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Property codes

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Last UpdatedAug 11, 2025
19 minute read

Name	DLL Code	Unit Category	Standard Unit	Wgt/Vol?	%?	T?
(2-methylpropyl)cyclopentane	M3788-32-7	Proportion	%	W/V
(E)-2,2,5,5-tetramethyl-3-hexene	M692-48-8	Proportion	%	W/V
(E)-3-nonene	M20063-92-7	Proportion	%	W/V
(E)-5-methyl-2-hexene	M7385-82-2	Proportion	%	W/V
(Z)-1,3-pentadiene	M1574-41-0	Proportion	%	W/V
(Z)-2-methyl-3-hexene	M15840-60-5	Proportion	%	W/V
(Z)-2-octene	M7642-04-8	Proportion	%	W/V
(Z)-3-nonene	M20237-46-1	Proportion	%	W/V
1,1,2,2-tetramethylcyclopentane	M52688-89-8	Proportion	%	W/V
1,1-diethylcyclopentane	M2721-38-2	Proportion	%	W/V
1,1-dimethylethylcyclohexane	M3178-22-1	Proportion	%	W/V
1,2,3,4,5-pentamethylbenzene	M700-12-9	Proportion	%	W/V
1,2,3,4-tetrahydronaphthalene	M119-64-2	Proportion	%	W/V
1,2,3-trimethylcyclohexane	M1678-97-3	Proportion	%	W/V
1,2,4-triethylbenzene	M877-44-1	Proportion	%	W/V
1,2,4-trimethyl-cyclohexane	M2234-75-5	Proportion	%	W/V
1,2-diisopropylbenzene	M577-55-9	Proportion	%	W/V
1,3,5-triethylbenzene	M102-25-0	Proportion	%	W/V
1,3dethbenz+nbutbenz	13DEB+NBB	Proportion	%	W/V
1,3-diisopropylbenzene	M99-62-7	Proportion	%	W/V
1,3-di-n-propylbenzene	M17171-72-1	Proportion	%	W/V
1,4dethbenz+1m3propbenz	14DEB+1M3PB	Proportion	%	W/V
1,4-diisopropylbenzene	M100-18-5	Proportion	%	W/V
1,cis-2,trans-4,trimethylcyclopentane + 1,cis-2,cis	1CC5P	Proportion	%	W/V
1,cis-2-dimethylcyclopentane + methylcyclohexane	1c2dmcp+mch	Proportion	%	W/V
1,trans-3-dimethylcyclohexane + 1,cis-4-dimethylcyclohexane	P90P91	Proportion	%	W/V
1,trans-3-dimethylcyclohexane + 1,cis-4-dimethylcyclohexane	1T3DMCH+1C4DMCH	Proportion	%	W/V
1,trans-3-dimethylcyclopentane + 3-ethylpentane	1T3DMCP+3EP	Proportion	%	W/V
1,trans-4-dimethylcyclohexane + 3-methylheptane	1T4DMCH+3MH	Proportion	%	W/V
1-decene	M872-05-9	Proportion	%	W/V
1-ethyl-1-methylcyclohexane	M4926-90-3	Proportion	%	W/V
1-ethyl-2-isopropylbenzene	M18970-44-0	Proportion	%	W/V
1-ethyl-2-methylcyclohexane	M3728-54-9	Proportion	%	W/V
1-ethyl-3-methylcyclohexane	M3728-55-0	Proportion	%	W/V
1-ethyl-4-methyl-cyclohexane	M3728-56-1	Proportion	%	W/V
1m2ipropbenz+1m4propbenz	1M2IPB+1M4PB	Proportion	%	W/V
1m3,4ipropbenz+1m2ethbenz	1M34IPB+1M2EB	Proportion	%	W/V
1-methyl,cis-2-ethylcyclopentane + 2,3,5-trimethylhexane	P109P115	Proportion	%	W/V
1-methyl-2,3-dihydro-1H-indene	M767-58-8	Proportion	%	W/V
1-methyl-2-propyl-cyclopentane	M3728-57-2	Proportion	%	W/V
1-methyl-3,4-ethylbenzene + tert-butylbenzene	P44	Proportion	%	W/V
1-methyl-4-tert-butyl-benzene	M98-51-1	Proportion	%	W/V
1-methylnaphthalene	M90-12-0	Proportion	%	W/V
1-methyloctahydropentalene	M32273-77-1	Proportion	%	W/V
1-methylpropylcyclohexane	M7058-01-7	Proportion	%	W/V
1t2dmcycpent+3ethpent	1T2DMCP+3EP	Proportion	%	W/V
1-t-butyl-3,5-dimethylbenzene	M98-19-1	Proportion	%	W/V
2,2,3,4-tetramethylpentane	M1186-53-4	Proportion	%	W/V
2,2,3-trimethylheptane	M52896-92-1	Proportion	%	W/V
2,2,4-trimethylpentane + 1-methyl,1-ethylcyclopentane	P22P106	Proportion	%	W/V
2,2,5-trimethylhexane + 1,trans-3-dimethylcyclopentane	P113P	Proportion	%	W/V
2,2-dimethylhexane + 1,1,3-trimethylcyclopentane	22D6P	Proportion	%	W/V
2,2-dimethyloctane	M15869-87-1	Proportion	%	W/V
2,3,3,4-tetramethylpentane	M16747-38-9	Proportion	%	W/V
2,3,3-trimethylhexane	M16747-28-7	Proportion	%	W/V
2,3,6-trimethylheptane	M4032-93-3	Proportion	%	W/V
2,3-dihydro-2-methyl-1H-indene	M824-63-5	Proportion	%	W/V
2,3-dihydro-4-methyl-1H-indene	M824-22-6	Proportion	%	W/V
2,3-dihydro-5-methyl-1H-indene	M874-35-1	Proportion	%	W/V
2,3-dimethyloctane	M7146-60-3	Proportion	%	W/V
2,4,4-trimethylhexane	M16747-30-1	Proportion	%	W/V
2,4-dimethyloctane	M4032-94-4	Proportion	%	W/V
2,5-dimethylnonane	M17302-27-1	Proportion	%	W/V
2,5-dimethyloctane	M15869-89-3	Proportion	%	W/V
2,6-dimethyldecane	M13150-81-7	Proportion	%	W/V
2,6-dimethylnonane	M17302-28-2	Proportion	%	W/V
2,6-dimethylundecane	M17301-23-4	Proportion	%	W/V
2,9-dimethyldecane	M1002-17-1	Proportion	%	W/V
2-ethyl-1-pentene	M3404-71-5	Proportion	%	W/V
2meth3ethpent + 112tmcycpent	2M3EP+112TMCP	Proportion	%	W/V
2-methyl-3-ethylheptane	M14676-29-0	Proportion	%	W/V
2-methylhexane + 2,3-dimethylpentane	2MH+23DMP	Proportion	%	W/V
2-methylnaphthalene	M91-57-6	Proportion	%	W/V
2-methylundecane	M7045-71-8	Proportion	%	W/V
3,3-dimethylheptane + 3,5-dimethylheptane	P120P121	Proportion	%	W/V
3,3-dimethyloctane	M4110-44-5	Proportion	%	W/V
