Standard tags

A standard tag is a fixed quantity that the WS.PEMS models know, for example the compressor inlet temperature or the NOx mass flow. Each standard tag has a fixed id, a short name, a unit and a description. The ids are the same in every installation. A plant tag is a signal from your plant, for example from an OPC server or a historian. You connect each plant tag to one standard tag. The models then read the signal as that quantity.

Use this list when you map plant signals to standard tags, or when you read or write values through the API by standard tag id. The unit column shows the unit in which WS.PEMS stores the tag. You can show a tag in any unit of the same unit group. See Units.

Group	Standard tags
General	20
Sections	350
Components	200
Streams	181
Emissions	103
Model parameters	47
Total	901

General

Operating state, load, operating hours, location and reconciliation diagnostics of a unit.

Id	Name	Unit	Description
4000	LoadLevel	Fraction	Current load level of the turbine/system
4001	OperatingHours	s	Total operating hours of the turbine/system
4002	OperatingMode	Integer	Current operating mode of the turbine/system
4003	OperatingHours_LiquidFuel	s	Operating hours using liquid fuel
4004	OperatingHours_GasFuel	s	Operating hours using gas fuel
4005	PEMSInfo	Integer	Information about the PEMS system
4006	PEMSError	Integer	Error information from the PEMS system
4007	LoadLevel_NotRunning_Ref	Fraction	Reference load level threshold for not running state
4008	LoadLevel_Idle_Ref	Fraction	Reference load level threshold for idle state
4009	OTNOC_Hours	s	Operating hours under Other Than Normal Operating Conditions
4010	Latitude	°	Geographical latitude of the installation
4011	Longitude	°	Geographical longitude of the installation
4012	RunningOnGas_Criteria	Fraction	Criteria threshold for determining if running on gas fuel
4013	RunningOnLiquid_Criteria	Fraction	Criteria threshold for determining if running on liquid fuel
4015	LiquidFuel_Indicator	Integer	Indicator for liquid fuel usage (0=not using, 1=using)
4016	GasFuel_Indicator	Integer	Indicator for gas fuel usage (0=not using, 1=using)
4017	HeatInput	kW	Total thermal heat input
4019	GrossError	Number	Reconciliation gross error (χ² statistic) after gross-error masking
4020	GrossErrorBeforeMasking	Number	Reconciliation gross error (χ² statistic) from the first reconciliation, before any measurement was masked
4021	GrossErrorMax	Number	Gross-error χ² threshold (confidence interval) the final gross error is compared against

Sections

Gas path stations: temperature, pressure, enthalpy flow and mass flows at fixed points in the machine. The number in the name is the station number.

