Unified Supply Chain Assay

Pure component data

Save PDF

Pure component data

Save PDF

Last UpdatedAug 14, 2026
31 minute read

Shown below is a table of the pure components represented in the product. For each component the boiling point of the molecule at 1 atm is shown in Celsius °C.

Component	Boiling point (°C)	Density @ 15°C (g/cc)	Formula	Molecular weight (g/mol)
Methane	-161.501	0.26	CH4	16.0426
Ethene	-103.71	0.5699	C2H2	26.0378
Ethane	-88.6022	0.358	CH3CH3	30.0694
Hydrogen sulphide	-60.3	0.993	H2S	34.082
Propene	-47.7	0.5226	C3H6	42.0804
Propane	-42.1019	0.5076	CH3CH2CH3	44.0962
Isobutane	-12.0439	0.5633	CH3CH(CH3)CH3	58.123
Isobutene	-6.89965	0.5942	C4H8	56.1072
1-butene	-6.25949	0.5961	C4H8	56.1072
1-3-butadiene	-4.41088	0.6274	C4H6	54.0914
N-butane	-0.485291	0.5847	C4H10	58.123
Trans-2-butene	0.880125	0.6042	C4H8	56.1072
Cis-2-butene	3.72032	0.6213	C4H8	56.1072
2,2-dimethylpropane	9.47607	0.5967	C5H12	72.1498
1-2-butadiene	10.8534	0.657	C4H6	54.0914
Isopentane	27.8752	0.62463	C5H12	72.1498
N-pentane	36.0425	0.63087	C5H12	72.1498
Cyclopentane	49.2624	0.75016	C5H10	70.134
2,2-dimethylbutane	49.741	0.6539	C6H14	86.1766
2,3-dimethylbutane	57.9879	0.66622	C6H14	86.1766
2-methylpentane	60.2719	0.65774	C6H14	86.1766
3-methylpentane	63.2822	0.66878	C6H14	86.1766
N-hexane	68.7444	0.66382	C6H14	86.1766
Methylcyclopentane	71.8119	0.75338	C6H12	84.1608
2,2-dimethylpentane	79.1976	0.67805	C7H16	100.203
Benzene	80.1	0.88415	C6H6	78.1134
2,4-dimethylpentane	80.5007	0.6771	C7H16	100.203
Cyclohexane	80.7327	0.78312	C6H12	84.1608
2,2,3-trimethylbutane	80.8827	0.6944	C7H16	100.203
3,3-dimethylpentane	86.0646	0.69741	C7H16	100.203
1,1-dimethylcyclopentanE	87.8462	0.75897	C7H14	98.1876
2,3-dimethylpentane	89.7841	0.69938	C7H16	100.203
2-methylhexane	90.0524	0.68285	C7H16	100.203
1,cis-3-dimethylcyclopeNtane	90.7733	0.74934	C7H14	98.1876
1,trans-3-dimethylcycloPentane	91.7253	0.7532	C7H14	98.1876
3-methylhexane	91.8505	0.6915	C7H16	100.203
1,trans-2-dimethylcycloPentane	91.8698	0.75592	C7H14	98.1876
3-ethylpentane	93.4751	0.70258	C7H16	100.203
N-heptane	98.4297	0.68799	C7H16	100.203
2,2,4-trimethylpentane	99.2385	0.69597	C8H18	114.23
1,cis-2-dimethylcyclopeNtane	99.5327	0.77707	C7H14	98.1876
Methylcyclohexane	100.934	0.77369	C7H14	98.1876
Ethylcyclopentane	103.466	0.77084	C7H14	98.1876
1,1,3-trimethylcyclopentAne	104.893	0.75256	C8H16	112.214
2,2,3,3-tetramethylbutanE	106.469	0.7219	C8H18	114.23
2,2-dimethylhexane	106.84	0.69949	C8H18	114.23
2,5-dimethylhexane	109.103	0.69773	C8H18	114.23
1,trans-2,cis-4-trimethylCyclopentane	109.29	0.7516	C8H16	112.214
2,4-dimethylhexane	109.429	0.70447	C8H18	114.23
2,2,3-trimethylpentane	109.841	0.71999	C8H18	114.23
1,trans-2,cis-3-trimethylCyclopentane	110.202	0.7579	C8H16	112.214
Toluene	110.625	0.87144	C7H8	92.1402
3,3-dimethylhexane	111.969	0.71407	C8H18	114.23
2,3,4-trimethylpentane	113.467	0.72304	C8H18	114.23
1,1,2-trimethylcyclopentAne	113.729	0.77691	C8H16	112.214
2,3,3-trimethylpentane	114.76	0.73005	C8H18	114.23
2,3-dimethylhexane	115.607	0.71631	C8H18	114.23