3,5-dimethyloctane	M15869-93-9	Proportion	%	W/V
3,6-dimethyloctane	M15869-94-0	Proportion	%	W/V
3,7-dimethyl-1-octene	M4984-01-4	Proportion	%	W/V
3,7-dimethylnonane	M17302-32-8	Proportion	%	W/V
3-ethylhexane + 1,2-dimethylcyclohexane	P101P	Proportion	%	W/V
3-ethylnonane	M17302-11-3	Proportion	%	W/V
3-ethyloctane	M5881-17-4	Proportion	%	W/V
3-ethylpentane + 1,2-dimethylcyclopentane	3ep+12dmcp	Proportion	%	W/V
3-methyl-5-ethylheptane	M52896-90-9	Proportion	%	W/V
3-methyldecane	M13151-34-3	Proportion	%	W/V
3-methyldodecane	M17312-57-1	Proportion	%	W/V
3-methylheptane+1,cis-2,trans-3-trimethylcyclopentane	3MC7P	Proportion	%	W/V
3-methylundecane	M1002-43-3	Proportion	%	W/V
4-methylcyclopentene	M1759-81-5	Proportion	%	W/V
4-methyldodecane	M6117-97-1	Proportion	%	W/V
4-methylheptane + 3-methyl-ethylcyclopentane	4MC7P	Proportion	%	W/V
4-methylundecane	M2980-69-0	Proportion	%	W/V
5-methyldecane	M13151-35-4	Proportion	%	W/V
5-methylnonane	M15869-85-9	Proportion	%	W/V
5-methylundecane	M1632-70-8	Proportion	%	W/V
Acentric Factor	ACF	Dimensionless	none	none
Acid Number (whole-crude)	ACI_WC	Acidity	mgKOH/g	W
Acidity	ACI	Acidity	mgKOH/g	W
Aluminium	_AL	Proportion	ppb	none
Ammonia	NH3	Proportion	ppm	W/V
Aniline Point	ANI	Temperature	C	Volume
Antimony	_SB	Proportion	ppb	none
API	API	Dimensionless	none	none
API (as received)	API_WET	Dimensionless	none	none
Aromatic Index	AIND	Proportion	%	W/V
Aromatics	ARO	Proportion	%	W/V
Aromatics (1-ring)	1RA	Proportion	%	W/V
Aromatics (1-ring,IP391)	1RA_IP391	Proportion	%	W/V
Aromatics (1-ring,UV)	1RA_UV	Proportion	%	W/V
Aromatics (1-ring,UV,molal)	1RA_UVMOL	Molality	mmol/100g	none
Aromatics (2-ring)	2RA	Proportion	%	W/V
Aromatics (2-ring,IP391)	2RA_IP391	Proportion	%	W/V
Aromatics (2-ring,UV)	2RA_UV	Proportion	%	W/V
Aromatics (2-ring,UV,molal)	2RA_UVMOL	Molality	mmol/100g	none
Aromatics (2-ring+)	2RP	Proportion	%	W/V
Aromatics (2-ring+,IP391)	2RP_IP391	Proportion	%	W/V
Aromatics (3-ring)	3RA	Proportion	%	W/V
Aromatics (3-ring,UV)	3RA_UV	Proportion	%	W/V
Aromatics (3-ring,UV,molal)	3RA_UVMOL	Molality	mmol/100g	none
Aromatics (3-ring+)	3RP	Proportion	%	W/V
Aromatics (3-ring+,IP391)	3RP_IP391	Proportion	%	W/V
Aromatics (3-ring+,UV,molal)	3RP_UVMOL	Molality	mmol/100g	none
Aromatics (4-ring)	4RA	Proportion	%	W/V
Aromatics (4-ring,UV)	4RA_UV	Proportion	%	W/V
Aromatics (4-ring,UV,molal)	4RA_UVMOL	Molality	mmol/100g	none
Aromatics (4-ring+)	4RP	Proportion	%	W/V
Aromatics (4-ring+,UV)	4RP_UV	Proportion	%	W/V
Aromatics (4-ring+,UV,molal)	4RP_UVMOL	Molality	mmol/100g	none
Aromatics (5-ring,UV)	5RA_UV	Proportion	%	W/V
Aromatics (5-ring+)	5RP	Proportion	%	W/V
Aromatics (5-ring+,UV)	5RP_UV	Proportion	%	W/V
Aromatics (5-ring+,UV,molal)	5RP_UVMOL	Molality	mmol/100g	none
Aromatics (6+7-ring,UV)	67RA_UV	Proportion	%	W/V
Aromatics (6-ring,UV)	6RA_UV	Proportion	%	W/V
Aromatics (6-ring+)	6RP	Proportion	%	W/V
Aromatics (6-ring+,UV)	6RP_UV	Proportion	%	W/V
Aromatics (6-ring+,UV,molal)	6RP_UVMOL	Molality	mmol/100g	none
Aromatics (7-ring+)	7RP	Proportion	%	W/V
Aromatics (7-ring+,UV)	7RP_UV	Proportion	%	W/V
Aromatics (7-ring+,UV,molal)	7RP_UVMOL	Molality	mmol/100g	none
Aromatics (ASTM D5186)	ARO_D5186	Proportion	%	W
Aromatics (CARB Diesel Mono)	ARO_CDM	Proportion	%	W/V
Aromatics (CARB Diesel Poly)	ARO_CDP	Proportion	%	W/V
Aromatics (CARB Diesel)	ARO_CD	Proportion	%	W/V
Aromatics (DHA)	ARO_DHA	Proportion	%	W/V
Aromatics (FIA)	ARO_FIA	Proportion	%	W/V
Aromatics (HPLC)	ARO_HPLC	Proportion	%	W
Aromatics (IP391)	ARO_IP391	Proportion	%	W/V
Aromatics (IP469)	ARO_IP469	Proportion	%	W
Aromatics (Pyrenes,UV)	PYR_UV	Proportion	%	W/V
Aromatics (Pyrenes,UV,molal)	PYR_UVMOL	Molality	mmol/100g	none
Aromatics (SFC)	ARO_SFC	Proportion	%	W
Aromatics (SFC,1-ring)	1RA_SFC	Proportion	%	W
Aromatics (SFC,polynuclear)	2RP_SFC	Proportion	%	W
Aromatics (UV)	ARO_UV	Proportion	%	W/V
Aromatics (UV,molal)	ARO_UVMOL	Molality	mmol/100g	none
Arsenic	_AS	Proportion	ppb	none
Ash	ASH	Proportion	%	W
Asphaltenes (C5)	ASP	Proportion	%	W
Asphaltenes (C7)	AS7	Proportion	%	W
ASTM Colour	ASTMCOL	Dimensionless	none	none
ASTM D1160 (vol)	D1160	Proportion	%	Cumulative	✓
ASTM D86 (vol)	D86	Proportion	%	Cumulative	✓
Average boiling point (D86)	ABP_D86	Temperature	C	none
Barium	_BA	Proportion	ppb	none
Basic Sediment & Water	BSW	Proportion	ppm	none
Benzene precursor	BZP	Proportion	%	W/V
Beryllium	_BE	Proportion	ppb	none
Biological Material	BIOMAT	Proportion	%	W/V
Boiling Point	TBP	Temperature	C	none
Boron	_BO	Proportion	ppb	none