Id	Name	Unit	Description
1	T_0	K	Ambient Temperature
2	P_0	bar	Ambient Pressure
3	RH_0	Fraction	Ambient Relative Humidity
4	AH_0	kg/m³	Ambient Absolute Humidity
6	M_N2_0	kg/s	Ambient Air Mass Flow (N2)
7	M_O2_0	kg/s	Ambient Air Mass Flow (O2)
8	M_CO2_0	kg/s	Ambient Air Mass Flow (CO2)
9	M_AR_0	kg/s	Ambient Air Mass Flow (Ar)
10	M_H2O_0	kg/s	Ambient Air Mass Flow (H2O)
200	T_2	K	Compressor Inlet Temperature
201	P_2	bar	Compressor Inlet Pressure
202	H_2	kW	Compressor Inlet Air Enthalpy Flow
203	M_2	kg/s	Compressor Inlet Air Mass Flow
204	M_N2_2	kg/s	Compressor Inlet Air Mass Flow (N2)
205	M_O2_2	kg/s	Compressor Inlet Air Mass Flow (O2)
206	M_CO2_2	kg/s	Compressor Inlet Air Mass Flow (CO2)
207	M_Ar_2	kg/s	Compressor Inlet Air Mass Flow (Ar)
208	M_H2O_2	kg/s	Compressor Inlet Air Mass Flow (H2O)
240	T_24	K	Intermediate Flow 1 Temperature
241	P_24	bar	Intermediate Flow 1 Pressure
242	H_24	kW	Intermediate Flow 1 Enthalpy Flow
243	M_24	kg/s	Intermediate Flow 1 Mass Flow
244	M_N2_24	kg/s	Intermediate Flow Air Mass Flow (N2)
245	M_O2_24	kg/s	Intermediate Flow Air Mass Flow (O2)
246	M_CO2_24	kg/s	Intermediate Flow Air Mass Flow (CO2)
247	M_Ar_24	kg/s	Intermediate Flow Air Mass Flow (Ar)
248	M_H2O_24	kg/s	Intermediate Flow Air Mass Flow (H2O)
250	T_25	K	Intermediate Flow 2 Temperature
251	P_25	bar	Intermediate Flow 2 Pressure
252	H_25	kW	Intermediate Flow 2 Enthalpy Flow
253	M_25	kg/s	Intermediate Flow 2 Mass Flow
254	M_N2_25	kg/s	Intermediate Flow Air Mass Flow (N2)
255	M_O2_25	kg/s	Intermediate Flow Air Mass Flow (O2)
256	M_CO2_25	kg/s	Intermediate Flow Air Mass Flow (CO2)
257	M_Ar_25	kg/s	Intermediate Flow Air Mass Flow (Ar)
258	M_H2O_25	kg/s	Intermediate Flow Air Mass Flow (H2O)
300	T_3	K	Compressor Outlet Temperature
301	P_3	bar	Compressor Outlet Pressure
302	H_3	kW	Compressor Outlet Air Enthalpy Flow
303	M_3	kg/s	Compressor Outlet Air Mass Flow
304	M_N2_3	kg/s	Compressor Outlet Air Mass Flow (N2)
305	M_O2_3	kg/s	Compressor Outlet Air Mass Flow (O2)
306	M_CO2_3	kg/s	Compressor Outlet Air Mass Flow (CO2)
307	M_Ar_3	kg/s	Compressor Outlet Air Mass Flow (Ar)
308	M_H2O_3	kg/s	Compressor Outlet Air Mass Flow (H2O)
310	T_31	K	Intermediate Flow 1 Temperature
311	P_31	bar	Intermediate Flow 1 Pressure
312	H_31	kW	Intermediate Flow 1 Enthalpy Flow
313	M_31	kg/s	Intermediate Flow 1 Mass Flow
314	M_N2_31	kg/s	Intermediate Flow Air Mass Flow (N2)
315	M_O2_31	kg/s	Intermediate Flow Air Mass Flow (O2)
316	M_CO2_31	kg/s	Intermediate Flow Air Mass Flow (CO2)
317	M_Ar_31	kg/s	Intermediate Flow Air Mass Flow (Ar)
318	M_H2O_31	kg/s	Intermediate Flow Air Mass Flow (H2O)
320	T_32	K	Intermediate Flow 2 Temperature
321	P_32	bar	Intermediate Flow 2 Pressure
322	H_32	kW	Intermediate Flow 2 Enthalpy Flow
323	M_32	kg/s	Intermediate Flow 2 Mass Flow
324	M_N2_32	kg/s	Intermediate Flow Air Mass Flow (N2)
325	M_O2_32	kg/s	Intermediate Flow Air Mass Flow (O2)
326	M_CO2_32	kg/s	Intermediate Flow Air Mass Flow (CO2)
327	M_Ar_32	kg/s	Intermediate Flow Air Mass Flow (Ar)
328	M_H2O_32	kg/s	Intermediate Flow Air Mass Flow (H2O)
330	T_33	K	Intermediate Flow 3 Temperature
331	P_33	bar	Intermediate Flow 3 Pressure
332	H_33	kW	Intermediate Flow 3 Enthalpy Flow
333	M_33	kg/s	Intermediate Flow 3 Mass Flow
334	M_N2_33	kg/s	Intermediate Flow Air Mass Flow (N2)
335	M_O2_33	kg/s	Intermediate Flow Air Mass Flow (O2)
336	M_CO2_33	kg/s	Intermediate Flow Air Mass Flow (CO2)
337	M_Ar_33	kg/s	Intermediate Flow Air Mass Flow (Ar)
338	M_H2O_33	kg/s	Intermediate Flow Air Mass Flow (H2O)
340	T_34	K	Intermediate Flow 4 Temperature
341	P_34	bar	Intermediate Flow 4 Pressure
343	H_34	kW	Intermediate Flow 4 Enthalpy Flow
344	M_34	kg/s	Intermediate Flow 4 Mass Flow
345	M_N2_34	kg/s	Intermediate Flow Air Mass Flow (N2)
346	M_O2_34	kg/s	Intermediate Flow Air Mass Flow (O2)
347	M_CO2_34	kg/s	Intermediate Flow Air Mass Flow (CO2)
348	M_Ar_34	kg/s	Intermediate Flow Air Mass Flow (Ar)
349	M_H2O_34	kg/s	Intermediate Flow Air Mass Flow (H2O)
400	T_4	K	Combustor Outlet Temperature
401	P_4	bar	Combustor Outlet Pressure
402	H_4	kW	Combustor Outlet Enthalpy Flow
403	M_4	kg/s	Combustor Outlet Gas Mass Flow
404	M_N2_4	kg/s	Combustor Outlet Air Mass Flow (N2)
405	M_O2_4	kg/s	Combustor Outlet Air Mass Flow (O2)
406	M_CO2_4	kg/s	Combustor Outlet Air Mass Flow (CO2)
407	M_Ar_4	kg/s	Combustor Outlet Air Mass Flow (Ar)
408	M_H2O_4	kg/s	Combustor Outlet Air Mass Flow (H2O)
410	T_41	K	Temperature Between First and Second Turbine
411	P_41	bar	Pressure Between First and Second Turbine
412	H_41	kW	Enthalpy Flow Between First and Second Turbine
413	M_41	kg/s	Mass Flow Between First and Second Turbine
414	M_N2_41	kg/s	Intermediate Flow Air Mass Flow (N2)
415	M_O2_41	kg/s	Intermediate Flow Air Mass Flow (O2)
416	M_CO2_41	kg/s	Intermediate Flow Air Mass Flow (CO2)
417	M_Ar_41	kg/s	Intermediate Flow Air Mass Flow (Ar)
418	M_H2O_41	kg/s	Intermediate Flow Air Mass Flow (H2O)
420	T_42	K	Temperature Between Second and Third Turbine
421	P_42	bar	Pressure Between Second and Third Turbine
424	H_42	kW	Enthalpy Flow Between Second and Third Turbine
425	M_42	kg/s	Mass Flow Between Second and Third Turbine
426	M_N2_42	kg/s	Intermediate Flow Air Mass Flow (N2)
427	M_O2_42	kg/s	Intermediate Flow Air Mass Flow (O2)
428	M_CO2_42	kg/s	Intermediate Flow Air Mass Flow (CO2)
429	M_Ar_42	kg/s	Intermediate Flow Air Mass Flow (Ar)
430	M_H2O_42	kg/s	Intermediate Flow Air Mass Flow (H2O)
450	T_45	K	Temperature Between First and Second Turbine
451	P_45	bar	Pressure Between First and Second Turbine
452	M_N2_45	kg/s	Intermediate Flow Air Mass Flow (N2)
453	M_O2_45	kg/s	Intermediate Flow Air Mass Flow (O2)
454	H_45	kW	Enthalpy Flow Between First and Second Turbine
455	M_45	kg/s	Mass Flow Between HP Turbine and Second Turbine
456	M_CO2_45	kg/s	Intermediate Flow Air Mass Flow (CO2)
457	M_Ar_45	kg/s	Intermediate Flow Air Mass Flow (Ar)