2-methyl,3-ethylpentane	115.65	0.72336	C8H18	114.23
1,cis-2,trans-4-trimethylCyclopentane	116.731	0.76771	C8H16	112.214
2,11-dimethyl-dodecane	117		C14H30	198.391
1,cis-2,trans-3-trimethylCyclopentane	117.502	0.7746	C8H16	112.214
2-methylheptane	117.648	0.70188	C8H18	114.23
4-methylheptane	117.709	0.7088	C8H18	114.23
3,4-dimethylhexane	117.725	0.72336	C8H18	114.23
1,cis-2,cis-4-trimethylcyClopentane	118.02	0.7758	C8H16	112.214
3-methyl,3-ethylpentane	118.259	0.73119	C8H18	114.23
3-ethylhexane	118.534	0.71759	C8H18	114.23
3-methylheptane	118.926	0.70989	C8H18	114.23
1,trans-4-dimethylcycloHexane	119.358	0.7668	C8H16	112.214
1,1-dimethylcyclohexanE	119.549	0.78505	C8H16	112.214
1,cis-3-dimethylcycloheXane	120.096	0.77013	C8H16	112.214
1-methyl,trans-3-ethylcyClopentane	120.801	0.771	C8H16	112.214
1-methyl,trans-2-ethylcyClopentane	121.196	0.773	C8H16	112.214
1-methyl,cis-3-ethylcyclOpentane	121.397	0.771	C8H16	112.214
1-methyl,1-ethylcyclopeNtane	121.523	0.78521	C8H16	112.214
2,2,4,4-tetramethylpentaNe	122.284	0.72331	C9H20	128.257
1,cis-2,cis-3-trimethylcyClopentane	122.997	0.7833	C8H16	112.214
1,trans-2-dimethylcycloHexane	123.426	0.7799	C8H16	112.214
2,2,5-trimethylhexane	124.084	0.71923	C9H20	128.257
1,cis-4-dimethylcycloheXane	124.328	0.78697	C8H16	112.214
1,trans-3-dimethylcycloHexane	124.458	0.78889	C8H16	112.214
N-octane	125.675	0.70652	C8H18	114.23
I-propylcyclopentane	126.419	0.78035	C8H16	112.214
2,2,4-trimethylhexane	126.544	0.7193	C9H20	128.257
1-methyl,cis-2-ethylcyclOpentane	128.05	0.78937	C8H16	112.214
1,cis-2-dimethylcycloheXane	129.738	0.80027	C8H16	112.214
2,4,4-trimethylhexane	130.649	0.72747	C9H20	128.257
Propylcyclopentane	130.95	0.78038	C8H16	112.214
2,3,5-trimethylhexane	131.337	0.726	C9H20	128.257
Ethylcyclohexane	131.795	0.79189	C8H16	112.214
2,2-dimethylheptane	132.689	0.7144	C9H20	128.257
2,4-dimethylheptane	132.893	0.7192	C9H20	128.257
2,2,3,4-tetramethylpentaNe	133.016	0.74271	C9H20	128.257
2,2,3-trimethylhexane	133.601	0.7333	C9H20	128.257
2-methyl-4-ethylhexane	133.757	0.7276	C9H20	128.257
2,2-dimethyl-3-ethylpentAne	133.826	0.7385	C9H20	128.257
2,6-dimethylheptane	135.209	0.713	C9H20	128.257
4,4-dimethylheptane	135.237	0.7296	C9H20	128.257
2,5-dimethylheptane	135.987	0.7208	C9H20	128.257
3,5-dimethylheptane	136.009	0.7262	C9H20	128.257
Ethylbenzene	136.186	0.87139	C8H10	106.167
2,4-dimethyl-3-ethylpentAne	136.688	0.7418	C9H20	128.257
3,3-dimethylheptane	137.025	0.7296	C9H20	128.257
2,3,3-trimethylhexane	137.677	0.7414	C9H20	128.257
2-methyl-3-ethylhexane	138.022	0.7375	C9H20	128.257
P-xylene	138.351	0.8653	C8H10	106.167
2,3,4-trimethylhexane	139.036	0.743	C9H20	128.257
M-xylene	139.103	0.86834	C8H10	106.167
2,2,3,3-tetramethylpentaNe	140.274	0.76031	C9H20	128.257
3-methyl-4-ethylhexane	140.395	0.7437	C9H20	128.257
3,3,4-trimethylhexane	140.458	0.7495	C9H20	128.257
2,3-dimethylheptane	140.463	0.7299	C9H20	128.257
3-methyl-3-ethylhexane	140.559	0.7451	C9H20	128.257
3,4-dimethylheptane	140.583	0.7353	C9H20	128.257
4-ethylheptane	141.168	0.7322	C9H20	128.257
2,3,3,4-tetramethylpentaNe	141.552	0.75842	C9H20	128.257