Bromine	_BR	Proportion	proportion	none
butylcyclopentane	M2040-95-1	Proportion	%	W/V
C01P : methane	NP1	Proportion	%	W/V
C02M : ethyl mercaptan	C2MER	Proportion	%	W/V
C02O : ethene	C2E	Proportion	%	W/V
C02P- : C2 Paraffins and lower	C2MINUS	Proportion	%	W/V
C02P : ethane	NP2	Proportion	%	W/V
C03M : propyl mercaptan	C3MER	Proportion	%	W/V
C03O : propene	PRP	Proportion	%	W/V
C03P : propane	NP3	Proportion	%	W/V
C04N : cyclobutane	N04	Proportion	%	W/V
C04O : 1-2-butadiene	12BD	Proportion	%	W/V
C04O : 1-3-butadiene	13BD	Proportion	%	W/V
C04O : 1-butene	1C4E	Proportion	%	W/V
C04O : 2-butene	SYS-2C4E	Proportion	%	W/V
C04O : Butadienes	BUTADIENE	Proportion	%	W/V
C04O : Butene	BUT	Proportion	proportion	none
C04O : cis-2-butene	C2C4E	Proportion	%	W/V
C04O : isobutene	IC4E	Proportion	%	W/V
C04O : trans-2-butene	T2C4E	Proportion	%	W/V
C04P : C4 Paraffins	PR4	Proportion	%	W/V
C04P- : C4 Paraffins and lower	C4MINUS	Proportion	%	W/V
C04P : i-butane	IP4	Proportion	%	W/V
C04P : n-butane	NP4	Proportion	%	W/V
C05N : cyclopentane	N05	Proportion	%	W/V
C05O : C5 Olefins	C5OLE	Proportion	%	W/V
C05O : cyclopentadiene	CPENTADIENE	Proportion	%	W/V
C05O : cyclopentene	CPENTENE	Proportion	%	W/V
C05O : piperylene (pentadiene)	PIPERYLENE	Proportion	%	W/V
C05P : C5 Paraffins	PR5	Proportion	%	W/V
C05P : i-pentane	IP5	Proportion	%	W/V
C05P : neopentane	NEO	Proportion	%	W/V
C05P : n-pentane	NP5	Proportion	%	W/V
C06A : benzene	P11	Proportion	%	W/V
C06N : C6 Naphthenes	N06	Proportion	%	W/V
C06N : cyclohexane	P13	Proportion	%	W/V
C06N : methylcyclopentane	P08	Proportion	%	W/V
C06O : C6 Isoolefins	IOL6	Proportion	%	W/V
C06O : C6 n-Olefins	NOL6	Proportion	%	W/V
C06O : C6 Olefins	C6OLE	Proportion	%	W/V
C06P : 2,2-dimethylbutane	P01	Proportion	%	W/V
C06P : 2,3-dimethylbutane	P03	Proportion	%	W/V
C06P : 2-methylpentane	P04	Proportion	%	W/V
C06P : 3-methylpentane	P05	Proportion	%	W/V
C06P : C6 Dimethylbutanes	DMB	Proportion	%	W/V
C06P : C6 Dimethylpentanes	C6_MP	Proportion	%	W/V
C06P : C6 Isoparaffins	IP6	Proportion	%	W/V
C06P : C6 Paraffins	PR6	Proportion	%	W/V
C06P : n-hexane	NP6	Proportion	%	W/V
C07A : toluene	P36	Proportion	%	W/V
C07N : 1,1-dimethylcyclopentane	P16	Proportion	%	W/V
C07N : 1,cis-2-dimethylcyclopentane	P94	Proportion	%	W/V
C07N : 1,cis-3-dimethylcyclopentane	P18	Proportion	%	W/V
C07N : 1,trans-2-dimethylcyclopentane	P21	Proportion	%	W/V
C07N : 1,trans-3-dimethylcyclopentane	P19	Proportion	%	W/V
C07N : C7 Cyclopentanes	N07_PENT	Proportion	%	W/V
C07N : C7 Naphthenes	N07	Proportion	%	W/V
C07N : ethylcyclopentane	P27	Proportion	%	W/V
C07N : methylcyclohexane	P86	Proportion	%	W/V
C07O : C7 Isoolefins	IOL7	Proportion	%	W/V
C07O : C7 n-Olefins	NOL7	Proportion	%	W/V
C07P : 2,2,3-trimethylbutane	P10	Proportion	%	W/V
C07P : 2,2-dimethylpentane	P07	Proportion	%	W/V
C07P : 2,3-dimethylpentane	P15	Proportion	%	W/V
C07P : 2,4-dimethylpentane	P09	Proportion	%	W/V
C07P : 2-methylhexane	P14	Proportion	%	W/V
C07P : 3,3-dimethylpentane	P12	Proportion	%	W/V
C07P : 3-ethylpentane	P20	Proportion	%	W/V
C07P : 3-methylhexane	P17	Proportion	%	W/V
C07P : C7 Isoparaffins	IP7	Proportion	%	W/V
C07P : C7 Paraffins	PR7	Proportion	%	W/V
C07P : n-heptane	NP7	Proportion	%	W/V
C08A : C8 Aromatics	P66	Proportion	%	W/V
C08A : ethylbenzene	P38	Proportion	%	W/V
C08A : m-xylene	P40	Proportion	%	W/V
C08A : o-xylene	P42	Proportion	%	W/V
C08A : p-xylene	P39	Proportion	%	W/V
C08N : 1,1,2-trimethylcyclopentane	P85	Proportion	%	W/V
C08N : 1,1,3-trimethylcyclopentane	P25	Proportion	%	W/V
C08N : 1,1-dimethylcyclohexane	P88	Proportion	%	W/V
C08N : 1,cis-2,cis-3,trimethylcyclopentane	P107	Proportion	%	W/V
C08N : 1,cis-2,cis-4,trimethylcyclopentane	P99	Proportion	%	W/V
C08N : 1,cis-2,trans-3,trimethylcyclopentane	P97	Proportion	%	W/V
C08N : 1,cis-2,trans-4,trimethylcyclopentane	P96	Proportion	%	W/V
C08N : 1,cis-2-dimethylcyclohexane	P92	Proportion	%	W/V
C08N : 1,cis-3-dimethylcyclohexane	P87	Proportion	%	W/V
C08N : 1,cis-4-dimethylcyclohexane	P91	Proportion	%	W/V
C08N : 1,trans-2,cis-3-trimethylcyclopentane	P33	Proportion	%	W/V
C08N : 1,trans-2,cis-4-trimethylcyclopentane	P31	Proportion	%	W/V
C08N : 1,trans-2-dimethylcyclohexane	P89	Proportion	%	W/V
C08N : 1,trans-3-dimethylcyclohexane	P90	Proportion	%	W/V
C08N : 1,trans-4-dimethylcyclohexane	P102	Proportion	%	W/V
C08N : 1-methyl,1-ethylcyclopentane	P106	Proportion	%	W/V
C08N : 1-methyl,cis-2-ethylcyclopentane	P109	Proportion	%	W/V
C08N : 1-methyl,cis-3-ethylcyclopentane	P105	Proportion	%	W/V