458	M_H2O_45	kg/s	Intermediate Flow Air Mass Flow (H2O)
500	T_5	K	Turbine Exhaust Temperature
501	P_5	bar	Turbine Exhaust Pressure
502	H_5	kW	Turbine Exhaust Enthalpy Flow
503	M_5	kg/s	Turbine Exhaust Gas Mass Flow
504	M_N2_5	kg/s	Turbine Exhaust Air Mass Flow (N2)
505	M_O2_5	kg/s	Turbine Exhaust Air Mass Flow (O2)
506	M_CO2_5	kg/s	Turbine Exhaust Air Mass Flow (CO2)
507	M_Ar_5	kg/s	Turbine Exhaust Air Mass Flow (Ar)
508	M_H2O_5	kg/s	Turbine Exhaust Air Mass Flow (H2O)
510	T_51	K	Exhaust Flow 1 Temperature
511	P_51	bar	Exhaust Flow 1 Pressure
512	H_51	kW	Exhaust Flow 1 Enthalpy Flow
513	M_51	kg/s	Exhaust Flow 1 Gas Mass Flow
514	M_N2_51	kg/s	Exhaust Air Mass Flow After Heat Recovery (N2)
515	M_O2_51	kg/s	Exhaust Air Mass Flow After Heat Recovery (O2)
516	M_CO2_51	kg/s	Exhaust Air Mass Flow After Heat Recovery (CO2)
517	M_Ar_51	kg/s	Exhaust Air Mass Flow After Heat Recovery (Ar)
518	M_H2O_51	kg/s	Exhaust Air Mass Flow After Heat Recovery (H2O)
520	T_52	K	Exhaust Flow 2 Temperature
521	P_52	bar	Exhaust Flow 2 Pressure
522	H_52	kW	Exhaust Flow 2 Enthalpy Flow
523	M_52	kg/s	Exhaust Flow 2 Gas Mass Flow
524	M_N2_52	kg/s	Exhaust Air Mass Flow After Second Heat Recovery (N2)
525	M_O2_52	kg/s	Exhaust Air Mass Flow After Second Heat Recovery (O2)
526	M_CO2_52	kg/s	Exhaust Air Mass Flow After Second Heat Recovery (CO2)
527	M_Ar_52	kg/s	Exhaust Air Mass Flow After Second Heat Recovery (Ar)
528	M_H2O_52	kg/s	Exhaust Air Mass Flow After Second Heat Recovery (H2O)
530	T_53	K	Exhaust Flow 3 Temperature
531	P_53	bar	Exhaust Flow 3 Pressure
532	H_53	kW	Exhaust Flow 3 Enthalpy Flow
533	M_53	kg/s	Exhaust Flow 3 Gas Mass Flow
534	M_N2_53	kg/s	Exhaust Air Mass Flow After Third Heat Recovery (N2)
535	M_O2_53	kg/s	Exhaust Air Mass Flow After Third Heat Recovery (O2)
536	M_CO2_53	kg/s	Exhaust Air Mass Flow After Third Heat Recovery (CO2)
537	M_Ar_53	kg/s	Exhaust Air Mass Flow After Third Heat Recovery (Ar)
538	M_H2O_53	kg/s	Exhaust Air Mass Flow After Third Heat Recovery (H2O)
540	T_54	K	Exhaust Flow 4 Temperature
541	P_54	bar	Exhaust Flow 4 Pressure
542	H_54	kW	Exhaust Flow 4 Enthalpy Flow
543	M_54	kg/s	Exhaust Flow 4 Gas Mass Flow
544	M_N2_54	kg/s	Exhaust Air Mass Flow After Fourth Heat Recovery (N2)
545	M_O2_54	kg/s	Exhaust Air Mass Flow After Fourth Heat Recovery (O2)
546	M_CO2_54	kg/s	Exhaust Air Mass Flow After Fourth Heat Recovery (CO2)
547	M_Ar_54	kg/s	Exhaust Air Mass Flow After Fourth Heat Recovery (Ar)
548	M_H2O_54	kg/s	Exhaust Air Mass Flow After Fourth Heat Recovery (H2O)
600	T_6	K	Final Exhaust System Temperature
601	P_6	bar	Final Exhaust System Pressure
602	H_6	kW	Final Exhaust System Enthalpy Flow
603	M_6	kg/s	Final Exhaust System Gas Mass Flow
604	M_N2_6	kg/s	Final Exhaust Air Mass Flow (N2)
605	M_O2_6	kg/s	Final Exhaust Air Mass Flow (O2)
606	M_CO2_6	kg/s	Final Exhaust Air Mass Flow (CO2)
607	M_Ar_6	kg/s	Final Exhaust Air Mass Flow (Ar)
608	M_H2O_6	kg/s	Final Exhaust Air Mass Flow (H2O)
610	T_61	K	(none)
611	P_61	bar	(none)
612	H_61	kW	(none)
613	M_61	kg/s	(none)
614	M_N2_61	kg/s	Intermediate Exhaust Air Mass Flow (N2)
615	M_O2_61	kg/s	Intermediate Exhaust Air Mass Flow (O2)
616	M_CO2_61	kg/s	Intermediate Exhaust Air Mass Flow (CO2)
617	M_Ar_61	kg/s	Intermediate Exhaust Air Mass Flow (Ar)
618	M_H2O_61	kg/s	Intermediate Exhaust Air Mass Flow (H2O)
620	T_62	K	(none)
621	P_62	bar	(none)
622	H_62	kW	(none)
623	M_62	kg/s	(none)
624	M_N2_62	kg/s	Final Exhaust Air Mass Flow (N2)
625	M_O2_62	kg/s	Final Exhaust Air Mass Flow (O2)
626	M_CO2_62	kg/s	Final Exhaust Air Mass Flow (CO2)
627	M_Ar_62	kg/s	Final Exhaust Air Mass Flow (Ar)
628	M_H2O_62	kg/s	Final Exhaust Air Mass Flow (H2O)
800	T_8	K	Stack Temperature
801	P_8	bar	Stack Pressure
802	H_8	kW	Stack Enthalpy Flow
803	M_8	kg/s	Stack Gas Mass Flow
804	M_N2_8	kg/s	Stack Exit Air Mass Flow (N2)
805	M_O2_8	kg/s	Stack Exit Air Mass Flow (O2)
806	M_CO2_8	kg/s	Stack Exit Air Mass Flow (CO2)
807	M_Ar_8	kg/s	Stack Exit Air Mass Flow (Ar)
808	M_H2O_8	kg/s	Stack Exit Air Mass Flow (H2O)
820	T_CZ3	K	CombustorZone 3 Outlet Temperature
821	P_CZ3	bar	CombustorZone 3 Outlet Pressure
822	H_CZ3	kW	CombustorZone 3 Outlet Enthalpy Flow
823	M_CZ3	kg/s	CombustorZone 3 Outlet Mass Flow
824	M_N2_CZ3	kg/s	CombustorZone 3 Outlet Mass Flow (N2)
825	M_O2_CZ3	kg/s	CombustorZone 3 Outlet Mass Flow (O2)
826	M_CO2_CZ3	kg/s	CombustorZone 3 Outlet Mass Flow (CO2)
827	M_AR_CZ3	kg/s	CombustorZone 3 Outlet Mass Flow (Ar)
828	M_H2O_CZ3	kg/s	CombustorZone 3 Outlet Mass Flow (H2O)
830	T_CZ4	K	CombustorZone 4 Outlet Temperature
831	P_CZ4	bar	CombustorZone 4 Outlet Pressure
832	H_CZ4	kW	CombustorZone 4 Outlet Enthalpy Flow
833	M_CZ4	kg/s	CombustorZone 4 Outlet Mass Flow
834	M_N2_CZ4	kg/s	CombustorZone 4 Outlet Mass Flow (N2)
835	M_O2_CZ4	kg/s	CombustorZone 4 Outlet Mass Flow (O2)
836	M_CO2_CZ4	kg/s	CombustorZone 4 Outlet Mass Flow (CO2)
837	M_AR_CZ4	kg/s	CombustorZone 4 Outlet Mass Flow (Ar)
838	M_H2O_CZ4	kg/s	CombustorZone 4 Outlet Mass Flow (H2O)
840	T_CZ5	K	CombustorZone 5 Outlet Temperature
841	P_CZ5	bar	CombustorZone 5 Outlet Pressure
842	H_CZ5	kW	CombustorZone 5 Outlet Enthalpy Flow
843	M_CZ5	kg/s	CombustorZone 5 Outlet Mass Flow
844	M_N2_CZ5	kg/s	CombustorZone 5 Outlet Mass Flow (N2)
845	M_O2_CZ5	kg/s	CombustorZone 5 Outlet Mass Flow (O2)
846	M_CO2_CZ5	kg/s	CombustorZone 5 Outlet Mass Flow (CO2)
847	M_AR_CZ5	kg/s	CombustorZone 5 Outlet Mass Flow (Ar)
848	M_H2O_CZ5	kg/s	CombustorZone 5 Outlet Mass Flow (H2O)
901	T_LPBleed	K	(none)
902	P_LPBleed	bar	(none)
903	H_LPBleed	kW	(none)
904	M_LPBleed	kg/s	(none)
905	M_N2_LPBleed	kg/s	Low-Pressure Bleed Air Mass Flow (N2)
906	M_O2_LPBleed	kg/s	Low-Pressure Bleed Air Mass Flow (O2)
907	M_CO2_LPBleed	kg/s	Low-Pressure Bleed Air Mass Flow (CO2)
908	M_Ar_LPBleed	kg/s	Low-Pressure Bleed Air Mass Flow (Ar)
909	M_H2O_LPBleed	kg/s	Low-Pressure Bleed Air Mass Flow (H2O)