4-methyloctane	142.425	0.7242	C9H20	128.257
3-ethylheptane	143.021	0.7306	C9H20	128.257
2-methyloctane	143.258	0.7173	C9H20	128.257
3-methyloctane	144.214	0.7242	C9H20	128.257
O-xylene	144.411	0.88438	C8H10	106.167
2,3-dimethyl-3-ethylpentAne	144.736	0.7588	C9H20	128.257
3,3-diethylpentane	146.169	0.75711	C9H20	128.257
N-nonane	150.798	0.72144	C9H20	128.257
Isopropylbenzene	152.393	0.86594	C9H12	120.194
N-propylcyclohexane	156.746	0.79732	C9H18	126.241
Propylbenzene	159.217	0.8661	C9H12	120.194
1-methyl-3-ethylbenzenE	161.305	0.86866	C9H12	120.194
1-methyl-4-ethylbenzenE	161.991	0.8653	C9H12	120.194
1,3,5-trimethylbenzene	164.717	0.86915	C9H12	120.194
5-methylnonane	165.148	0.7365	C10H22	142.284
1-methyl-2-ethylbenzenE	165.153	0.88467	C9H12	120.194
4-methylnonane	165.671	0.7362	C10H22	142.284
2-methylnonane	166.996	0.7304	C10H22	142.284
3-methylnonane	167.806	0.7373	C10H22	142.284
Tert-butylbenzene	169.144	0.87059	C10H14	134.221
1,2,4-trimethylbenzene	169.351	0.87985	C9H12	120.194
3-ethyl-tetradecane	170		C16H34	226.445
Isobutylbenzene	172.789	0.8573	C10H14	134.221
Sec-butylbenzene	173.336	0.8661	C10H14	134.221
N-decane	174.152	0.73388	C10H22	142.284
1-methyl-3-isopropylbenZene	175.176	0.865	C10H14	134.221
1,2,3-trimethylbenzene	176.084	0.89824	C9H12	120.194
1-methyl-4-isopropylbenZene	177.139	0.8613	C10H14	134.221
1-methyl-2-isopropylbenZene	178.182	0.8807	C10H14	134.221
N-butylcyclohexane	180.982	0.80276	C10H20	140.268
1,3-diethylbenzene	181.138	0.86802	C10H14	134.221
1-methyl-3-propylbenzeNe	181.836	0.865	C10H14	134.221
N-butylbenzene	183.27	0.8642	C10H14	134.221
1-methyl-4-propylbenzeNe	183.34	0.8624	C10H14	134.221
1,2-diethylbenzene	183.455	0.88386	C10H14	134.221
1,3-dimethyl-5-ethylbenZene	183.778	0.8688	C10H14	134.221
1,4-diethylbenzene	183.787	0.86594	C10H14	134.221
1-methyl-2-propylbenzeNe	184.834	0.8783	C10H14	134.221
1,4-dimethyl-2-ethylbenZene	186.941	0.8811	C10H14	134.221
1,3-dimethyl-4-ethylbenZene	188.441	0.8804	C10H14	134.221
1,2-dimethyl-4-ethylbenZene	189.781	0.8785	C10H14	134.221
N-undecane	195.928	0.74025	C11H24	156.311
N-pentylcyclohexane	203.711	0.804	C11H22	154.295
Pentylbenzene	205.461	0.8577	C11H16	148.247
N-dodecane	216.323	0.74876	C12H26	170.337
N-tridecane	221.211		C13H28	184.364
N-hexylcyclohexane	224.747	0.806	C12H24	168.322
5-methyldodecane	226		C13H28	184.364
N-hexylbenzene	226.103	0.8526	C12H18	162.274
4-propylundecane	230.9		C14H30	198.391
N-tetradecane	239.294		C14H30	198.391
N-pentadecane	256.394		C15H32	212.418
N-hexadecane	272.572		C16H34	226.445
N-heptadecane	287.928		C17H36	240.471
N-octadecane	302.489		C18H38	254.498
N-nonadecane	316.389		C19H40	268.525
N-eicosane	329.556		C20H42	282.552
N-heneicosane	342.278		C21H44	296.579
N-docosane	354.389		C22H46	310.605
N-tricosane	366		C23H48	324.632
N-tetracosane	377.056		C24H50	338.659
N-pentacosane	387.667		C25H52	352.686
N-hexacosane	398		C26H54	366.713
N-heptacosane	407.889		C27H56	380.739
N-octacosane	417.389		C28H58	394.766
N-nonacosane	426.556		C29H60	408.793
N-triacontane	435.5		C30H62	422.82