C08N : 1-methyl,trans-2-ethylcyclopentane	P104	Proportion	%	W/V
C08N : 1-methyl,trans-3-ethylcyclopentane	P103	Proportion	%	W/V
C08N : C8 Cyclohexanes	N08_HEX	Proportion	%	W/V
C08N : C8 Cyclopentanes	N08_PENT	Proportion	%	W/V
C08N : C8 Dimethylcyclohexanes	N08_DMCH	Proportion	%	W/V
C08N : C8 Methylethylcyclopentanes	N08_MECP	Proportion	%	W/V
C08N : C8 Naphthenes	N08	Proportion	%	W/V
C08N : ethylcyclohexane	P93	Proportion	%	W/V
C08N : isopropylcyclopentane	P108	Proportion	%	W/V
C08N : n-propylcyclopentane	P110	Proportion	%	W/V
C08O : C8 Isoolefins	IOL8	Proportion	%	W/V
C08O : C8 n-Olefins	NOL8	Proportion	%	W/V
C08O : styrene	STYRENE	Proportion	%	W/V
C08P : 2,2,3,3-tetramethylbutane	P111	Proportion	%	W/V
C08P : 2,2,3-trimethylpentane	P29	Proportion	%	W/V
C08P : 2,2,4-trimethylpentane	P22	Proportion	%	W/V
C08P : 2,2-dimethylhexane	P26	Proportion	%	W/V
C08P : 2,3,3-trimethylpentane	P35	Proportion	%	W/V
C08P : 2,3,4-trimethylpentane	P34	Proportion	%	W/V
C08P : 2,3-dimethylhexane	P81	Proportion	%	W/V
C08P : 2,4-dimethylhexane	P30	Proportion	%	W/V
C08P : 2,5-dimethylhexane	P28	Proportion	%	W/V
C08P : 2-methyl,3-ethylpentane	P95	Proportion	%	W/V
C08P : 2-methylheptane	P82	Proportion	%	W/V
C08P : 3,3-dimethylhexane	P32	Proportion	%	W/V
C08P : 3,4-dimethylhexane	P98	Proportion	%	W/V
C08P : 3-ethylhexane	P101	Proportion	%	W/V
C08P : 3-methyl,3-ethylpentane	P100	Proportion	%	W/V
C08P : 3-methylheptane	P84	Proportion	%	W/V
C08P : 4-methylheptane	P83	Proportion	%	W/V
C08P : C8 Isoparaffins	IP8	Proportion	%	W/V
C08P : C8 Paraffins	PR8	Proportion	%	W/V
C08P : n-octane	NP8	Proportion	%	W/V
C09+ : C9 compounds and higher	C9PLUS	Proportion	%	W/V
C09A : 1,2,3-trimethylbenzene	P60	Proportion	%	W/V
C09A : 1,2,4-trimethylbenzene	P50	Proportion	%	W/V
C09A : 1,3,5-trimethylbenzene	P45	Proportion	%	W/V
C09A : 1-methyl-2-ethylbenzene	P48	Proportion	%	W/V
C09A : 1-methyl-3-ethylbenzene	1met3etben	Proportion	%	W/V
C09A : 1-methyl-4-ethylbenzene	1met4etben	Proportion	%	W/V
C09A : C9 Aromatics	P67	Proportion	%	W/V
C09A : indane	P64	Proportion	%	W/V
C09A : isopropylbenzene	P41	Proportion	%	W/V
C09A : n-propylbenzene	P43	Proportion	%	W/V
C09A+ : C9 Aromatics and higher	9UA	Proportion	%	W/V
C09N : 1,1,2-trimethylcyclohexane	112trimetcyhex	Proportion	%	W/V
C09N : 1,1,3-trimethylcyclohexane	P117	Proportion	%	W/V
C09N : 1,1,4-trimethylcyclohexane	114trimetcyhex	Proportion	%	W/V
C09N : 1,3,5-trimethylcyclohexane	135trimetcyhex	Proportion	%	W/V
C09N : 1,trans-2-diethylcyclopentane	1t2dietcypent	Proportion	%	W/V
C09N : C9 Cyclohexanes	N09_HEX	Proportion	%	W/V
C09N : C9 Cyclopentanes	N09_PENT	Proportion	%	W/V
C09N : C9 Naphthenes	N09	Proportion	%	W/V
C09N : r-1,t-2,c-4-trimethylcyclohexane	1t2c4trimetcyhex	Proportion	%	W/V
C09N+ : C9 Naphthenes and higher	9UN	Proportion	%	W/V
C09O : C9 Isoolefins	IOL9	Proportion	%	W/V
C09O : C9 n-Olefins	NOL9	Proportion	%	W/V
C09P : 2,2,3-trimethylhexane	P129	Proportion	%	W/V
C09P : 2,2,4-trimethylhexane	224trimethex	Proportion	%	W/V
C09P : 2,2,5-trimethylhexane	P113	Proportion	%	W/V
C09P : 2,2-dimethylheptane	P112	Proportion	%	W/V
C09P : 2,3,4-trimethylhexane	P123	Proportion	%	W/V
C09P : 2,3,5-trimethylhexane	P115	Proportion	%	W/V
C09P : 2,3-dimethylheptane	P114	Proportion	%	W/V
C09P : 2,4-dimethyl-3-ethylpentane	24dimet3etpent	Proportion	%	W/V
C09P : 2,4-dimethylheptane	P116	Proportion	%	W/V
C09P : 2,5-dimethylheptane	P118	Proportion	%	W/V
C09P : 2,6-dimethylheptane	P119	Proportion	%	W/V
C09P : 2-methyl-4-ethylhexane	P130	Proportion	%	W/V
C09P : 2-methyloctane	P126	Proportion	%	W/V
C09P : 3,3,4-trimethylhexane	334trimethex	Proportion	%	W/V
C09P : 3,3-dimethylheptane	P121	Proportion	%	W/V
C09P : 3,4-dimethylheptane	P124	Proportion	%	W/V
C09P : 3,5-dimethylheptane	P120	Proportion	%	W/V
C09P : 3-ethylheptane	P127	Proportion	%	W/V
C09P : 3-methyloctane	P128	Proportion	%	W/V
C09P : 4,4-dimethylheptane	P131	Proportion	%	W/V
C09P : 4-ethylheptane	P122	Proportion	%	W/V
C09P : 4-methyloctane	P125	Proportion	%	W/V
C09P : C9 Isoparaffins	IP9	Proportion	%	W/V
C09P : C9 Paraffins	PR9	Proportion	%	W/V
C09P : n- nonane	NP9	Proportion	%	W/V
C09P+ : C9 Isoparaffins and higher	9UIP	Proportion	%	W/V
C09P+ : C9 Paraffins and higher	9UP	Proportion	%	W/V
C10+ : C10 and higher	C10+	Proportion	%	W/V
C10A : 1,2,3,4-tetramethylbenzene	1234tetmetbenz	Proportion	%	W/V
C10A : 1,2,3,5-tetramethylbenzene	1235tetmetbenz	Proportion	%	W/V
C10A : 1,2,4,5-tetramethylbenzene	1245tetmetbenz	Proportion	%	W/V
C10A : 1,2-diethylbenzene	P58	Proportion	%	W/V