910	T_HPBleed	K	(none)
912	P_HPBleed	bar	(none)
913	H_HPBleed	kW	(none)
914	M_HPBleed	kg/s	(none)
915	M_N2_HPBleed	kg/s	High-Pressure Bleed Air Mass Flow (N2)
916	M_O2_HPBleed	kg/s	High-Pressure Bleed Air Mass Flow (O2)
917	M_CO2_HPBleed	kg/s	High-Pressure Bleed Air Mass Flow (CO2)
918	M_Ar_HPBleed	kg/s	High-Pressure Bleed Air Mass Flow (Ar)
919	M_H2O_HPBleed	kg/s	High-Pressure Bleed Air Mass Flow (H2O)
920	T_HPCooling	K	(none)
921	P_HPCooling	bar	(none)
922	H_HPCooling	kW	(none)
923	M_HPCooling	kg/s	(none)
924	M_N2_HPCooling	kg/s	Low-Pressure Cooling Air Mass Flow (N2)
925	M_O2_HPCooling	kg/s	Low-Pressure Cooling Air Mass Flow (O2)
926	M_CO2_HPCooling	kg/s	Low-Pressure Cooling Air Mass Flow (CO2)
927	M_Ar_HPCooling	kg/s	Low-Pressure Cooling Air Mass Flow (Ar)
928	M_H2O_HPCooling	kg/s	Low-Pressure Cooling Air Mass Flow (H2O)
930	T_P2	K	Boiler process input temperature
931	P_P2	bar	Boiler process input pressure
932	H_P2	kW	Boiler process input enthalpy flow
933	M_P2	kg/s	Boiler process input mass flow
934	Cp_P2	kJ/kg·K	Boiler process input specific heat capacity
935	Q_P2	m³/s	Boiler process input volumetric flow
936	rho_P2	kg/m³	Boiler process input density
940	T_P3	K	Boiler process intermediate temperature
941	P_P3	bar	Boiler process intermediate pressure
942	H_P3	kW	Boiler process intermediate enthalpy flow
943	M_P3	kg/s	Boiler process intermediate mass flow
944	Cp_P3	kJ/kg·K	Boiler process intermediate specific heat capacity
945	Q_P3	m³/s	Boiler process intermediate volumetric flow
946	rho_P3	kg/m³	Boiler process intermediate density
950	T_CZ	K	CombustorZone Outlet Temperature
951	P_CZ	bar	CombustorZone Outlet Pressure
952	H_CZ	kW	CombustorZone Outlet Enthalpy Flow
953	M_CZ	kg/s	CombustorZone Outlet Mass Flow
954	M_N2_CZ	kg/s	CombustorZone Outlet Mass Flow (N2)
955	M_O2_CZ	kg/s	CombustorZone Outlet Mass Flow (O2)
956	M_CO2_CZ	kg/s	CombustorZone Outlet Mass Flow (CO2)
957	M_AR_CZ	kg/s	CombustorZone Outlet Mass Flow (Ar)
958	M_H2O_CZ	kg/s	CombustorZone Outlet Mass Flow (H2O)
960	T_P8	K	Boiler process output temperature
961	P_P8	bar	Boiler process output pressure
962	H_P8	kW	Boiler process output enthalpy flow
963	M_P8	kg/s	Boiler process output mass flow
964	Cp_P8	kJ/kg·K	Boiler process output specific heat capacity
965	Q_P8	m³/s	Boiler process output volumetric flow
966	rho_P8	kg/m³	Boiler process output density
970	T_CZ2	K	CombustorZone 2 Outlet Temperature
971	P_CZ2	bar	CombustorZone 2 Outlet Pressure
972	H_CZ2	kW	CombustorZone 2 Outlet Enthalpy Flow
973	M_CZ2	kg/s	CombustorZone 2 Outlet Mass Flow
974	M_N2_CZ2	kg/s	CombustorZone 2 Outlet Mass Flow (N2)
975	M_O2_CZ2	kg/s	CombustorZone 2 Outlet Mass Flow (O2)
976	M_CO2_CZ2	kg/s	CombustorZone 2 Outlet Mass Flow (CO2)
977	M_AR_CZ2	kg/s	CombustorZone 2 Outlet Mass Flow (Ar)
978	M_H2O_CZ2	kg/s	CombustorZone 2 Outlet Mass Flow (H2O)
980	T_CZ1	K	CombustorZone 1 Outlet Temperature
981	P_CZ1	bar	CombustorZone 1 Outlet Pressure
982	H_CZ1	kW	CombustorZone Outlet 1 Enthalpy Flow
983	M_CZ1	kg/s	CombustorZone 1 Outlet Mass Flow
984	M_N2_CZ1	kg/s	CombustorZone 1 Outlet Mass Flow (N2)
985	M_O2_CZ1	kg/s	CombustorZone Outlet 1 Mass Flow (O2)
986	M_CO2_CZ1	kg/s	CombustorZone Outlet 1 Mass Flow (CO2)
987	M_AR_CZ1	kg/s	CombustorZone 1 Outlet Mass Flow (Ar)
988	M_H2O_CZ1	kg/s	CombustorZone 1 Outlet Mass Flow (H2O)
990	T_Pilot	K	Pilot Outlet Temperature
991	P_Pilot	bar	Pilot Outlet Pressure
992	H_Pilot	kW	Pilot Outlet Enthalpy Flow
993	M_Pilot	kg/s	Pilot Outlet Mass Flow
994	M_N2_Pilot	kg/s	Pilot Outlet Mass Flow (N2)
995	M_O2_Pilot	kg/s	Pilot Outlet Mass Flow (O2)
996	M_CO2_Pilot	kg/s	PilotOutlet Mass Flow (CO2)
997	M_AR_Pilot	kg/s	Pilot Outlet Mass Flow (Ar)
998	M_H2O_Pilot	kg/s	Pilot Outlet Mass Flow (H2O)
7001	T_2_1	K	Compressor inlet temperature sensor 1
7002	T_2_2	K	Compressor inlet temperature sensor 2
7011	T_3_1	K	Compressor outlet temperature sensor 1
7012	T_3_2	K	Compressor outlet temperature sensor 2
7013	T_3_3	K	Compressor outlet temperature sensor 3
7014	T_3_4	K	Compressor outlet temperature sensor 4
7021	T_25_1	K	Second compressor inlet temperature sensor 1
7022	T_25_2	K	Second compressor inlet temperature sensor 2
7101	T_45_1	K	MP turbine exit temperature sensor 1
7102	T_45_2	K	MP turbine exit temperature sensor 2
7103	T_45_3	K	MP turbine exit temperature sensor 3
7104	T_45_4	K	MP turbine exit temperature sensor 4
7105	T_45_5	K	MP turbine exit temperature sensor 5
7106	T_45_6	K	MP turbine exit temperature sensor 6
7107	T_45_7	K	MP turbine exit temperature sensor 7
7108	T_45_8	K	MP turbine exit temperature sensor 8
7109	T_45_9	K	MP turbine exit temperature sensor 9
7110	T_45_10	K	MP turbine exit temperature sensor 10
7111	T_45_11	K	MP turbine exit temperature sensor 11
7112	T_45_12	K	MP turbine exit temperature sensor 12
7113	T_45_13	K	MP turbine exit temperature sensor 13
7114	T_45_14	K	MP turbine exit temperature sensor 14
7115	T_45_15	K	MP turbine exit temperature sensor 15
7116	T_45_16	K	MP turbine exit temperature sensor 16
7117	T_45_17	K	MP turbine exit temperature sensor 17
7201	T_5_1	K	Turbine outlet temperature sensor 1
7202	T_5_2	K	Turbine outlet temperature sensor 2
7203	T_5_3	K	Turbine outlet temperature sensor 3
7204	T_5_4	K	Turbine outlet temperature sensor 4
7205	T_5_5	K	Turbine outlet temperature sensor 5
7206	T_5_6	K	Turbine outlet temperature sensor 6
7207	T_5_7	K	Turbine outlet temperature sensor 7
7208	T_5_8	K	Turbine outlet temperature sensor 8
7209	T_5_9	K	Turbine outlet temperature sensor 9
7210	T_5_10	K	Turbine outlet temperature sensor 10
7211	T_5_11	K	Turbine outlet temperature sensor 11
7212	T_5_12	K	Turbine outlet temperature sensor 12
7213	T_5_13	K	Turbine outlet temperature sensor 13
7214	T_5_14	K	Turbine outlet temperature sensor 14
7215	T_5_15	K	Turbine outlet temperature sensor 15
7216	T_5_16	K	Turbine outlet temperature sensor 16