Summation rules

In Assay, many grouped pure components are represented as the summation of discrete, pure components. For example, the property C4 paraffins is the sum of the pure components isobutane and n-butane.

The tables below describe the C1-C8 grouped pure components in Assay, and their corresponding summations as discrete pure components. Each column in a table corresponds to a grouping of pure components in Assay, while each row in a table corresponds to an individual pure component. A (row, column)-entry in a table indicates that the pure component of the table row is a constituent of the grouped pure component of the table column. For a fixed column in a table, a grouped pure component consists of all (row, column)-entries in that table.

C1 - C5 groups

Pure components	Up to C2 group	Up to C4 group	C4 paraffins group	C5 paraffins group
C1 Paraffins
methane

C2 Paraffins
ethane

C3 Paraffins
propane

C4 Paraffins
isobutane
n-Butane

C5 Paraffins
n-Pentane
2, 2-dimethylpropane
isopentane

C5 Naphthenes
cyclopentane

C6 Groups

Pure Components	C6 Paraffins Group	C6 Isoparaffins Group	C6 DimethylbutaneS group	C6 Naphthenes Group	C6 Aromatics Group
C6 Paraffins
n-hexane
2,2-dimethylbutane
2,3-dimethylbutane
2-methylpentane
3-methylpentane

C6 Naphthenes
methylcyclopentane
cyclohexane

C6 Aromatics
benzene

C7 Groups

Pure components	C7 Paraffins Group	C7 Isoparaffins Group	C7 Naphthenes Group	C7 CyclopentaneS group	C7 Aromatics Group
C7 Paraffins
n-heptane
2-methylhexane
3-methylhexane
3-ethylpentane
2,2-dimethylpentane
2,3-dimethylpentane
2,4-dimethylpentane
3,3-dimethylpentane
2,2,3-trimethylbutane

C7 Naphthenes
1,1-dimethylcyclopentane
1,cis-3-dimethylcyclopentane
1,trans-3-dimethylcyclopentane
1,trans-2-dimethylcyclopentane
ethylcyclopentane
1,cis-2-dimethylcyclopentane
methylcyclohexane

C7 Aromatics
toluene

C8 Groups

Pure Components									C8 cyclohexanes Group
C8 Paraffins
n-Octane
2-methylheptane
3-methylheptane
4-methylheptane
3-ethylhexane
2,2-dimethylhexane
2,3-dimethylhexane
2,4-dimethylhexane
2,5-dimethylhexane
3,3-dimethylhexane
3,4-dimethylhexane
2-methyl,3-ethylpentane
3-methyl,3-ethylpentane
2,2,3-trimethylpentane
2,2,4-trimethylpentane
2,3,3-trimethylpentane
2,3,4-trimethylpentane
2,2,3,3-tetramethylbutane

C8 Naphthenes
propylcyclopentane
i-propylcyclopentane
1-methyl,1-ethylcyclopentane
1-methyl,cis-2-ethylcyclopentane
1-methyl,trans-2-ethylcyclopentane
1-methyl,cis-3-ethylcyclopentane
1-methyl,trans-3-ethylcyclopentane
1,1,2-trimethylcyclopentane
1,1,3-trimethylcyclopentane
1,cis-2,cis-3,trimethylcyclopentane
1,cis-2,trans-3,trimethylcyclopentane
1,trans-2,cis-3-trimethylcyclopentane
1,cis-2,cis-4,trimethylcyclopentane
1,cis-2,trans-4,trimethylcyclopentane
1,trans-2,cis-4-trimethylcyclopentane
ethylcyclohexane
1,1-dimethylcyclohexane
1,cis-2-dimethylcyclohexane
1,trans-2-dimethylcyclohexane
1,cis-3-dimethylcyclohexane
1,trans-3-dimethylcyclohexane
1,cis-4-dimethylcyclohexane
1,trans-4-dimethylcyclohexane

