4. The steam leaving the turbine is used in the heat exchanger to heat the (condensate, process liquid). 5. You would expect the material in the pipeline PRL2 to be (warmer, cooler) than the material in the pipeline PRL1. 6. The material leaving the heat exchanger and going to the tank is (low pressure steam, process liquid, low pressure condensate). 7. The pipelines LPS and PRL2 are insulated in order to (retain heat of the material, prevent overheating of the material). 8. The level of material in the condensate tank is controlled by (pump 17-P4, instrument loop 17). 9. If you wanted to find out what happens to condensate that leaves the tank, you would look on P&IDs numbered FS-10-B and FS-15-B (FS-6-B, FS-10-B, FS-6-B, FS-12-A, FS-15-B). 10. LT-17 is a level tramitter (level transmitter, light indicator). 11. TE-9 and TE-10 measure the temperature of the (process liquid, low pressure steam, low pressure condensate). 12. Opening LV-17 allows some condensate to through the turbine, recycle through the tank, stay in the heat exchanger). (can, cannot) be recycled through the turbine. 13. Steam 14. Before servicing the pump 17-P4, close both (recycle (check valves, level elements, globe valves) on the lines entering and leaving the pump. HC S-10-B REDUCING TURBINE AND CONDENSATE COLLECTION EXERCISE HC HPS FS-12-A LV 17 LIC 17 PRL5 C1 LT 17 17 (ET LE 17-P4 PRL3 1-2TU1 C2 1-8T2 HC PRL4 F HC LPS 2-9HE2 HC LCR TI 9 61 TE 9 PRL1 FS-9-D HC PRL2 FS-6-B TE 10 -FO TI 10 REDUCING TURBINE AND CONDENSATE COLLECTION EXERCISE HC HPS FS-12-A S-10-B HC 3 LV 17 PRL5 LIC LT 17 17 1-2TU1 HC LPS T C1 17-P4 PRL3 47 LE 17 C2 1-8T2 HC 18 FS-15-B 2-9HE2 HC LCR PRL1 61 TI 9 TE 6 FS-9-D HC PRL2 FS-6-B TE 10 TI 10