Components

Properties of one component: compressors, turbines, combustion chambers, splitters, mixers, heat exchangers, the stack and others.

Id	Name	Unit	Description
1000	dP_inlet	bar	Pressure drop across the inlet
1001	QL_inlet	kW	Heat loss in the inlet section
1025	E_Generator	Fraction	Generator efficiency
1026	W_Generator	kW	Generator power output
1027	QL_Generator	kW	Heat loss from generator
1050	E_Combustion	Fraction	Combustion chamber efficiency
1051	QL_Combustion	kW	Heat loss from combustion chamber
1052	dP_Combustion	bar	Pressure drop in combustion chamber
1053	T_Flame	K	Combustion chamber temperature
1100	dP_Stack	bar	Pressure drop across the stack
1101	QL_Stack	kW	Heat loss through stack
1102	Diameter_Stack	m	Stack diameter
1103	DryVolumeFlow	Nm³/s	Dry exhaust flow rate
1300	PE_LPC	Fraction	Polytropic efficiency of LP compressor
1301	IE_LPC	Fraction	Isentropic efficiency of LP compressor
1302	P_LPC_Ref	bar	Reference pressure for LP compressor
1303	T_LPC_Ref	K	Reference temperature for LP compressor
1304	PR_LPC_Ref	Decimal Fraction	Reference pressure ratio for LP compressor
1305	M_LPC_Ref	kg/s	Reference mass flow for LP compressor
1306	Speed_LPC_Ref	rpm	Reference rotational speed for LP compressor
1307	IGValvePos_LPC	%	Inlet guide vane position for LP compressor
1308	PR_LPC	Decimal Fraction	Actual pressure ratio for LP compressor
1309	QL_LPC	kW	Heat loss from LP compressor
1310	Greitzer_a_LPC	Decimal Fraction	Greitzer compressor map spine-curvature exponent (a) for LP compressor
1311	Greitzer_b_LPC	Decimal Fraction	Greitzer compressor map speed exponent (b) for LP compressor
1312	Greitzer_k_LPC	Decimal Fraction	Greitzer compressor map choke coefficient (k) for LP compressor
1313	Greitzer_S_LPC	Decimal Fraction	Greitzer compressor map spine-slope coefficient (S) for LP compressor
1325	PE_HPC	Fraction	Polytropic efficiency of HP compressor
1326	IE_HPC	Fraction	Isentropic efficiency of HP compressor
1327	P_HPC_Ref	bar	Reference pressure for HP compressor
1328	T_HPC_Ref	K	Reference temperature for HP compressor
1329	PR_HPC_Ref	Decimal Fraction	Reference pressure ratio for HP compressor
1330	M_HPC_Ref	kg/s	Reference mass flow for HP compressor
1331	Speed_HPC_Ref	rpm	Reference rotational speed for HP compressor
1332	IGValvePos_HPC	%	Inlet guide vane position for HP compressor
1333	PR_HPC	Decimal Fraction	Actual pressure ratio for HP compressor
1334	QL_HPC	kW	Heat loss from HP compressor
1335	Greitzer_a_HPC	Decimal Fraction	Greitzer compressor map spine-curvature exponent (a) for HP compressor
1336	Greitzer_b_HPC	Decimal Fraction	Greitzer compressor map speed exponent (b) for HP compressor
1337	Greitzer_k_HPC	Decimal Fraction	Greitzer compressor map choke coefficient (k) for HP compressor
1338	Greitzer_S_HPC	Decimal Fraction	Greitzer compressor map spine-slope coefficient (S) for HP compressor
1350	IE_HPT	Fraction	High-pressure turbine efficiency
1351	IE_HPT_Ref	Fraction	Reference efficiency for high-pressure turbine
1352	PR_HPT	Decimal Fraction	Pressure ratio across high-pressure turbine
1353	PR_HPT_Ref	Decimal Fraction	Reference pressure ratio for high-pressure turbine
1354	M_HPT_Ref	kg/s	Reference mass flow for high-pressure turbine
1355	P_HPT_Ref	bar	Reference input pressure for high-pressure turbine
1356	Speed_HPT_Ref	rpm	Reference speed for high-pressure turbine
1357	QL_HPT	kW	Heat loss from high-pressure turbine
1358	T_HPT_Ref	K	Reference temperature for high-pressure turbine
1359	PE_HPT	Fraction	Polytropic efficiency of high-pressure turbine
1360	PE_HPT_Ref	Fraction	Reference polytropic efficiency for high-pressure turbine
1375	IE_MPT	Fraction	Medium-pressure turbine efficiency
1376	IE_MPT_Ref	Fraction	Reference efficiency for medium-pressure turbine
1377	PR_MPT	Decimal Fraction	Pressure ratio across medium-pressure turbine
1378	PR_MPT_Ref	Decimal Fraction	Reference pressure ratio for medium-pressure turbine
1379	M_MPT_Ref	kg/s	Reference mass flow for medium-pressure turbine
1380	P_MPT_Ref	bar	Reference input pressure for medium-pressure turbine
1381	Speed_MPT_Ref	rpm	Reference speed for medium-pressure turbine
1382	QL_MPT	kW	Heat loss from medium-pressure turbine
1383	T_MPT_Ref	K	Reference temperature for medium-pressure turbine
1384	PE_MPT	Fraction	Polytropic efficiency of medium-pressure turbine
1385	PE_MPT_Ref	Fraction	Reference polytropic efficiency for medium-pressure turbine
1400	IE_PT	Fraction	Power turbine efficiency
1401	IE_PT_Ref	Fraction	Reference efficiency for power turbine
1402	PR_PT	Decimal Fraction	Pressure ratio across power turbine
1403	PR_PT_Ref	Decimal Fraction	Reference pressure ratio for power turbine
1404	M_PT_Ref	kg/s	Reference mass flow for power turbine
1405	P_PT_Ref	bar	Reference input pressure for power turbine
1406	Speed_PT_Ref	rpm	Reference speed for power turbine
1407	QL_PT	kW	Heat loss from power turbine
1408	T_PT_Ref	K	Reference temperature for power turbine
1409	PE_PT	Fraction	Polytropic efficiency of power turbine
1410	PE_PT_Ref	Fraction	Reference polytropic efficiency for power turbine
1425	SR_LPC_Bleed	Decimal Fraction	Split ratio for LPC bleed splitter
1426	dP_LPC_Bleed	bar	Pressure drop across LPC bleed splitter
1427	QL_LPC_Bleed	kW	Heat loss in LPC bleed splitter
1428	ValvePos_LPC_Bleed	Decimal Fraction	Valve position for LPC bleed splitter
1450	SR_HPC_Bleed	Decimal Fraction	Split ratio for HPC bleed splitter
1451	dP_HPC_Bleed	bar	Pressure drop across HPC bleed splitter
1452	QL_HPC_Bleed	kW	Heat loss in HPC bleed splitter
1453	ValvePos_HPC_Bleed	Decimal Fraction	Valve position for HPC bleed splitter
1475	SR_HPC_Cool	Decimal Fraction	Split ratio for HP cooling air splitter
1476	dP_HPC_Cool	bar	Pressure drop across HP cooling air splitter
1477	QL_HPC_Cool	kW	Heat loss in HP cooling air splitter
1478	ValvePos_HPC_Cool	%	Valve position for HP cooling air splitter
1500	dp_LPC_BleedMix	bar	Pressure drop across LPC bleed mixer
1501	QL_LPC_BleedMix	kW	Heat loss in LPC bleed mixer
1525	dP_HPC_BleedMix	bar	Pressure drop across HPC bleed mixer
1526	QL_HPC_BleedMix	kW	Heat loss in HPC bleed mixer
1550	dP_HPC_CoolMix	bar	Pressure drop across HP cooling air mixer
1551	QL_HPC_CoolMix	kW	Heat loss in HP cooling air mixer
1575	W_Engine	kW	Power output of the engine
1576	Eff_Engine	Fraction	Efficiency of the engine
1577	dP_Engine	bar	Pressure drop across the engine
1578	QL_Engine	kW	Heat loss in the engine
1579	Speed_Engine	rpm	Speed of the engine
1580	W_Engine_Ref	kW	Reference power output of the engine
1581	CylinderCount_Engine	Integer	Number of cylinders in the engine
1582	T_EngineCylinder_Avg	K	Average temperature of the cylinders in the engine
1583	P_PilotFuel	bar	Pressure of the pilot fuel
1584	T_PilotFuel	K	Temperature of the pilot fuel
1585	TimingSchedule_Engine	Number	Timing schedule of the engine
1600	SR_WasteGate	Decimal Fraction	Split ratio of the waste gate