C8 Aromatics
ethylbenzene
p-xylene
m-xylene
o-xylene
Standard unit	Wgt/Vol?	%?	T?		Example						M3788-32-7,W,%
(E)-2,2,5,5-tetramethyl-3-hexene				M692-48-8		Proportion	%	✓				M692-48-8,W,%
(E)-3-nonene				M20063-92-7		Proportion	%	✓				M20063-92-7,W,%
(E)-5-methyl-2-hexene				M7385-82-2		Proportion	%	✓				M7385-82-2,W,%
(Z)-1,3-pentadiene				M1574-41-0		Proportion	%	✓				M1574-41-0,W,%
(Z)-2-methyl-3-hexene				M15840-60-5		Proportion	%	✓				M15840-60-5,W,%
(Z)-2-octene				M7642-04-8		Proportion	%	✓				M7642-04-8,W,%
(Z)-3-nonene				M20237-46-1		Proportion	%	✓				M20237-46-1,W,%
1,1,2,2-tetramethylcyclopentane				M52688-89-8		Proportion	%	✓				M52688-89-8,W,%
1,1-diethylcyclopentane				M2721-38-2		Proportion	%	✓				M2721-38-2,W,%
1,1-dimethylethylcyclohexane				M3178-22-1		Proportion	%	✓				M3178-22-1,W,%
1,2,3,4,5-pentamethylbenzene				M700-12-9		Proportion	%	✓				M700-12-9,W,%
1,2,3,4-tetrahydronaphthalene				M119-64-2		Proportion	%	✓				M119-64-2,W,%
1,2,3-trimethylcyclohexane				M1678-97-3		Proportion	%	✓				M1678-97-3,W,%
1,2,4-triethylbenzene				M877-44-1		Proportion	%	✓				M877-44-1,W,%
1,2,4-trimethyl-cyclohexane				M2234-75-5		Proportion	%	✓				M2234-75-5,W,%
1,2-diisopropylbenzene				M577-55-9		Proportion	%	✓				M577-55-9,W,%
1,3,5-triethylbenzene				M102-25-0		Proportion	%	✓				M102-25-0,W,%
1,3dethbenz+nbutbenz				13DEB+NBB		Proportion	%	✓				13DEB+NBB,W,%
1,3-diisopropylbenzene				M99-62-7		Proportion	%	✓				M99-62-7,W,%
1,3-di-n-propylbenzene				M17171-72-1		Proportion	%	✓				M17171-72-1,W,%
1,4dethbenz+1m3propbenz				14DEB+1M3PB		Proportion	%	✓				14DEB+1M3PB,W,%
1,4-diisopropylbenzene				M100-18-5		Proportion	%	✓				M100-18-5,W,%
1,cis-2,trans-4,trimethylcyclopentane + 1,cis-2,cis				1CC5P		Proportion	%	✓				1CC5P,W,%
1,cis-2-dimethylcyclopentane + methylcyclohexane				1c2dmcp+mch		Proportion	%	✓				1c2dmcp+mch,W,%
1,trans-3-dimethylcyclohexane + 1,cis-4-dimethylcyclohexane				P90P91		Proportion	%	✓				P90P91,W,%
1,trans-3-dimethylcyclohexane + 1,cis-4-dimethylcyclohexane				1T3DMCH+1C4DMCH		Proportion	%	✓				1T3DMCH+1C4DMCH,W,%
1,trans-3-dimethylcyclopentane + 3-ethylpentane				1T3DMCP+3EP		Proportion	%	✓				1T3DMCP+3EP,W,%
1,trans-4-dimethylcyclohexane + 3-methylheptane				1T4DMCH+3MH		Proportion	%	✓				1T4DMCH+3MH,W,%
1-decene				M872-05-9		Proportion	%	✓				M872-05-9,W,%
1-ethyl-1-methylcyclohexane				M4926-90-3		Proportion	%	✓				M4926-90-3,W,%
1-ethyl-2-isopropylbenzene				M18970-44-0		Proportion	%	✓				M18970-44-0,W,%
1-ethyl-2-methylcyclohexane				M3728-54-9		Proportion	%	✓				M3728-54-9,W,%
1-ethyl-3-methylcyclohexane				M3728-55-0		Proportion	%	✓				M3728-55-0,W,%
1-ethyl-4-methyl-cyclohexane				M3728-56-1		Proportion	%	✓				M3728-56-1,W,%
1m2ipropbenz+1m4propbenz				1M2IPB+1M4PB		Proportion	%	✓				1M2IPB+1M4PB,W,%
1m3,4ipropbenz+1m2ethbenz				1M34IPB+1M2EB		Proportion	%	✓				1M34IPB+1M2EB,W,%
1-methyl,cis-2-ethylcyclopentane + 2,3,5-trimethylhexane				P109P115		Proportion	%	✓				P109P115,W,%