C10A : 1,2-dimethyl-3-ethylbenzene	12dimet3etbenz	Proportion	%	W/V
C10A : 1,2-dimethyl-4-ethylbenzene	P63	Proportion	%	W/V
C10A : 1,3-diethylbenzene	P55	Proportion	%	W/V
C10A : 1,3-dimethyl-2-ethylbenzene	13dimet2etbenz	Proportion	%	W/V
C10A : 1,3-dimethyl-4-ethylbenzene	P62	Proportion	%	W/V
C10A : 1,3-dimethyl-5-ethylbenzene	P57	Proportion	%	W/V
C10A : 1,4-diethylbenzene	P51	Proportion	%	W/V
C10A : 1,4-dimethyl-2-ethylbenzene	P61	Proportion	%	W/V
C10A : 1-methyl-2-isopropylbenzene	P53	Proportion	%	W/V
C10A : 1-methyl-2-isopropylbenzene	1met2isoproben	Proportion	%	W/V
C10A : 1-methyl-2-n-propylbenzene	P59	Proportion	%	W/V
C10A : 1-methyl-2-n-propylbenzene	1met2proben	Proportion	%	W/V
C10A : 1-methyl-3-isopropylbenzene	P47	Proportion	%	W/V
C10A : 1-methyl-3-isopropylbenzene	1met3isoproben	Proportion	%	W/V
C10A : 1-methyl-3-n-propylbenzene	P52	Proportion	%	W/V
C10A : 1-methyl-3-n-propylbenzene	1met3proben	Proportion	%	W/V
C10A : 1-methyl-4-isopropylbenzene	P49	Proportion	%	W/V
C10A : 1-methyl-4-isopropylbenzene	1met4isoproben	Proportion	%	W/V
C10A : 1-methyl-4-n-propylbenzene	P54	Proportion	%	W/V
C10A : 1-methyl-4-n-propylbenzene	1met4proben	Proportion	%	W/V
C10A : C10 Aromatics	P68	Proportion	%	W/V
C10A : isobutylbenzene	ibutbenz	Proportion	%	W/V
C10A : n-butylbenzene	P56	Proportion	%	W/V
C10A : sec-butylbenzene	P46	Proportion	%	W/V
C10A : tert-butylbenzene	tbutbenz	Proportion	%	W/V
C10A+ : C10 Aromatics and higher	P68P	Proportion	%	none
C10N : C10 Cyclohexanes	N10_HEX	Proportion	%	W/V
C10N : C10 Cyclopentanes	N10_PENT	Proportion	%	W/V
C10N : C10 Naphthenes	N10	Proportion	%	W/V
C10N : trans-1-methyl-2-propylcyclohexane	1tmet2nprocyhex	Proportion	%	W/V
C10N+ : C10 Naphthenes and higher	N10P	Proportion	%	none
C10O : C10 Isoolefins	IOL10	Proportion	%	W/V
C10O : C10 n-Olefins	NOL10	Proportion	%	W/V
C10P : 2,4,6-trimethylheptane	246trimethept	Proportion	%	W/V
C10P : 2,6-dimethyloctane	26dimetoct	Proportion	%	W/V
C10P : 2-methylnonane	2metnon	Proportion	%	W/V
C10P : 3-methylnonane	3metnon	Proportion	%	W/V
C10P : 4-methylnonane	4metnon	Proportion	%	W/V
C10P : C10 Isoparaffins	IPT	Proportion	%	W/V
C10P : C10 Paraffins	PRT	Proportion	%	W/V
C10P : n-decane	NPT	Proportion	%	W/V
C10P+ : C10 Isoparaffins and higher	IPTP	Proportion	%	none
C10P+ : C10 n-Paraffins and higher	NPTP	Proportion	%	none
C10P+ : C10 Paraffins and higher	PRTP	Proportion	%	none
C11A : C11 Aromatics	P65	Proportion	%	W/V
C11A : n-pentylbenzene	npentbenz	Proportion	%	W/V
C11A+ : C11 Aromatics and higher	C11A+	Proportion	%	W/V
C11N : C11 Cyclohexanes	N11_HEX	Proportion	%	W/V
C11N : C11 Cyclopentanes	N11_PENT	Proportion	%	W/V
C11N : C11 Naphthenes	N11	Proportion	%	W/V
C11O : C11 Isoolefins	IOL11	Proportion	%	W/V
C11O : C11 n-Olefins	NOL11	Proportion	%	W/V
C11P : 2-methyldecane	2metdec	Proportion	%	W/V
C11P : 4-methyldecane	4metdec	Proportion	%	W/V
C11P : C11 Isoparaffins	IPE	Proportion	%	W/V
C11P : C11 Paraffins	PRE	Proportion	%	W/V
C11P : n-undecane	NPE	Proportion	%	W/V
C12A : C12 Aromatics	P69	Proportion	%	W/V
C12A+ : C12 Aromatics and higher	P70	Proportion	%	W/V
C12N : C12 Cyclohexanes	N12_HEX	Proportion	%	W/V
C12N : C12 Cyclopentanes	N12_PENT	Proportion	%	W/V
C12N : C12 Naphthenes	N12	Proportion	%	W/V
C12P : C12 Isoparaffins	IPD	Proportion	%	W/V
C12P : C12 Paraffins	PRD	Proportion	%	W/V
C12P : n-dodecane	NPD	Proportion	%	W/V
C12S+ : C12 Saturates and higher	P71	Proportion	%	W/V
C13A : C13 Aromatics	A13	Proportion	%	W/V
C13N : C13 Naphthenes	N13	Proportion	%	W/V
C13P : C13 Paraffins	PR13	Proportion	%	W/V
C14A : C14 Aromatics	A14	Proportion	%	W/V
C14N : C14 Naphthenes	N14	Proportion	%	W/V
C14P : C14 Paraffins	PR14	Proportion	%	W/V
C15A : C15 Aromatics	A15	Proportion	%	W/V
C15N : C15 Naphthenes	N15	Proportion	%	W/V
C15P : C15 Paraffins	PR15	Proportion	%	W/V
C16+ : C16 and higher	C16+	Proportion	%	W/V
Cadmium	_CD	Proportion	ppb	W
Caesium	_CS	Proportion	ppb	none
Calcium	_CA	Proportion	ppb	W
Calculated Carbon Aromaticity Index	CCAI	Dimensionless	none	none
Calorific Value	CAL	Calorific Value	kJ/kg	W
Calorific Value (By Volume)	SYS-CAL_V	Gross Heating per volume	mmBTU/bbl	W
CARB Diesel Saturates	CARB_SAT	Proportion	%	W/V
Carbon	__C	Proportion	%	W
Carbon (Carlo Erba)	CARB_CE	Proportion	%	W
Carbon dioxide	CO2	Proportion	%	none
Carbon monoxide	COG	Proportion	proportion	none
Carbon Residue (Conradson)	CON	Proportion	%	W
Carbon Residue (MCRT)	MCRT	Proportion	%	W
Carbon Residue (Ramsbottom)	RAM	Proportion	%	W
Carbon to hydrogen ratio	CHR	Proportion	proportion	none