1601	dP_WasteGate	bar	Pressure drop across the waste gate
1602	QL_WasteGate	kW	Heat loss in the waste gate
1603	ValvePos_WasteGate	Decimal Fraction	Valve position of the waste gate
1625	dP_Pump	bar	Pressure rise across the pump
1626	Q_Pump	m³/s	Volumetric flow rate through the pump
1627	Eff_Pump	Fraction	Hydraulic efficiency of the pump
1628	QL_Pump	kW	Heat loss from the pump
1650	SR_LPC_Cool	Decimal Fraction	Split ratio for LP compressor cooling air splitter
1651	dP_LPC_Cool	bar	Pressure drop across LP compressor cooling air splitter
1652	QL_LPC_Cool	kW	Heat loss in LP compressor cooling air splitter
1653	ValvePos_LPC_Cool	%	Valve position for LP compressor cooling air splitter
1675	dP_LPC_CoolMix	bar	Pressure drop across LP compressor cooling air mixer
1676	QL_LPC_CoolMix	kW	Heat loss in LP compressor cooling air mixer
1700	Eff_HX	Fraction	Heat exchanger effectiveness
1702	dP_HX_Hot	bar	Pressure drop on hot side of heat exchanger
1703	dP_HX_Cold	bar	Pressure drop on cold side of heat exchanger
1704	QL_HX	kW	Heat loss from heat exchanger
1750	dP_CombInlet	bar	Pressure drop at combustor inlet
1751	QL_CombInlet	kW	Heat loss at combustor inlet
1752	M_CombInlet	kg/s	Mass flow at combustor inlet
1753	T_CombInlet	K	Temperature at combustor inlet
1775	U_ConvectionZone	W/(m²·K)	Heat transfer coefficient in convection zone
1776	A_ConvectionZone	m²	Heat transfer area in convection zone
1777	QL_ConvectionZone	kW	Heat loss in convection zone
1780	T_Adiabatic_MainZone	K	Adiabatic flame temperature in main combustor zone
1781	FlameZone_Eq_MainZone	Number	Combustor zone equivalent value
1782	T_CombustorOutletISO_MainZone	K	Combustor outlet temperature at ISO conditions
1783	M_CombustorZoneISO_MainZone	kg/s	Combustor zone mass flow at ISO conditions
1784	P_CombustorZoneISO_MainZone	bar	Combustor zone pressure at ISO conditions
1785	T_CombustorZoneTemperatureISO_MainZone	K	Main combustor zone temperature at ISO conditions
1786	Adiabatic_Eq_MainZone	Number	Adiabatic zone equivalent value
1800	epsilon_RadiationZone1	Emissivity	Emissivity in radiation zone 1
1801	A_RadiationZone1	m²	Surface area in radiation zone 1
1802	QL_RadiationZone1	kW	Heat loss in radiation zone 1
1803	Rf_RadiationZone1	K	Fouling temperature factor in radiation zone 1
1810	SR_Pilot_Fuel	Decimal Fraction	Split ratio for pilot fuel splitter
1811	dP_Pilot_Fuel	bar	Pressure drop across pilot fuel splitter
1812	QL_Pilot_Fuel	kW	Heat loss in pilot fuel splitter
1813	ValvePos_Pilot_Fuel	%	Valve position for pilot fuel splitter
1820	SR_Pilot_Air	Decimal Fraction	Split ratio for pilot air splitter
1821	dP_Pilot_Air	bar	Pressure drop across pilot air splitter
1822	QL_Pilot_Air	kW	Heat loss in pilot air splitter
1823	ValvePos_Pilot_Air	%	Valve position for pilot air splitter
1830	T_Adiabatic_SecondaryZone	K	Adiabatic flame temperature in secondary combustor zone
1831	FlameZone_Eq_SecondaryZone	Number	Secondary combustor zone equivalent value
1832	T_CombustorOutletISO_SecondaryZone	K	Secondary combustor outlet temperature at ISO conditions
1833	M_CombustorZoneISO_SecondaryZone	kg/s	Secondary combustor zone mass flow at ISO conditions
1834	P_CombustorZoneISO_SecondaryZone	bar	Secondary combustor zone pressure at ISO conditions
1835	T_CombustorZoneTemperatureISO_SecondaryZone	K	Secondary combustor zone temperature at ISO conditions
1836	Adiabatic_Eq_SecondaryZone	Number	Adiabatic zone equivalent value secondary zone
1840	T_Adiabatic_Pilot	K	Adiabatic flame temperature in Pilot zone
1841	FlameZone_Eq_Pilot	Number	Pilot zone equivalent value
1842	T_CombustorOutletISO_Pilot	K	Pilot outlet temperature at ISO conditions
1843	M_CombustorZoneISO_Pilot	kg/s	Pilot zone mass flow at ISO conditions
1844	P_CombustorZoneISO_Pilot	bar	Pilot zone pressure at ISO conditions
1845	T_CombustorZoneTemperatureISO_Pilot	K	Pilot zone temperature at ISO conditions
1846	Adiabatic_Eq_Pilot	Number	Adiabatic zone equivalent value pilot
1850	SR_Fuel	Decimal Fraction	Split ratio for fuel splitter
1851	dP_Fuel	bar	Pressure drop across fuel splitter
1852	QL_Fuel	kW	Heat loss in fuel splitter
1853	ValvePos_Fuel	%	Valve position for fuel splitter
1860	SR_CZ	Decimal Fraction	Split ratio for combustor zone splitter
1861	dP_CZ	bar	Pressure drop across combustor zone splitter
1862	QL_CZ	kW	Heat loss in combustor zone splitter
1863	ValvePos_CZ	%	Valve position for combustor zone splitter
1870	dp_CZ_Mix	bar	Pressure drop across combustor zone mixer
1871	QL_CZ_Mix	kW	Heat loss in combustor zone mixer
1880	dp_Pilot_Mix	bar	Pressure drop across pilot output mixer
1881	QL_Pilot_Mix	kW	Heat loss in pilot output mixer
1890	T_Adiabatic_ThirdZone	K	Adiabatic flame temperature in third combustor zone
1891	FlameZone_Eq_ThirdZone	Number	Third combustor zone equivalent value
1892	T_CombustorOutletISO_ThirdZone	K	Third combustor outlet temperature at ISO conditions
1893	M_CombustorZoneISO_ThirdZone	kg/s	Third combustor zone mass flow at ISO conditions
1894	P_CombustorZoneISO_ThirdZone	bar	Third combustor zone pressure at ISO conditions
1895	T_CombustorZoneTemperatureISO_ThirdZone	K	Third combustor zone temperature at ISO conditions
1896	Adiabatic_Eq_ThirdZone	Number	Adiabatic zone equivalent value third zone
1900	T_Adiabatic_FourthZone	K	Adiabatic flame temperature in fourth combustor zone
1901	FlameZone_Eq_FourthZone	Number	Fourth combustor zone equivalent value
1902	T_CombustorOutletISO_FourthZone	K	Fourth combustor outlet temperature at ISO conditions
1903	M_CombustorZoneISO_FourthZone	kg/s	Fourth combustor zone mass flow at ISO conditions
1904	P_CombustorZoneISO_FourthZone	bar	Fourth combustor zone pressure at ISO conditions
1905	T_CombustorZoneTemperatureISO_FourthZone	K	Fourth combustor zone temperature at ISO conditions
1906	Adiabatic_Eq_FourthZone	Number	Adiabatic zone equivalent value fourth zone
1910	T_Adiabatic_FifthZone	K	Adiabatic flame temperature in fifth combustor zone
1911	FlameZone_Eq_FifthZone	Number	Fifth combustor zone equivalent value
1912	T_CombustorOutletISO_FifthZone	K	Fifth combustor outlet temperature at ISO conditions
1913	M_CombustorZoneISO_FifthZone	kg/s	Fifth combustor zone mass flow at ISO conditions
1914	P_CombustorZoneISO_FifthZone	bar	Fifth combustor zone pressure at ISO conditions
1915	T_CombustorZoneTemperatureISO_FifthZone	K	Fifth combustor zone temperature at ISO conditions
1916	Adiabatic_Eq_FifthZone	Number	Adiabatic zone equivalent value fifth zone
1920	SR_CZ3FuelSplitter	Number	Split ratio for CZ3 fuel splitter
1930	SR_CZ4FuelSplitter	Number	Split ratio for CZ4 fuel splitter
1940	SR_CZ5FuelSplitter	Number	Split ratio for CZ5 fuel splitter
1950	SR_CZ3AirSplitter	Number	Split ratio for CZ3 air splitter
1960	SR_CZ4AirSplitter	Number	Split ratio for CZ4 air splitter
1970	SR_CZ5AirSplitter	Number	Split ratio for CZ5 air splitter

Streams

Fuel, air and shaft streams that enter or leave a component.