1-methyl-2,3-dihydro-1H-indene				M767-58-8		Proportion	%	✓				M767-58-8,W,%
1-methyl-2-propyl-cyclopentane				M3728-57-2		Proportion	%	✓				M3728-57-2,W,%
1-methyl-3,4-ethylbenzene + tert-butylbenzene				P44		Proportion	%	✓				P44,W,%
1-methyl-4-tert-butyl-benzene				M98-51-1		Proportion	%	✓				M98-51-1,W,%
1-methylnaphthalene				M90-12-0		Proportion	%	✓				M90-12-0,W,%
1-methyloctahydropentalene				M32273-77-1		Proportion	%	✓				M32273-77-1,W,%
1-methylpropylcyclohexane				M7058-01-7		Proportion	%	✓				M7058-01-7,W,%
1t2dmcycpent+3ethpent				1T2DMCP+3EP		Proportion	%	✓				1T2DMCP+3EP,W,%
1-t-butyl-3,5-dimethylbenzene				M98-19-1		Proportion	%	✓				M98-19-1,W,%
2,2,3,4-tetramethylpentane				M1186-53-4		Proportion	%	✓				M1186-53-4,W,%
2,2,3-trimethylheptane				M52896-92-1		Proportion	%	✓				M52896-92-1,W,%
2,2,4-trimethylpentane + 1-methyl,1-ethylcyclopentane				P22P106		Proportion	%	✓				P22P106,W,%
2,2,5-trimethylhexane + 1,trans-3-dimethylcyclopentane				P113P		Proportion	%	✓				P113P,W,%
2,2-dimethylhexane + 1,1,3-trimethylcyclopentane				22D6P		Proportion	%	✓				22D6P,W,%
2,2-dimethyloctane				M15869-87-1		Proportion	%	✓				M15869-87-1,W,%
2,3,3,4-tetramethylpentane				M16747-38-9		Proportion	%	✓				M16747-38-9,W,%
2,3,3-trimethylhexane				M16747-28-7		Proportion	%	✓				M16747-28-7,W,%
2,3,6-trimethylheptane				M4032-93-3		Proportion	%	✓				M4032-93-3,W,%
2,3-dihydro-2-methyl-1H-indene				M824-63-5		Proportion	%	✓				M824-63-5,W,%
2,3-dihydro-4-methyl-1H-indene				M824-22-6		Proportion	%	✓				M824-22-6,W,%
2,3-dihydro-5-methyl-1H-indene				M874-35-1		Proportion	%	✓				M874-35-1,W,%
2,3-dimethyloctane				M7146-60-3		Proportion	%	✓				M7146-60-3,W,%
2,4,4-trimethylhexane				M16747-30-1		Proportion	%	✓				M16747-30-1,W,%
2,4-dimethyloctane				M4032-94-4		Proportion	%	✓				M4032-94-4,W,%
2,5-dimethylnonane				M17302-27-1		Proportion	%	✓				M17302-27-1,W,%
2,5-dimethyloctane				M15869-89-3		Proportion	%	✓				M15869-89-3,W,%
2,6-dimethyldecane				M13150-81-7		Proportion	%	✓				M13150-81-7,W,%
2,6-dimethylnonane				M17302-28-2		Proportion	%	✓				M17302-28-2,W,%
2,6-dimethylundecane				M17301-23-4		Proportion	%	✓				M17301-23-4,W,%
2,9-dimethyldecane				M1002-17-1		Proportion	%	✓				M1002-17-1,W,%
2-ethyl-1-pentene				M3404-71-5		Proportion	%	✓				M3404-71-5,W,%
2meth3ethpent + 112tmcycpent				2M3EP+112TMCP		Proportion	%	✓				2M3EP+112TMCP,W,%
2-methyl-3-ethylheptane				M14676-29-0		Proportion	%	✓				M14676-29-0,W,%
2-methylhexane + 2,3-dimethylpentane				2MH+23DMP		Proportion	%	✓				2MH+23DMP,W,%
2-methylnaphthalene				M91-57-6		Proportion	%	✓				M91-57-6,W,%
2-methylundecane				M7045-71-8		Proportion	%	✓				M7045-71-8,W,%
3,3-dimethylheptane + 3,5-dimethylheptane				P120P121		Proportion	%	✓				P120P121,W,%
3,3-dimethyloctane				M4110-44-5		Proportion	%	✓				M4110-44-5,W,%
3,5-dimethyloctane				M15869-93-9		Proportion	%	✓				M15869-93-9,W,%
3,6-dimethyloctane				M15869-94-0		Proportion	%	✓				M15869-94-0,W,%