Carbon to hydrogen ratio for Aromatics	CHA	Proportion	proportion	V
Carbon to hydrogen ratio for Naphthenes	CHN	Proportion	proportion	V
Carbon to hydrogen ratio for Paraffins	CHP	Proportion	proportion	V
Catalyst Usage	CATALYST	Mass	tonne	none
Cetane Index	CETIND	Dimensionless	none	none
Cetane Index (D4737-90)	CET	Dimensionless	none	none
Cetane Index (D976)	CT3	Dimensionless	none	none
Cetane Index (IP-218)	CT2	Dimensionless	none	none
Cetane Index (IP380)	CT4	Dimensionless	none	none
Cetane Number	CETNUM	Dimensionless	none	V
Chlorine	CHL	Proportion	proportion	none
Chromium	_CR	Proportion	ppb	none
cis-1-ethyl-2-methylcyclohexane	M4923-77-7	Proportion	%	W/V
cis-1-ethyl-3-methylcyclohexane	M19489-10-2	Proportion	%	W/V
cis-1-ethyl-4-methylcyclohexane	M4926-78-7	Proportion	%	W/V
cis-octahydroindene	M4551-51-3	Proportion	%	W/V
Cloud Point	CPT	Temperature	C	Volume
Cloud Point Index	CPTI	Dimensionless	none	none
Cobalt	_CO	Proportion	ppb	none
Cold Filter Plugging Point	CFPP	Temperature	C	W
Cooling Water	WATER-COOL	Volume	m3	none
Copper	_CU	Proportion	ppm	W
Cracked Material	CRACKED	Proportion	%	W/V
Credits Biodiesel	C-BIODIESEL	Dimensionless	none	none
Credits Ethanol	C-ETOH	Dimensionless	none	none
Credits Renewables	C-RENEWABLES	Dimensionless	none	none
Critical Density	CRD	Density	g/cc	none
Critical Pressure	CRP	Pressure	atm	none
Critical Temperature	CRT	Temperature	C	none
Critical Volume	CRV	Molar Volume	m3/mol	none
CsubA	CSA	Proportion	%	W
CsubN	CSN	Proportion	%	none
CsubP	CSP	Proportion	%	none
Cumulative Yield	CUM	Proportion	%	Cumulative	✓
cyclohexane + 3,3-dimethylpentane	CYCC6+23DMP	Proportion	%	W/V
Cyclo-Olefins	COL	Proportion	%	W/V
cyclopentane+2,3-dimethylbutane	CP+23DMB	Proportion	%	W/V
cyclopentene	M142-29-0	Proportion	%	W/V
D1160 (vol) boiling point	D1160P	Temperature	C	Cumulative		✓
D1160 Yield	D1160YLD	Proportion	%	Cumulative
D86 (vol) boiling point	D86P	Temperature	C	Cumulative		✓
D86 Yield	D86YLD	Proportion	%	Cumulative
decahydronaphthalene	M91-17-8	Proportion	%	W/V
Density	DEN	Density	g/cc	V	✓
Density (as received)	DEN_WET	Density	g/cc	V	✓
Density of Aromatics	DAM	Density	g/cc	none
Density of Naphthalenes	DNH	Density	g/cc	none
Density of Naphthenes	DNA	Density	g/cc	none
Density of n-Paraffins	DNP	Density	g/cc	none
Density of Olefins	DOL	Density	g/cc	none
Density of Paraffins	DPA	Density	g/cc	none
Diamondoids	DIA	Proportion	proportion	none
Diesel Index	DSL	Dimensionless	none	none
di-Naphthenes	DNAP	Proportion	%	W/V
Ductility	DUC	Distance	cm	W	✓
Electricity	ELEC	Energy	MWh	none
Esthers	ESTH	Proportion	%	W/V
ETBE Content	ETBE	Proportion	%	W/V
ethanol	ETHANOL	Proportion	%	W/V
ethylcyclohexane + propylcyclopentane	P93P110	Proportion	%	W/V
ethylcyclopentane + 2,5-dimethylhexane	ECYCC5+25DMH	Proportion	%	W/V
Expanded Density	EXD	Density	g/cc	V	✓
FAME Content	FAME	Proportion	%	W/V
Final Vapour Temperature	VPT	Temperature	C	none
Flash Point	FLA	Temperature	C	Volume
Flash Point Index	FLAI	Dimensionless	none	none
Flocculation Ratio (FR Max)	FLOC	Dimensionless	none	W
Freeze Point	FPT	Temperature	C	Volume
Freeze Point Index	FPTI	Dimensionless	none	none
Fuel	FUEL	Energy	GJ	none
Fuel from Coke	FUEL-COKE	Energy	GJ	none
Fuel from Fuel Gas	FUEL-FG	Energy	GJ	none
Fuel from Fuel Oil	FUEL-FO	Energy	GJ	none
Gas to Liquids Content (GTL)	GTL	Proportion	%	W/V
H/C atomic ratio	HCR	Proportion	proportion	none
Helium Gas	HE	Proportion	%	none
Higher Boiling Non-Aromatics	P37	Proportion	%	W/V
Hydrogen	_H2	Proportion	%	W
Hydrogen (Carlo Erba)	HYD_CE	Proportion	%	W
Hydrogen (NMR)	HYD_NMR	Proportion	%	W
Hydrogen Chloride (Potential)	POHCL	Proportion	proportion	W/V
Hydrogen Gas	H2G	Proportion	%	W/V
Hydrogen Sulphide	H2S	Proportion	ppm	W/V
Hydrogen Sulphide (Dissolved)	HSD	Proportion	ppm	W
Hydrogen Sulphide (Evolved)	HSE	Proportion	ppm	W
Hydrogen Sulphide (Potential)	POH2S	Proportion	ppm	W/V
i-butylcyclohexane	M1678-98-4	Proportion	%	W/V
Initial Boiling Point	RES_IBP	Temperature	C	none
Insolubles (HPLC)	INSOL_HPLC	Proportion	%	W
i-propylcyclopentane+	P108P91	Proportion	%	W/V
Iron	IRO	Proportion	ppm	W
iso,secbbenz+135tmbenz	ISBB+135TMB	Proportion	%	W/V
isoamylenes	ISOAMY	Proportion	%	W/V
Isoolefins	IOL	Proportion	%	W/V
isoParaffins	IPA	Proportion	%	W/V
isoParaffins (DHA)	IPAR_DHA	Proportion	%	W/V
isoParaffins to n-Paraffins ratio	INR	Proportion	ratio	none
isopentylcyclohexane	M54105-76-9	Proportion	%	W/V
isopropylcyclohexane	M696-29-7	Proportion	%	W/V
Lead	_PB	Proportion	ppb	none
Lithium	_LI	Proportion	ppb	none
