to demonstrate
continuous compliance with the new kiln THC limits.  Capital and annual
costs for a THC CEMS were estimated using EPA’s Continuous Emission
Monitoring System Cost Model (to be published). Total installed capital
costs (“first cost”) for extractive THC CEMS at a new cement kiln,
include the cost of the analyzer, sampling system, data acquisition,
software, etc. In addition, labor costs for planning, equipment
selection, installation, performance specification testing and
preparation of a QA/QC plan are included. These costs are estimated at
$139,826 per kiln. Annual cost includes costs for operation, maintenance
and repairs; annual relative accuracy test audits; cylinder gas audits;
annual QA and O&M reviews; and capital recovery (15 years, 3% and 7%
interest rate). Annual costs total $33,786 to $37,425/yr/kiln. Assuming
20 new kilns will startup during the 5-year period following
promulgation, total nationwide annual costs will be $675,715 to
$748,503.

Table 1. RTO Input Parameters for New Kiln Model

Input Parameters

Gas flow rate (scfm)	115,600

Reference temperature (°F)	77

Inlet gas temperature (°F)	150

Inlet gas density (lb/scf)	0.0739

Primary heat recovery (fraction)	0.95

Waste gas heat content (Btu/scf)	517.00

Waste gas heat content (Btu/lb)	6995.83

Gas heat capacity (Btu/lb-°F)	0.255

Combustion temperature (°F)	1500

Heat loss (fraction)	0.01

Exit temperature (°F)	218

Fuel heat of combustion (Btu/lb)	21,502

Fuel density (lb/ft3)	0.0408

Design Parameters

Auxiliary fuel requirement (lb/min)	7.209

Auxiliary fuel requirement (scfm)	176.7

Total gas flow rate (scfm)	115,777

Annual Cost Inputs

Operating factor (hr/yr)	7920

Operating labor rate ($/hr)	12.96

Maintenance labor rate ($/hr)	14.26

Operating labor factor (hr/sh)	0.50

Maintenance labor factor (hr/wk)	1.00

Electricity price ($/kWh)	0.050

Natural gas price ($/1000scf)	9.30

Annual interest rate (fraction)	0.07

Control system life (years)	10

Capital recovery factor	0.1424

Taxes, insurance, admin. factor	0.04

Pressure drop (in. w.c.)	20.0

Table 2. RTO Capital and Annual Costs for New Kiln Model

Capital Costs ($)

DIRECT COSTS

	Purchased equipment cost (PEC)	5,065,173

Direct installation costs

	Foundation and support (8% of PEC)	405,214

Enclosure building	0

Site preparation (15% of PEC)	759,776

Total direct installation (DIC)	1,164,990

TOTAL DIRECT COST (DC)	6,230,162

INDIRECT COSTS

	Installation

	Engineering (10% of PEC)	506,517

Construction & field expense (5% of PEC)	253,259

Contractor fee (10% of PEC)	506,517

Contingencies (10% of PEC)	506,517

TOTAL INDIRECT COST (IC)	1,772,810

TOTAL CAPITAL INVESTMENT (TCI = DC + IC)	8,002,973

Annual Costs ($/yr)

Operating labor	6,415

Supervisory labor	962

Maintenance labor	742

Maintenance materials	742

Natural gas	780,809

Electricity	178,806

Overhead (0.6 of labor and maintenance materials)	5,316

Taxes, insurance, administrative	320,119

Capital recovery	1,139,443

	TOTAL ANNUAL COST	2,433,353

Activated Carbon Injection

The costs of using an ACI system and a polishing baghouse to control
mercury emissions from cement kilns were estimated using control costs
developed for electric utility boilers [NJDEP 2003]. These costs were
chosen as the basis for estimating ACI costs for portland cement kilns
because the costs were developed recently for actual electric utility
boilers rather than for model boilers. Using exhaust gas flow rates as
the common factor, control costs for electric utilities were scaled to
derive control costs for portland cement kilns.  The Vineland and BL
England 1 units were selected as having exhaust gas flow rates
comparable to those for cement kilns.  The information for electric
utility boilers used to estimate ACI costs for portland cement kilns is
as follows:

Power Plant	Capacity

(MW)	Airflow

(acfm)	Cap. Cost

($)	Total Annual Cost

($)	Hg Removed

(lb/yr)	Cost of Hg removal

($/lb Hg)

Vineland	23	132,600	738,900	435,794	14.98	29,092

BL England 1	135	470,000	4,337,550	1,249,718	110.38	11,322

At an exhaust gas temperature of 290 °F, the standardized exhaust gas
flow rates (standard temperature of 68 F) are 93,350 scfm and 330,880
scfm for the Vineland boiler and BL England boiler, respectively. These
are equivalent to hourly exhaust gas flow rates of 5,601,000 scfh and
19,852,800 scfh.

Assumptions used regarding kiln gas production from portland cement
kilns have been 66,225 dscf/ton of dry feed for an existing long kiln
and 54,000 dscf/ton of dry feed for a new precalciner kiln [Heath 1996].
An average of 1.65 ton of dry feed is required to produce 1 ton of
clinker. Adjusting these gas flow rates to 10 percent moisture content,
they are equivalent to 120,198 scf/ton of clinker for an existing kiln
and 98,010 scf/ton of clinker for a new kiln.

Using the utility boiler exhaust gas flows, the equivalent clinker
production would be the annual exhaust gas flow divided by the exhaust
gas flow required to produce a ton of clinker. The following illustrates
how the annual clinker production for a new preheater/precalciner kiln
equivalent to the exhaust gas flow for the Vineland boiler is
calculated:

Comparable clinker production

	=	(5,601,024 scfh x 24 x 365)/98,010 scf/ton clinker

=	500,612 tons of clinker per year

Assuming that costs will be directly proportional to the volume of flue
gas generated and the comparable clinker production derived from the
volume of flue gas, the equivalent capital cost for mercury control for
an new kiln would be $738,900/500,612 tons of clinker or $1.48/ton of
clinker. Annualized capital and annual cost data from the New Jersey
cost data were adjusted to be consistent with amortization periods and
interest rates used in this analysis. Using the Vineland data to
illustrate, total annual cost for a new kiln would be $573,210 to
$597,339 using interest rates of 3 percent and 7 percent, or $0.88 to
$0.92/yr/ton of clinker.

Again using the Vineland data and interest rates of 3% and 7%, total
nationwide annual cost assuming 3 new kilns will be equipped with ACI
systems over the 5-year period after promulgation, will be $2.8 million
to $2.9 million.

G. Summary of Impacts

Costs and environmental impacts on a model plant basis are summarized in
Table 3. Total nationwide costs and environmental impacts over the 5-yr
period following promulgation are summarized in Tables 4.

 I. References:

Heath, E. 1996. Emission Calculations for Preamble.  Submitted to Joseph
Wood, EPA/ESD.  Docket No. A-92-53, Item II-B-76.  November 14, 1996.

Oommen, R. 2002. Methodology for Estimating Cost and Emissions Impacts
for Industrial, Commercial, Institutional Boilers and Process Heaters
National Emission Standards for Hazardous Air Pollutants.  October 2002.

PCA 2006. Capacity Expansion Estimates, October 13, 2006.

U. S. Environmental Protection Agency 2002. Office of Air Quality
Planning and Standards.  EPA Air Pollution Control Cost Manual, Sixth
Edition, EPA/452/B-02-001.  January 2002.

U. S. Environmental Protection Agency, Office of Atmospheric Programs.
Output-Based Regulations: A Handbook for Air Regulators.  August, 2004.

U.S. Environmental Protection Agency, Office of Air Quality Planning and
Standards, Study of Hazardous Air Pollutant Emissions from Electric
Utility Steam Generating Units – Final Report to Congress, Volume 1,
EPA-453R-98-004a, February 1998.

New Jersey Department of Environmental Protection 2003. ESP with
Polishing Baghouse and PAC Costs for Mercer 1 & 2, Vineland and BL
England 1 & 2, October 16, 2003.

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December 8, 2006