3,7-dimethyl-1-octene				M4984-01-4		Proportion	%	✓				M4984-01-4,W,%
3,7-dimethylnonane				M17302-32-8		Proportion	%	✓				M17302-32-8,W,%
3-ethylhexane + 1,2-dimethylcyclohexane				P101P		Proportion	%	✓				P101P,W,%
3-ethylnonane				M17302-11-3		Proportion	%	✓				M17302-11-3,W,%
3-ethyloctane				M5881-17-4		Proportion	%	✓				M5881-17-4,W,%
3-ethylpentane + 1,2-dimethylcyclopentane				3ep+12dmcp		Proportion	%	✓				3ep+12dmcp,W,%
3-methyl-5-ethylheptane				M52896-90-9		Proportion	%	✓				M52896-90-9,W,%
3-methyldecane				M13151-34-3		Proportion	%	✓				M13151-34-3,W,%
3-methyldodecane				M17312-57-1		Proportion	%	✓				M17312-57-1,W,%
3-methylheptane+1,cis-2,trans-3-trimethylcyclopentane				3MC7P		Proportion	%	✓				3MC7P,W,%
3-methylundecane				M1002-43-3		Proportion	%	✓				M1002-43-3,W,%
4-methylcyclopentene				M1759-81-5		Proportion	%	✓				M1759-81-5,W,%
4-methyldodecane				M6117-97-1		Proportion	%	✓				M6117-97-1,W,%
4-methylheptane + 3-methyl-ethylcyclopentane				4MC7P		Proportion	%	✓				4MC7P,W,%
4-methylundecane				M2980-69-0		Proportion	%	✓				M2980-69-0,W,%
5-methyldecane				M13151-35-4		Proportion	%	✓				M13151-35-4,W,%
5-methylnonane				M15869-85-9		Proportion	%	✓				M15869-85-9,W,%
5-methylundecane				M1632-70-8		Proportion	%	✓				M1632-70-8,W,%
Acentric Factor				ACF		Dimensionless	none					ACF,none
Acid Number (whole-crude)				ACI_WC		Acidity	mgKOH/g					ACI_WC,mgKOH/g
Acidity				ACI		Acidity	mgKOH/g					ACI,mgKOH/g
Aluminium				_AL		Proportion	ppb					_AL,ppb
Ammonia				NH3		Proportion	ppm	✓				NH3,W,ppm
Aniline Point				ANI		Temperature	C					ANI,C
Antimony				_SB		Proportion	ppb					_SB,ppb
API				API		Dimensionless	none					API,none
API (as received)				API_WET		Dimensionless	none					API_WET,none
Aromatic Index				AIND		Proportion	%	✓				AIND,W,%
Aromatics				ARO		Proportion	%	✓				ARO,W,%
Aromatics (1-ring)				1RA		Proportion	%	✓				1RA,W,%
Aromatics (1-ring,IP391)				1RA_IP391		Proportion	%	✓				1RA_IP391,W,%
Aromatics (1-ring,UV)				1RA_UV		Proportion	%	✓				1RA_UV,W,%
Aromatics (1-ring,UV,molal)				1RA_UVMOL		Molality	mmol/100g					1RA_UVMOL,mmol/100g
Aromatics (2-ring)				2RA		Proportion	%	✓				2RA,W,%
Aromatics (2-ring,IP391)				2RA_IP391		Proportion	%	✓				2RA_IP391,W,%
Aromatics (2-ring,UV)				2RA_UV		Proportion	%	✓				2RA_UV,W,%
Aromatics (2-ring,UV,molal)				2RA_UVMOL		Molality	mmol/100g					2RA_UVMOL,mmol/100g
Aromatics (2-ring+)				2RP		Proportion	%	✓				2RP,W,%
Aromatics (2-ring+,IP391)				2RP_IP391		Proportion	%	✓				2RP_IP391,W,%
Aromatics (3-ring)				3RA		Proportion	%	✓				3RA,W,%
Aromatics (3-ring,UV)				3RA_UV		Proportion	%	✓				3RA_UV,W,%
Aromatics (3-ring,UV,molal)				3RA_UVMOL		Molality	mmol/100g					3RA_UVMOL,mmol/100g
Aromatics (3-ring+)				3RP		Proportion	%	✓				3RP,W,%
Aromatics (3-ring+,IP391)				3RP_IP391		Proportion	%	✓				3RP_IP391,W,%
Aromatics (3-ring+,UV,molal)				3RP_UVMOL		Molality	mmol/100g					3RP_UVMOL,mmol/100g