Luminometer Number	LUM	Dimensionless	none	none
Magnesium	_MG	Proportion	ppb	none
Manganese	_MN	Proportion	ppb	none
Mass Flow Rate	FLOWW	Mass Flow Rate	kg/s	W
Mean boiling point	ABP	Temperature	C	W/V
Mercury	_HG	Proportion	ppb	W
MetCycHex + 1cis2DiMetCycPen + 2233TetMetBut	P24	Proportion	%	W/V
methanol	MEOH	Proportion	%	W/V
methylcycloheptane	M4126-78-7	Proportion	%	W/V
Methyl-naphthalene insolubles	MNINS	Proportion	proportion	none
methylpropylcyclohexane	M26967-64-6	Proportion	%	W/V
Molar Yield	MOLYLD	Proportion	%	Cumulative
Molecular weight	MWT	mole	g/mol	Mole
Molybdenum	_MO	Proportion	ppb	none
Motor Octane Number	MON	Dimensionless	none	V
Motor Octane Number (Leaded)	MON_LEAD	Dimensionless	none	V
MTBE Content	MTBE	Proportion	%	W/V
Multiring aromatics	MRA	Proportion	%	none
m-xylene + p-xylene	MPXYL	Proportion	%	W/V
N+2.5A	N+2.5A	Proportion	%	W/V
N+2A	N+2A	Proportion	%	W/V
N+3.5A	N+3.5A	Proportion	%	W/V
naphthalene	M91-20-3	Proportion	%	W/V
Naphthalenes	NPH	Proportion	%	W/V
Naphthenes	NAP	Proportion	%	W/V
Naphthenes (DHA)	NAP_DHA	Proportion	%	W/V
Naphthenes + Cyclo-Olefins	NAPCOL	Proportion	%	W/V
Naphthenic Acidity	NACI	Acidity	mgKOH/g	W
n-butylcyclohexane	M1678-93-9	Proportion	%	W/V
New Property	SYS-PROP001	Dimensionless	none	W
n-hexylbenzene	M1077-16-3	Proportion	%	W/V
Nickel	NIK	Proportion	ppm	W
Nickel + Vanadium	NIK+VAN	Proportion	ppm	W
Nickel in Asphaltenes	NAS	Proportion	proportion	none
Nitrogen (Basic)	BN2	Proportion	ppm	W
Nitrogen (Total)	TN2	Proportion	ppm	W
Nitrogen concentration (Total)	TN2CON	Density	mg/l	none
Nitrogen Gas	N2G	Proportion	proportion	none
Nitrogen in Ramsbottom Carbon	NRA	Proportion	%	none
n-Olefins	NOL	Proportion	%	W/V
Non Volatile Coke (NVC)	NVC	Proportion	%	W
n-Paraffins	NPA	Proportion	%	W/V
n-Paraffins (DHA)	NPAR_DHA	Proportion	%	W/V
n-Paraffins by GC (ASTM D5442)	NPAR_GC	Proportion	%	W
n-pentane insolubles	NPI	Proportion	%	W
n-propylcyclohexane	M1678-92-8	Proportion	%	W/V
n-tetradecane	M629-59-4	Proportion	%	W/V
n-tridecane	M629-50-5	Proportion	%	W/V
octahydro-1H-indene	M496-10-6	Proportion	%	W/V
octahydro-pentalene	M694-72-4	Proportion	%	W/V
Odour	ODO	Dimensionless	none	none
Oil in Wax	OIL_IN_WAX	Proportion	%	W
Oils	OIL	Proportion	proportion	none
Olefins	OLE	Proportion	%	W/V
Olefins (FIA)	OLE_FIA	Proportion	%	W/V
Organic Acids	OACI	Proportion	proportion	W
Organic Chloride	OCHL	Proportion	ppm	W
Organic Oxygen	OO2	Proportion	proportion	none
Oxygen	OXY	Proportion	proportion	W
Oxygen content from ETBE	OXY_ETBE	Proportion	%	W
Oxygen content from Ethanol	OXY_ETHANOL	Proportion	%	W
Oxygen content from MTBE	OXY_MTBE	Proportion	%	W
Oxygen content from TAME	OXY_TAME	Proportion	%	W
Oxygen Gas	O2G	Proportion	proportion	none
Oxygenates	OXYGENATES	Proportion	%	W/V
Palladium	_PD	Proportion	ppb	none
Paraffins	PAR	Proportion	%	W/V
Paraffins (DHA)	PAR_DHA	Proportion	%	W/V
Penetration	PEN	Distance	mm/10	Weight	✓
Peptizing Power	PEPT	Dimensionless	none	W
Percentage	PCT	Proportion	%	none
Phosphorus	__P	Proportion	ppb	W
Platinum	_PT	Proportion	ppb	none
Polar Compounds (HPLC)	POL_HPLC	Proportion	%	W
poly-Naphthene	P72	Proportion	%	W/V
poly-Naphthenes	PNAP	Proportion	%	W/V
Potassium	__K	Proportion	ppb	none
Pour Point	PPT	Temperature	C	Volume
Pour Point (Min)	PPT_MIN	Temperature	C	W
Pour Point Index	PPI	Dimensionless	none	none
Processing Water	WATER-PROC	Volume	m3	none
propan-1-ol	M71-23-8	Proportion	%	W/V
Pseudo	PSEUDO	Proportion	proportion	none
P-Value	PVALUE	Dimensionless	none	none
r-1,c-2,c-3,c-4-tetramethylcyclopentane	M2532-65-2	Proportion	%	W/V
r-1,c-2,c-3-trimethylcyclohexane	M1839-88-9	Proportion	%	W/V
r-1,c-2,t-3-trimethylcyclohexane	M7667-55-2	Proportion	%	W/V
r-1,c-3,c-5-trimethylcyclohexane	M1795-27-3	Proportion	%	W/V
r-1,c-3,t-5-trimethylcyclohexane	M1795-26-2	Proportion	%	W/V
r-1,t-2,t-4-trimethylcyclohexane	M7667-60-9	Proportion	%	W/V
Refractive Index	REF	Dimensionless	none	W	✓
Reid Vapour Pressure	RVP	Pressure	psi	Volume
Reid Vapour Pressure (whole-crude)	RVP_WC	Pressure	psi	Volume
Research Octane Number	RON	Dimensionless	none	V
Research Octane Number (Leaded)	RON_LEAD	Dimensionless	none	V
Residue Yield	RES_YLD	Proportion	%	none
Resins	RSS	Proportion	proportion	none
Resins A	RSA	Proportion	proportion	none
Resins A (IP469)	RSA_IP469	Proportion	%	W
Resins B	RSB	Proportion	proportion	none
Resins B (IP469)	RSB_IP469	Proportion	%	W
RFG Exhaust Benzene	RFG_ExBen	Mass per unit length	mg/mi	none
RFG Exhaust Benzene reduction	RFG_ExBenRed	Proportion	%	none