Id	Name	Unit	Description
3000	M_Fuel	kg/s	Mass flow rate of the primary fuel
3001	T_Fuel	K	Temperature of the primary fuel
3002	P_Fuel	bar	Pressure of the primary fuel
3003	Rho_Fuel	kg/m³	Density of the primary fuel
3004	H_Fuel	MJ/kg	Enthalpy of the primary fuel
3005	Fuel_CH4	%	Methane content of the primary fuel
3006	Fuel_CO2	%	Carbon dioxide content of the primary fuel
3007	Fuel_C2H6	%	Ethane content of the primary fuel
3008	Fuel_C3H8	%	Propane content of the primary fuel
3009	Fuel_C4H10	%	Butane content of the primary fuel
3010	Fuel_C5H12	%	Pentane content of the primary fuel
3011	Fuel_N2	%	Nitrogen content of the primary fuel
3012	Fuel_C4H10I	%	Isobutane content of the primary fuel
3013	Q_Fuel	Nm³/s	Primary fuel volumetric flow rate
3014	Fuel_C5H12I	%	Isopentane content of the primary fuel
3015	Fuel_C5H12Neo	%	Neopentane content of the primary fuel
3016	Fuel_C6H14	%	Hexane content of the primary fuel
3050	M_Fuel2	kg/s	Mass flow rate of the secondary fuel
3051	T_Fuel2	K	Temperature of the secondary fuel
3052	P_Fuel2	bar	Pressure of the secondary fuel
3053	Rho_Fuel2	kg/m³	Density of the secondary fuel
3054	H_Fuel2	MJ/kg	Enthalpy of the secondary fuel
3100	M_LiquidFuel	kg/s	Mass flow rate of the liquid fuel
3101	T_LiquidFuel	K	Temperature of the liquid fuel
3102	P_LiquidFuel	bar	Pressure of the liquid fuel
3103	Rho_LiquidFuel	kg/m³	Density of the liquid fuel
3104	H_LiquidFuel	MJ/kg	Enthalpy of the liquid fuel
3105	Q_LiquidFuel	m³/s	Liquid fuel volumetric flow rate
3150	W_MainShaft	kW	Power output of the main shaft
3152	Speed_MainShaft	rpm	Rotational speed of the main shaft
3153	Eff_MainShaft	Fraction	Efficiency of the main shaft
3154	QL_MainShaft	kW	Heat loss of the main shaft
3155	SpeedPct_MainShaft	%	Percentage rotational speed of the main shaft
3200	W_SecondShaft	kW	Power output of the second shaft
3202	Speed_SecondShaft	rpm	Rotational speed of the second shaft
3203	Eff_SecondShaft	Fraction	Efficiency of the second shaft
3204	QL_SecondShaft	kW	Heat loss of the second shaft
3205	SpeedPct_SecondShaft	%	Percentage rotational speed of the secondary shaft
3250	W_ThirdShaft	kW	Power output of the third shaft
3252	Speed_ThirdShaft	rpm	Rotational speed of the third shaft
3253	Eff_ThirdShaft	Fraction	Efficiency of the third shaft
3254	QL_ThirdShaft	kW	Heat loss of the third shaft
3255	SpeedPct_ThirdShaft	%	Percentage rotational speed of the third shaft
3300	M_PilotFuelGas	kg/s	Mass flow rate of the pilot fuel
3301	T_PilotFuelGas	K	Temperature of the Pilot fuel
3302	P_PilotFuelGas	bar	Pressure of the pilot fuel
3303	Rho_PilotFuelGas	kg/m³	Density of the pilot fuel
3304	H_PilotFuelGas	MJ/kg	Enthalpy of the pilot fuel
3305	PilotFuelGas_CH4	%	Methane content of the pilot fuel
3306	PilotFuelGas_CO2	%	Carbon dioxide content of the pilot fuel
3307	PilotFuelGas_C2H6	%	Ethane content of the pilot fuel
3308	PilotFuelGas_C3H8	%	Propane content of the pilot fuel
3309	PilotFuelGas_C4H10	%	Butane content of the pilot fuel
3310	PilotFuelGas_C5H12	%	Pentane content of the pilot fuel
3311	PilotFuelGas_N2	%	Nitrogen content of the pilot fuel
3312	PilotFuelGas_C4H10I	%	Isobutane content of the pilot fuel
3313	Q_PilotFuelGas	Nm³/s	Pilot fuel volumetric flow rate
3350	M_CZ1Fuel	kg/s	Mass flow rate of the combustor zone 1 fuel
3351	T_CZ1Fuel	K	Temperature of the combustor zone 1 fuel
3352	P_CZ1Fuel	bar	Pressure of the combustor zone 1 fuel
3353	Rho_CZ1Fuel	kg/m³	Density of the combustor zone 1 fuel
3354	H_CZ1Fuel	MJ/kg	Enthalpy of the combustor zone 1 fuel
3355	CZ1Fuel_CH4	%	Methane content of the combustor zone 1 fuel
3356	CZ1Fuel_CO2	%	Carbon dioxide content of the combustor zone 1 fuel
3357	CZ1Fuel_C2H6	%	Ethane content of the combustor zone 1 fuel
3358	CZ1Fuel_C3H8	%	Propane content of the combustor zone 1 fuel
3359	CZ1Fuel_C4H10	%	Butane content of the combustor zone 1 fuel
3360	CZ1Fuel_C5H12	%	Pentane content of the combustor zone 1 fuel
3361	CZ1Fuel_N2	%	Nitrogen content of the combustor zone 1 fuel
3362	CZ1Fuel_C4H10I	%	Isobutane content of the combustor zone 1 fuel
3363	Q_CZ1Fuel	Nm³/s	combustor zone 1 fuel volumetric flow rate
3400	M_CZ2Fuel	kg/s	Mass flow rate of the combustor zone 2 fuel
3401	T_CZ2Fuel	K	Temperature of the combustor zone 2 fuel
3402	P_CZ2Fuel	bar	Pressure of the combustor zone 2 fuel
3403	Rho_CZ2Fuel	kg/m³	Density of the combustor zone 2 fuel
3404	H_CZ2Fuel	MJ/kg	Enthalpy of the combustor zone 2 fuel
3405	CZ2Fuel_CH4	%	Methane content of the combustor zone 2 fuel
3406	CZ2Fuel_CO2	%	Carbon dioxide content of the combustor zone 2 fuel
3407	CZ2Fuel_C2H6	%	Ethane content of the combustor zone 2 fuel
3408	CZ2Fuel_C3H8	%	Propane content of the combustor zone 2 fuel
3409	CZ2Fuel_C4H10	%	Butane content of the combustor zone 2 fuel
3410	CZ2Fuel_C5H12	%	Pentane content of the combustor zone 2 fuel
3411	CZ2Fuel_N2	%	Nitrogen content of the combustor zone 2 fuel
3412	CZ2Fuel_C4H10I	%	Isobutane content of the combustor zone 2 fuel
3413	Q_CZ2Fuel	Nm³/s	combustor zone 2 fuel volumetric flow rate
3450	M_CZFuel	kg/s	Mass flow rate of the combustor zone fuel
3451	T_CZFuel	K	Temperature of the combustor zone fuel
3452	P_CZFuel	bar	Pressure of the combustor zone fuel
3453	Rho_CZFuel	kg/m³	Density of the combustor zone fuel
3454	H_CZFuel	MJ/kg	Enthalpy of the combustor zone fuel
3455	CZFuel_CH4	%	Methane content of the combustor zone fuel
3456	CZFuel_CO2	%	Carbon dioxide content of the combustor zone fuel
3457	CZFuel_C2H6	%	Ethane content of the combustor zone fuel
3458	CZFuel_C3H8	%	Propane content of the combustor zone fuel
3459	CZFuel_C4H10	%	Butane content of the combustor zone fuel
3460	CZFuel_C5H12	%	Pentane content of the combustor zone fuel
3461	CZFuel_N2	%	Nitrogen content of the combustor zone fuel
3462	CZFuel_C4H10I	%	Isobutane content of the combustor zone fuel
3463	Q_CZFuel	Nm³/s	Combustor zone fuel volumetric flow rate
3500	T_CZ1Air	K	CombustorZone 1 Inlet Temperature
3501	P_CZ1Air	bar	CombustorZone 1 Inlet Pressure
3502	H_CZ1Air	kW	CombustorZone 1 Inlet Enthalpy Flow
3503	M_CZ1Air	kg/s	CombustorZone 1 Inlet Mass Flow
3504	M_N2_CZ1Air	kg/s	CombustorZone 1 Inlet Mass Flow (N2)
3505	M_O2_CZ1Air	kg/s	CombustorZone 1 Inlet Mass Flow (O2)
3506	M_CO2_CZ1Air	kg/s	CombustorZone 1 Iinlet Mass Flow (CO2)
3507	M_AR_CZ1Air	kg/s	CombustorZone 1 Inlet Mass Flow (Ar)
3508	M_H2O_CZ1Air	kg/s	CombustorZone 1 Inlet Mass Flow (H2O)
3550	T_CZ2Air	K	CombustorZone 2 Inlet Temperature
3551	P_CZ2Air	bar	CombustorZone 1 Inlet Pressure
3552	H_CZ2Air	kW	CombustorZone 2 Inlet Enthalpy Flow
3553	M_CZ2Air	kg/s	CombustorZone 2 Inlet Mass Flow
3554	M_N2_CZ2Air	kg/s	CombustorZone 2 Inlet Mass Flow (N2)
3555	M_O2_CZ2Air	kg/s	CombustorZone 2 Inlet Mass Flow (O2)
3556	M_CO2_CZ2Air	kg/s	CombustorZone 2 Inlet Mass Flow (CO2)
3557	M_AR_CZ2Air	kg/s	CombustorZone 2 Inlet Mass Flow (Ar)
3558	M_H2O_CZ2Air	kg/s	CombustorZone 2 Inlet Mass Flow (H2O)
3600	T_CZAir	K	CombustorZone Inlet Temperature
3601	P_CZAir	bar	CombustorZone Inlet Pressure
3602	H_CZAir	kW	CombustorZone 2 Inlet Enthalpy Flow
3603	M_CZAir	kg/s	CombustorZone Inlet Mass Flow
3604	M_N2_CZAir	kg/s	CombustorZone Inlet Mass Flow (N2)
3605	M_O2_CZAir	kg/s	CombustorZone Inlet Mass Flow (O2)
3606	M_CO2_CZAir	kg/s	CombustorZone Inlet Mass Flow (CO2)
3607	M_AR_CZAir	kg/s	CombustorZone Inlet Mass Flow (Ar)
3608	M_H2O_CZAir	kg/s	CombustorZone Inlet Mass Flow (H2O)
3650	T_PilotAir	K	Pilot Inlet Temperature
3651	P_PilotAir	bar	Pilot Inlet Pressure
3652	H_PilotAir	kW	Pilot Inlet Enthalpy Flow
3653	M_PilotAir	kg/s	Pilot Inlet Mass Flow
3654	M_N2_PilotAir	kg/s	Pilot Inlet Mass Flow (N2)
3655	M_O2_PilotAir	kg/s	Pilot Inlet Mass Flow (O2)
3656	M_CO2_PilotAir	kg/s	Pilot Inlet Mass Flow (CO2)
3657	M_AR_PilotAir	kg/s	PilotInlet Inlet Mass Flow (Ar)
3658	M_H2O_PilotAir	kg/s	Pilot Inlet Mass Flow (H2O)
3659	M_CombinedFuel	kg/s	Mass flow rate of combined fuel
3660	Q_CombinedFuel	Nm³/s	Combined fuel volumetric flow rate
3661	M_CombinedLiquidFuel	kg/s	Mass flow rate of combined liquid fuel
3662	Q_CombinedLiquidFuel	Nm³/s	Combined liquid fuel volumetric flow rate
3700	M_CZ3Fuel	kg/s	Mass flow rate of CZ3 fuel
3701	T_CZ3Fuel	K	Temperature of CZ3 fuel
3702	P_CZ3Fuel	bar	Pressure of CZ3 fuel
3704	H_CZ3Fuel	MJ/kg	Enthalpy of CZ3 fuel
3713	SV_CZ3Fuel	Nm³/s	Standard volume flow of CZ3 fuel
3750	M_CZ4Fuel	kg/s	Mass flow rate of CZ4 fuel
3751	T_CZ4Fuel	K	Temperature of CZ4 fuel
3752	P_CZ4Fuel	bar	Pressure of CZ4 fuel
3754	H_CZ4Fuel	MJ/kg	Enthalpy of CZ4 fuel
3763	SV_CZ4Fuel	Nm³/s	Standard volume flow of CZ4 fuel
3800	M_CZ5Fuel	kg/s	Mass flow rate of CZ5 fuel
3801	T_CZ5Fuel	K	Temperature of CZ5 fuel
3802	P_CZ5Fuel	bar	Pressure of CZ5 fuel
3804	H_CZ5Fuel	MJ/kg	Enthalpy of CZ5 fuel
3813	SV_CZ5Fuel	Nm³/s	Standard volume flow of CZ5 fuel
3850	T_CZ3Air	K	CombustorZone 3 Inlet Temperature
3851	P_CZ3Air	bar	CombustorZone 3 Inlet Pressure
3852	H_CZ3Air	kW	CombustorZone 3 Inlet Enthalpy Flow
3853	M_CZ3Air	kg/s	CombustorZone 3 Inlet Mass Flow
3854	M_N2_CZ3Air	kg/s	CombustorZone 3 Inlet Mass Flow (N2)
3855	M_O2_CZ3Air	kg/s	CombustorZone 3 Inlet Mass Flow (O2)
3856	M_CO2_CZ3Air	kg/s	CombustorZone 3 Inlet Mass Flow (CO2)
3857	M_AR_CZ3Air	kg/s	CombustorZone 3 Inlet Mass Flow (Ar)
3858	M_H2O_CZ3Air	kg/s	CombustorZone 3 Inlet Mass Flow (H2O)
3900	T_CZ4Air	K	CombustorZone 4 Inlet Temperature
3901	P_CZ4Air	bar	CombustorZone 4 Inlet Pressure
3902	H_CZ4Air	kW	CombustorZone 4 Inlet Enthalpy Flow
3903	M_CZ4Air	kg/s	CombustorZone 4 Inlet Mass Flow
3904	M_N2_CZ4Air	kg/s	CombustorZone 4 Inlet Mass Flow (N2)
3905	M_O2_CZ4Air	kg/s	CombustorZone 4 Inlet Mass Flow (O2)
3906	M_CO2_CZ4Air	kg/s	CombustorZone 4 Inlet Mass Flow (CO2)
3907	M_AR_CZ4Air	kg/s	CombustorZone 4 Inlet Mass Flow (Ar)
3908	M_H2O_CZ4Air	kg/s	CombustorZone 4 Inlet Mass Flow (H2O)
3950	T_CZ5Air	K	CombustorZone 5 Inlet Temperature
3951	P_CZ5Air	bar	CombustorZone 5 Inlet Pressure
3952	H_CZ5Air	kW	CombustorZone 5 Inlet Enthalpy Flow
3953	M_CZ5Air	kg/s	CombustorZone 5 Inlet Mass Flow
3954	M_N2_CZ5Air	kg/s	CombustorZone 5 Inlet Mass Flow (N2)
3955	M_O2_CZ5Air	kg/s	CombustorZone 5 Inlet Mass Flow (O2)
3956	M_CO2_CZ5Air	kg/s	CombustorZone 5 Inlet Mass Flow (CO2)
3957	M_AR_CZ5Air	kg/s	CombustorZone 5 Inlet Mass Flow (Ar)
3958	M_H2O_CZ5Air	kg/s	CombustorZone 5 Inlet Mass Flow (H2O)

