to HE54003 Exhaust filter pre-heater

Transcription

1 to scrubber HV Mass spec. sample FUTURE HE PCV PV Exhaust back pressure /P LOVE PC O 8 Ch. Ch. lope PT P Ch. From fermenter vent fitting??? to scrubber OGM8 OGM8 OGM8 CO Ch ETOH Ch O Ch Fermentation gas moniter # Oxygen gas Regulated compressed air supply to HV8 # Compressed ir nstrument air upply to control enclosure # Pure steam # Utility steam Cooling water supply " OD to HE pre-heater HV Post Filter team upply HV9 O upply Pre-Filter ir psi HV Comp. ir upply HV8 Clean team Filter Drain P Pre-Filter team HV9 Utility team upply HV P PCV P psi P Pre-Filter Water FL team Filter FL Water Filter FL O Filter HV8 HV99 Util team to Clean team Filter FL Clean team Filter FL ir Filter P O Pressure P9 P Clean team Post Filter Pressure HV8 Util team Filter Drain PCV O to Brooks HV9 ir to Brooks Post-Filter ir PCV et to psi HV Clean team to teamlock, parge, Exhaust HV Clean team to Harvest and Condenser P Post-Filter team HV Exhaust isolation P8 P PCV team Regulator P8 Post Filter Water PCV psig PCV8 psig et at psig PCV et PG P P Regulated Util. team P9 Regulated Water HV Exhaust bypass HV9 O to Brooks CV9 Ch. FT ERR PLC F PLM FT Low steam point P9 PCV Water hammer control Utility to T8 PCV O 8 Ch. HV98 Pure steam sample 8 PLM FV FC9 BROOK F /P P Exhaust solation FC 9 HV Exhaust line HV O/ir to nlet Filter HV8 ir to nlet Filter O Ch. Remote set point FC9 Ch. Low steam point Flow rate FT9 Bio- to T Ch. Flow enable FV9 CV HV Clean team to nlet Filter Ch. Door Ch. Door CV P TCV team to heat jacket water TCV Cooling water to jacket HE Elec. blanket heater FL HV Exhaust Filter Bio- to T PT CV8 TC PLC/ Ch. Ch. HE Elec. blanket heater HV nlet filter isolation TCV team injection to water jacket for HV Util. team to Bio Waste HE Pre-heater FL nlet gas filter HV nlet filter drain HV Clilled water to condenser HV Clean team to Vessel Exhaust HV Pre Filter team upply HV8 Clilled water to condenser flow adjust CV lope NTONL CORN -TO-ETHNOL REERCH CENTER CONTROL KD PROCE FLOW DGRM LTER FERMENTER # TERRY LH PRL, HV ir to blow water from jacket - - Page of P:\Visio Drawings\Fermentation uite\l\l Fermenter.vsd HV9 Clean steam to condenser for CV CV P Hi point air bleed HV Clean steam to condenser flow adjust HV Jacket Coolant Return CV Jacket circulation Pump GPM CV CV Panel Ch. D Ch. Keep P equal or less than tank psi HE condenses pure steam for agitator seal lubrication P Return HE Jacket heater FCV G ight glass HV8 To Cooling Water return HV9 Overlay isolation HV parge isolation P Jacket Over Pressure Relief psi and steam entry for Top gas overlay on fermenter Bottom gas sparger ring on fermenter Clean steam supply to top ports on fermenter Clean steam supply to lower ports on fermenter. Page Condensed clean steam to Water return from fermenter jacket. ir & steam entry for Tempered water supply to fermenter jacket. lso drain exit for Cooling water return back to cooling tower HV Return FL Water Filter HV Return Diverter HV Clean team Low Point Drain T9 HE HE Ch. T From HV - T From HV T HV Jacket to Trap From steam header low point page CV9 CV CV CV To bio sewer for pure steam from To utility sewer for process steam & jacket blowdown water T??? Must be piped HV9 T T???? Must be piped to clean steam filter T CV T T T8 CV8 T T T From bio-waste line page Utility sewer from fermenter