RFG Exhaust Toxins	RFG_ExTox	Mass per unit length	mg/mi	none
RFG Exhaust Toxins reduction	RFG_ExToxRed	Proportion	%	none
RFG NOX	RFG_NOX	Mass per unit length	mg/mi	none
RFG NOX reduction	RFG_NOXRed	Proportion	%	none
RFG Toxics	RFG_Tox	Mass per unit length	mg/mi	none
RFG Toxics reduction	RFG_ToxRed	Proportion	%	none
RFG VOC	RFG_VOC	Mass per unit length	mg/mi	none
RFG VOC reduction	RFG_VOCRed	Proportion	%	none
Rhenium	_RE	Proportion	ppb	none
Ring Index	RIND	Proportion	%	W/V
Road Octane Number (DON)	DON	Dimensionless	none	V
Road Octane Number (DON) (Leaded)	DON_LEAD	Dimensionless	none	V
Rubidium	_RB	Proportion	ppb	none
Ruthenium	_RU	Proportion	ppb	none
Salt	SALW	Proportion	ppm	W
Salt (wt/vol)	SAL	Density	g/cc	none
Saturated rings	STR	Proportion	%	W/V
Saturates	P+N	Proportion	%	W/V
Saturates (FIA)	SAT_FIA	Proportion	%	W/V
Saturates (HPLC)	SAT_HPLC	Proportion	%	W
Saturates (IP469)	SAT_IP469	Proportion	%	W
Saybolt Colour	SAYCOL	Dimensionless	none	none
sec-butylcyclopentane	M4850-32-2	Proportion	%	W/V
sec-pentylbenzene	M29316-05-0	Proportion	%	W/V
Sediment	SEDM	Proportion	ppm	W/V
Selenium	_SE	Proportion	ppb	none
Silicon	_SI	Proportion	ppb	W
Silver	_AG	Proportion	ppb	none
Simdis (API 1994)	SIM	Proportion	%	Cumulative	✓
Simdis (API 1994) boiling point	SIMP	Temperature	C	Cumulative		✓
Simdis (API 1994) Yield	SIMYLD	Proportion	%	Cumulative
Smoke Point	SMO	Distance	mm	Volume
Sodium	_NA	Proportion	ppm	W
Softening Point	SOF	Temperature	C	W
Solids	SOL	Proportion	proportion	W
Specific gravity	SPG	Dimensionless	none	none	✓
Specific Volume	SPV	Specific Volume	cc/g	W	✓
Steam	STEAM	Mass	tonne	none
Steam (High Pressure)	STEAM-HP	Mass	tonne	none
Steam (Low Pressure)	STEAM-LP	Mass	tonne	none
Steam (Mid Pressure)	STEAM-MP	Mass	tonne	none
Steam (Very High Pressure)	STEAM-VHP	Mass	tonne	none
Still Pressure	SPR	Pressure	atm	none
Strontium	_SR	Proportion	ppb	none
Sulphur (Elemental)	ELEM_SUL	Proportion	%	W
Sulphur (Mercaptan - Whole Crude)	SYS-MER_WC	Proportion	ppm	W
Sulphur (Mercaptan)	MER	Proportion	ppm	W
Sulphur (Sulphidic)	SPH	Proportion	%	W
Sulphur (Thiophenic)	THI	Proportion	%	W
Sulphur (Total)	SUL	Proportion	%	W
Sulphur in Asphaltenes	SAS	Proportion	proportion	W
Sulphur in Ramsbottom Carbon	SRA	Proportion	%	W
TAME Content	TAME	Proportion	%	W/V
Temperature	TMP	Temperature	C	none
tert-butylcyclopentane	M3875-52-3	Proportion	%	W/V
Thallium	_TL	Proportion	ppb	none
Thiophenes	TPH	Proportion	%	W/V
Tin	_SN	Proportion	ppb	none
Titanium	_TI	Proportion	ppb	none
toluene + 2,3,3-trimethylpentane	P36P	Proportion	%	W/V
Toluene Insolubles	TOLINS	Proportion	proportion	none
Total > 200 C	TOT200	Proportion	%	W/V
Total Polar Content	POL	Proportion	%	none
Total unknowns	TOTUNK	Proportion	%	W/V
trans-1,1,3,4-tetramethylcyclopentane	M20309-77-7	Proportion	%	W/V
trans-1-ethyl-2-methylcyclohexane	M4923-78-8	Proportion	%	W/V
trans-1-ethyl-4-methylcyclohexane	M6236-88-0	Proportion	%	W/V
True boiling point	CUMP	Temperature	C	Cumulative		✓
True Vapour Pressure	TVP	Pressure	atm	Mole	✓
Tungsten	__W	Proportion	ppb	none
Unknown	EMPTY	Dimensionless	none	none
UOPK	WTK	Dimensionless	none	none
Vanadium	VAN	Proportion	ppm	W
Vanadium in Asphaltenes	VAS	Proportion	proportion	none
Vapor-Liquid Ratio Temperature (V/L=20)	VLRT	Temperature	F	V
Vapour-Liquid Ratio	VLR	Proportion	ratio	V	✓
Variable Operating Costs	VARCOST	Dollar	$	none
Viscosity (absolute)	VIS_ABS	Absolute Viscosity	cp	none	✓
Viscosity (kinematic)	VIS	Kinematic Viscosity	cSt	W	✓
Viscosity (Redwood 1)	VIS_RED1	Dimensionless	none	none	✓
Viscosity (SSF)	VIS_SSF	Dimensionless	none	none	✓
Viscosity (SSU)	VIS_SSU	Dimensionless	none	none	✓
Viscosity Index	VSI	Dimensionless	none	none
Viscosity Slope (ASTM D341)	D341SLOPE	Dimensionless	none	none
Volume	VOL	Volume	cc	Cumulative
Volume Expansion	VEX	Proportion	%	none
Volume Flow Rate	FLOWV	Volume Flow Rate	m3/s	V
Water	H2O	Proportion	%	W/V
Water (volume)	WATER-VOL	Volume	m3	none
Wax	WAX	Proportion	%	W
Wax (Congealing Point Paraffin)	CPPWAX	Temperature	C	V
Wax (Congealing Point)	CPWAX	Temperature	C	V
Wax (Paraffin)	PWAX	Proportion	%	W
Wax Appearance Temperature	WAXAT	Temperature	C	none
Wax Melting Point	WMP	Temperature	C	none
Weight	WEI	Mass	g	Cumulative
Xylene Equivalent	XYL	Dimensionless	none	none
Yield	YLD	Proportion	%	Cumulative
Yield (Differential)	DIFFYLD	Proportion per unit Temperature	%/C	none
Yield On Input	YLD_IN	Proportion	%	Cumulative
Zinc	_ZN	Proportion	ppb	W
Zirconium	_ZR	Proportion	ppb	none

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