Emissions

Emission values per substance: concentration, mass flow, emission intensity and related values.

Id	Name	Unit	Description
2000	CO2_M	kg/s	Mass flow of CO2
2001	CO2_VC	ppm	Volume concentration of CO2
2002	CO2_MC	mg/Nm³	Mass concentration of CO2
2003	CO2_MFM	kg/kg	Mass of CO2 per unit of fuel mass
2004	CO2_MFE	mg/kJ	Mass of CO2 per unit of fuel energy
2005	CO2_VC_CEMS	ppm	Volume concentration of CO2 from CEMS
2006	CO2_MC_CEMS	mg/Nm³	Mass concentration of CO2 from CEMS
2050	NOx_M	kg/s	Mass flow of NOx
2051	NOx_VC	ppm	Volume concentration of NOx
2052	NOx_MC	mg/Nm³	Mass concentration of NOx
2053	NOx_MFM	kg/kg	Mass of NOx per unit of fuel mass
2054	NOx_MFE	mg/kJ	Mass of NOx per unit of fuel energy
2055	NOx_VC_CEMS	ppm	Volume concentration of NOx from CEMS
2100	NO_M	kg/s	Mass flow of NO
2101	NO_VC	ppm	Volume concentration of NO
2102	NO_MC	mg/Nm³	Mass concentration of NO
2103	NO_MFM	kg/kg	Mass of NO per unit of fuel mass
2104	NO_MFE	mg/kJ	Mass of NO per unit of fuel energy
2105	NO_VC_CEMS	ppm	Volume concentration of NO from CEMS
2106	NO_MC_CEMS	mg/Nm³	Mass concentration of NO from CEMS
2150	NO2_M	kg/s	Mass flow of NO2
2151	NO2_VC	ppm	Volume concentration of NO2
2152	NO2_MC	mg/Nm³	Mass concentration of NO2
2153	NO2_MFM	kg/kg	Mass of NO2 per unit of fuel mass
2154	NO2_MFE	mg/kJ	Mass of NO2 per unit of fuel energy
2155	NO2_VC_CEMS	ppm	Volume concentration of NO2 from CEMS
2156	NO2_MC_CEMS	mg/Nm³	Mass concentration of NO2 from CEMS
2200	CO_M	kg/s	Mass flow of CO
2201	CO_VC	ppm	Volume concentration of CO
2202	CO_MC	mg/Nm³	Mass concentration of CO
2203	CO_MFM	kg/kg	Mass of CO per unit of fuel mass
2204	CO_MFE	mg/kJ	Mass of CO per unit of fuel energy
2205	CO_VC_CEMS	ppm	Volume concentration of CO from CEMS
2206	CO_MC_CEMS	mg/Nm³	Mass concentration of CO from CEMS
2250	SOx_M	kg/s	Mass flow of SOx
2251	SOx_VC	ppm	Volume concentration of SOx
2252	SOx_MC	mg/Nm³	Mass concentration of SOx
2253	SOx_MFM	kg/kg	Mass of SOx per unit of fuel mass
2254	SOx_MFE	mg/kJ	Mass of SOx per unit of fuel energy
2255	SOx_VC_CEMS	ppm	Volume concentration of SOx from CEMS
2300	SO2_M	kg/s	Mass flow of SO2
2301	SO2_VC	ppm	Volume concentration of SO2
2302	SO2_MC	mg/Nm³	Mass concentration of SO2
2303	SO2_MFM	kg/kg	Mass of SO2 per unit of fuel mass
2304	SO2_MFE	mg/kJ	Mass of SO2 per unit of fuel energy
2305	SO2_VC_CEMS	ppm	Volume concentration of SO2 from CEMS
2306	SO2_MC_CEMS	mg/Nm³	Mass concentration of SO2 from CEMS
2350	PM10_M	kg/s	Mass flow of PM10
2351	PM10_VC	ppm	Volume concentration of PM10
2352	PM10_MC	mg/Nm³	Mass concentration of PM10
2353	PM10_MFM	kg/kg	Mass of PM10 per unit of fuel mass
2354	PM10_MFE	mg/kJ	Mass of PM10 per unit of fuel energy
2355	PM10_VC_CEMS	ppm	Volume concentration of PM10 from CEMS
2356	PM_MC_CEMS	mg/Nm³	Mass concentration of PM from CEMS
2400	VOC_M	kg/s	Mass flow of VOC
2401	VOC_VC	ppm	Volume concentration of VOC
2402	VOC_MC	mg/Nm³	Mass concentration of VOC
2403	VOC_MFM	kg/kg	Mass of VOC per unit of fuel mass
2404	VOC_MFE	mg/kJ	Mass of VOC per unit of fuel energy
2405	VOC_VC_CEMS	ppm	Volume concentration of VOC from CEMS
2406	VOC_MC_CEMS	mg/Nm³	Mass concentration of VOC from CEMS
2450	NH3_M	kg/s	Mass flow of NH3
2451	NH3_VC	ppm	Volume concentration of NH3
2452	NH3_MC	mg/Nm³	Mass concentration of NH3
2453	NH3_MFM	kg/kg	Mass of NH3 per unit of fuel mass
2454	NH3_MFE	mg/kJ	Mass of NH3 per unit of fuel energy
2455	NH3_VC_CEMS	ppm	Volume concentration of NH3 from CEMS
2500	H2_M	kg/s	Mass flow of H2
2501	H2_VC	ppm	Volume concentration of H2
2502	H2_MC	mg/Nm³	Mass concentration of H2
2503	H2_MFM	kg/kg	Mass of H2 per unit of fuel mass
2504	H2_MFE	mg/kJ	Mass of H2 per unit of fuel energy
2505	H2_VC_CEMS	ppm	Volume concentration of H2 from CEMS
2550	H2O_M	kg/s	Mass flow of H2O
2551	H2O_VC	ppm	Volume concentration of H2O
2552	H2O_MC	mg/Nm³	Mass concentration of H2O
2553	H2O_MFM	kg/kg	Mass of H2O per unit of fuel mass
2554	H2O_MFE	mg/kJ	Mass of H2O per unit of fuel energy
2555	H2O_VC_CEMS	ppm	Volume concentration of H2O from CEMS
2600	CH4_M	kg/s	Mass flow of CH4
2601	CH4_VC	ppm	Volume concentration of CH4
2602	CH4_MC	mg/Nm³	Mass concentration of CH4
2603	CH4_MFM	kg/kg	Mass of CH4 per unit of fuel mass
2604	CH4_MFE	mg/kJ	Mass of CH4 per unit of fuel energy
2605	CH4_VC_CEMS	ppm	Volume concentration of CH4 from CEMS
2650	N2O_M	kg/s	Mass flow of N2O
2651	N2O_VC	ppm	Volume concentration of N2O
2652	N2O_MC	mg/Nm³	Mass concentration of N2O
2653	N2O_MFM	kg/kg	Mass of N2O per unit of fuel mass
2654	N2O_MFE	mg/kJ	Mass of N2O per unit of fuel energy
2655	N2O_VC_CEMS	ppm	Volume concentration of N2O from CEMS
2700	UHC_M	kg/s	Mass flow of UHC
2701	UHC_VC	ppm	Volume concentration of UHC
2702	UHC_MC	mg/Nm³	Mass concentration of UHC
2703	UHC_MFM	kg/kg	Mass of UHC per unit of fuel mass
2704	UHC_MFE	mg/kJ	Mass of UHC per unit of fuel energy
2705	UHC_VC_CEMS	ppm	Volume concentration of UHC from CEMS
2750	O2_M	kg/s	Mass flow of O2
2751	O2_VC	ppm	Volume concentration of O2
2752	O2_MC	mg/Nm³	Mass concentration of O2
2753	O2_MFM	kg/kg	Mass of O2 per unit of fuel mass
2754	O2_MFE	mg/kJ	Mass of O2 per unit of fuel energy
2755	O2_VC_CEMS	ppm	Volume concentration of O2 from CEMS

Model parameters

Fitted parameters of the emission models.

Id	Name	Unit	Description
5000	MP_T_Shift	K	Gas Turbine CO Model Temperature Shift
5001	MP_CO_T_Shift	K	Gas Turbine CO Model CO Temperature Shift
5002	MP_CO_Alpha	Number	Gas Turbine CO Model Alpha Coefficient
5003	MP_CO_Beta	Number	Gas Turbine CO Model Beta Coefficient
5004	MP_AmbientMethaneConcentration	ppm	Ambient Methane Concentration
5005	MP_ReferenceTemperature	K	Methane Model Reference Temperature
5006	MP_MethaneCombustionParameter	Number	Methane Combustion Parameter
5019	MP_NOx_S	Number	NOx Model S Parameter
5020	MP_NOx_F1	Number	NOx Model F1 Parameter
5021	MP_NOx_F2	Number	NOx Model F2 Parameter
5022	MP_NOx_PressureCorrectionFactorReference	bar	NOx Model Pressure Correction Factor Reference
5023	MP_T_INIT_GUESS	K	Initial temperature guess for combustor zone
5024	MP_NOx_S_CZ2	Number	Secondary combustor zone NOx Model S Parameter
5025	MP_NOx_F1_CZ2	Number	Secondary combustor zone NOx Model F1 Parameter
5026	MP_NOx_F2_CZ2	Number	Secondary combustor zone NOx Model F2 Parameter
5027	MP_NOx_PressureCorrectionFactorReference_CZ2	bar	Secondary combustor zone NOx Model Pressure Correction Factor Reference
5028	MP_T_INIT_GUESS_CZ2	K	Initial temperature guess for Combustor zone 2
5029	MP_NOx_S_Pilot	Number	Pilot combustor zone NOx Model S Parameter
5030	MP_NOx_F1_Pilot	Number	Pilot combustor zone NOx Model F1 Parameter
5031	MP_NOx_F2_Pilot	Number	Pilot combustor zone NOx Model F2 Parameter
5032	MP_NOx_PressureCorrectionFactorReference_Pilot	bar	Pilot combustor zone NOx Model Pressure Correction Factor Reference
5033	MP_T_INIT_GUESS_Pilot	K	Initial temperature guess for Pilot zone
5034	MP_NOx_S_CZ3	Number	Third combustor zone NOx Model S Parameter
5035	MP_NOx_F1_CZ3	Number	Third combustor zone NOx Model F1 Parameter
5036	MP_NOx_F2_CZ3	Number	Third combustor zone NOx Model F2 Parameter
5037	MP_NOx_PressureCorrectionFactorReference_CZ3	bar	Third combustor zone NOx Model Pressure Correction Factor Reference
5038	MP_T_INIT_GUESS_CZ3	K	Initial temperature guess for Combustor zone 3
5039	MP_NOx_S_CZ4	Number	Fourth combustor zone NOx Model S Parameter
5040	MP_NOx_F1_CZ4	Number	Fourth combustor zone NOx Model F1 Parameter
5041	MP_NOx_F2_CZ4	Number	Fourth combustor zone NOx Model F2 Parameter
5042	MP_NOx_PressureCorrectionFactorReference_CZ4	bar	Fourth combustor zone NOx Model Pressure Correction Factor Reference
5043	MP_T_INIT_GUESS_CZ4	K	Initial temperature guess for Combustor zone 4
5044	MP_NOx_S_CZ5	Number	Fifth combustor zone NOx Model S Parameter
5045	MP_NOx_F1_CZ5	Number	Fifth combustor zone NOx Model F1 Parameter
5046	MP_NOx_F2_CZ5	Number	Fifth combustor zone NOx Model F2 Parameter
5047	MP_NOx_PressureCorrectionFactorReference_CZ5	bar	Fifth combustor zone NOx Model Pressure Correction Factor Reference
5048	MP_T_INIT_GUESS_CZ5	K	Initial temperature guess for Combustor zone 5
5049	MP_ArrheniusKPrime	Number	Arrhenius kprime parameter
5050	MP_ArrheniusK2	Number	Arrhenius k2 parameter
5051	MP_MainCombustionBypassFraction	Decimal Fraction	Main Combustion Bypass Fraction (at 1000 K in ArrheniusMethaneModelV2 when MP_MainCombustionBypassTheta is set)
5052	MP_MethaneDestructionEfficiency	Decimal Fraction	Methane Destruction Efficiency
5053	MP_FCO_1	Number	Gas Turbine CO Exponential Model FCO_1 (pre-exponential scale)
5054	MP_FCO_2	Number	Gas Turbine CO Exponential Model FCO_2 (temperature decay scale)
5055	MP_CO_TShift_Exp	K	Gas Turbine CO Exponential Model Temperature Shift
5056	MP_MainCombustionBypassTheta	K	Main Combustion Bypass e-folding temperature: the bypass grows by a factor e for every theta that T4 falls
5057	MP_MethaneOffset	ppm	Methane Offset: a constant added to the reported methane concentration
5058	MP_MethanePressureExponent	Number	Methane Pressure Exponent m in the post-oxidation: X = exp(-k' * P^m * exp(-k2/T4)). 1 when not set