2 To HV High point steam vent to scrubber PCV8 to top to HE pre-heater Filtered air/pure steam from HV9 Overlay isolation Tempered water return from fermenter jacket to P Hose connection for inoculants entry Hose connection for media entry Tempered water supply/ to fermenter jacket From FCV Filtered air/pure steam from HV parge isolation Condensed clean steam from HE to gitator seal To G To bio/sewer Ch. Ch. Ch. Ch. T CV 8 - Clean team to noculant Entry HV-89 noculant Entry Lower solation HV-88 noculant Entry Lower Ch. Ch. 9 8 PCV to lower T CV -9 Clean team to Ch. 9 - noculant Entry Upper solation - noculant Entry Upper HV-9 Lower solation HV-9 Lower Ch. CV. Ch. 9 T CV9 HV ir parge - Upper solation -8 Upper HV Overlay HV ir parge WT 8 Ch. WT 8 WE 8 Ch. CP supply ½ FL F Rupture disc with sense wire Leak detector Pure steam To scrubber vent header D Ch. LHH LHH LE peed indicator " Z Z PE CP inlet " (parger ring) E T RC D Ch. O C 8 Ch. Pressure transmitter PRC Ch. PT PE ½ E- Motor gitator current. peed reference Ch. D gitator run Ch. gitator start Ch. FUTURE Hi level foam probe D Ch. LH LH LE " Pressure gage P ½ ½ Temp gage Temp sensor Disolved oxygen sensor PH sensor Exhaust Optical density sensor CT T Ch. G Disolved oxygen sensor " " Light G T E E E E HV ample solation ½ cid ½ Base HV ample ½ ntifoam ½ Enzyme/nutrient, ect. Metler toledo T T T HV9 ample Clean team C % Metler toledo LOVE Metler toledo T Ch. T RC Ch. Ch. Ch. Ch. HV ample T8 CV cid solation Ch. PH HV HV9 HV cid Ch. ample bottle 8 T8 CV HV cid Clean team cid D Ch. C Bio waste drain team header drain to T Page HV9 cid Ch. O 8 Ch. Base solation Ch. Remote set point for PH 8 PH value O Ch. PH controler LOVE HV HV Ch. T9 CV HV Base Cond. HV Base Clean team Base 9 HV9 Base C D Ch. Ch. ntifoam solation - 8 ml/min speed signal FT L Tubing Ch NTONL CORN -TO-ETHNOL REERCH CENTER FERMENTER VEEL PROCE FLOW DGRM LTER FERMENTER # 8 ml HV9 ntifoam HV HV Ch. T CV8 ` TERRY LH PRL, HV ntifoam Clean team ntifoam C D Ch. Ch. O 8 Ch Ch. HV9 Page of P:\Visio Drawings\Fermentation uite\l\l Fermenter.vsd Ch. HV98 ntifoam Enzyme solation HV8 Enzyme HV9 Extra Enzyme, nutrient, ect. Ch. T HV8 Enzyme Clean team HV99 Enzyme T D Ch. Ch. C O 8 Ch.

3 NTONL CORN -TO-ETHNOL REERCH CENTER HRVET YTEM PROCE FLOW DGRM LTER FERMENTER # TERRY LH Page of PRL, P:\Visio Drawings\Fermentation uite\l\l Fermenter.vsd To Transfer Header HV8 Harvest Condensed clean steam to HV Drain/Transfer G ight glass E- Motor HV Drain/Transfer PCV to lower HV gitator eal Trap T HV Trap Bypass HV Clean team to Harvest - Ch. T HV Tank Drain HV Trap Bypass HV To Drain/Trap CV CV Bio-waste drain

4 E-stop switch Exhaust isolation witched VC Post filter exhaust line -C FT Master flex base flow rate - -8 ml/min. PCV fermenter back pressure control % % = closed % = open cid run VDC media entry witched VC Circulation Pump start/ stop witched VC Enzyme/nutrient line -C PT Fermenter pressure from -. - P Circulation run Fermenter cooling water to jacket witched VC 9 Tank sparge line -C FT ir flow rate from Newport transmitter. - L/minute PCV fermenter air sparge/ overlay control % % = closed % = open Base run VC 9 clean steam to media entry witched VC G Fermenter agitator start/stop witched VDC Media entry steamlock line -C Fermenter temperature from - -C RP Remote set-point for PH to. 8 PH gitator run team to heat jacket water witched VC gitator sealing water temp. -C nti-foam run VDC 8 media entry witched VC FV9 brooks flow controller witched - VDC nnoculant entry steamlock line -C FT9 Gas sparge air flow from Brooks ch. +v V -8 PLM 8 LPM FC9 Gas sparge rate to Brooks ch. 8 PLM. LH Hi level foam probe for antifoam team for sterilizing water jacket witched VC Tank drain/cp return line -C WT8 Fermenter load cell from Metler Toledo - KG C Masterflex for acid % speed Enzyme run VDC innoculant entry witched VC Masterflex acid witched VDC Tank blow down filter line -C it here?? LH Hi-Hi level foam probe acid witched VC Tank sample line -C T Fermenter agitator RPM from Newport display. RPM Z Rupture disc integrity VDC clean steam to innoculant entry steamlock isolation witched VC Masterflex base witched VDC PT Post exhaust filter pressure P. OGM8-CO Carbon dioxide moniter.999 %. base witched VC 8 cid line -C T gitator power usage. - % C Masterflex for anti-foam. % speed innoculant entry witched VC Masterflex antifoam witched VDC PT Gas inlet filter pressure P. OGM8-ETOH Ethanol moniter. %. antifoam steamlock isolation witched VC enzyme/nutrient witched VC 9 Base line -C nti-foam line -C T Fermenter transmitter % free air T PH Transmitter outputs -. = - PH DC spanned for. = PH C Masterflex for enzyme. -% speed C agitator VFD for speed control Masterflex enzyme witched VDC OGM8-O Oxygen moniter %. NTONL CORN -TO-ETHNOL REERCH CENTER PROCE /O GNMENT TO CONTROL COMTER LTER FERMENTER # TERRY LH PRL, Page of Digital nput ule VC ule VC output ule Loop Powered ule Field powered O ule 8 D ule 9 8 X -8 VDC ule VC output ule ule ule Loop powered ule Field powered ule

5 From bio-waste line page