Aromatics (4-ring)				4RA		Proportion	%	✓				4RA,W,%
Aromatics (4-ring,UV)				4RA_UV		Proportion	%	✓				4RA_UV,W,%
Aromatics (4-ring,UV,molal)				4RA_UVMOL		Molality	mmol/100g					4RA_UVMOL,mmol/100g
Aromatics (4-ring+)				4RP		Proportion	%	✓				4RP,W,%
Aromatics (4-ring+,UV)				4RP_UV		Proportion	%	✓				4RP_UV,W,%
Aromatics (4-ring+,UV,molal)				4RP_UVMOL		Molality	mmol/100g					4RP_UVMOL,mmol/100g
Aromatics (5-ring,UV)				5RA_UV		Proportion	%	✓				5RA_UV,W,%
Aromatics (5-ring+)				5RP		Proportion	%	✓				5RP,W,%
Aromatics (5-ring+,UV)				5RP_UV		Proportion	%	✓				5RP_UV,W,%
Aromatics (5-ring+,UV,molal)				5RP_UVMOL		Molality	mmol/100g					5RP_UVMOL,mmol/100g
Aromatics (6+7-ring,UV)				67RA_UV		Proportion	%	✓				67RA_UV,W,%
Aromatics (6-ring,UV)				6RA_UV		Proportion	%	✓				6RA_UV,W,%
Aromatics (6-ring+)				6RP		Proportion	%	✓				6RP,W,%
Aromatics (6-ring+,UV)				6RP_UV		Proportion	%	✓				6RP_UV,W,%
Aromatics (6-ring+,UV,molal)				6RP_UVMOL		Molality	mmol/100g					6RP_UVMOL,mmol/100g
Aromatics (7-ring+)				7RP		Proportion	%	✓				7RP,W,%
Aromatics (7-ring+,UV)				7RP_UV		Proportion	%	✓				7RP_UV,W,%
Aromatics (7-ring+,UV,molal)				7RP_UVMOL		Molality	mmol/100g					7RP_UVMOL,mmol/100g
Aromatics (ASTM D5186)				ARO_D5186		Proportion	%					ARO_D5186,%
Aromatics (CARB Diesel Mono)				ARO_CDM		Proportion	%	✓				ARO_CDM,W,%
Aromatics (CARB Diesel Poly)				ARO_CDP		Proportion	%	✓				ARO_CDP,W,%
Aromatics (CARB Diesel)				ARO_CD		Proportion	%	✓				ARO_CD,W,%
Aromatics (DHA)				ARO_DHA		Proportion	%	✓				ARO_DHA,W,%
Aromatics (FIA)				ARO_FIA		Proportion	%	✓				ARO_FIA,V,%
Aromatics (HPLC)				ARO_HPLC		Proportion	%					ARO_HPLC,%
Aromatics (IP391)				ARO_IP391		Proportion	%	✓				ARO_IP391,W,%
Aromatics (IP469)				ARO_IP469		Proportion	%					ARO_IP469,%
Aromatics (Pyrenes,UV)				PYR_UV		Proportion	%	✓				PYR_UV,W,%
Aromatics (Pyrenes,UV,molal)				PYR_UVMOL		Molality	mmol/100g					PYR_UVMOL,mmol/100g
Aromatics (SFC)				ARO_SFC		Proportion	%					ARO_SFC,%
Aromatics (SFC,1-ring)				1RA_SFC		Proportion	%					1RA_SFC,%
Aromatics (SFC,polynuclear)				2RP_SFC		Proportion	%					2RP_SFC,%
Aromatics (UV)				ARO_UV		Proportion	%	✓				ARO_UV,W,%
Aromatics (UV,molal)				ARO_UVMOL		Molality	mmol/100g					ARO_UVMOL,mmol/100g
Arsenic				_AS		Proportion	ppb					_AS,ppb
Ash				ASH		Proportion	%					ASH,%
Asphaltenes (C5)				ASP		Proportion	%					ASP,%
Asphaltenes (C7)				AS7		Proportion	%					AS7,%
ASTM Colour				ASTMCOL		Dimensionless	none					ASTMCOL,none
ASTM D1160 (vol)				D1160		Proportion	%			✓		D1160,15C,%
ASTM D86 (vol)				D86		Proportion	%			✓		D86,15C,%
Barium				_BA		Proportion	ppb					_BA,ppb
Basic Sediment & Water				BSW		Proportion	ppm					BSW,ppm
Benzene precursor				BZP		Proportion	%	✓				BZP,W,%
Beryllium				_BE		Proportion	ppb					_BE,ppb
Boiling Point				TBP		Temperature	C					TBP,C
Boron				_BO		Proportion	ppb					_BO,ppb
Bromine				_BR		Proportion	%					_BR,%
butylcyclopentane				M2040-95-1		Proportion	%	✓				M2040-95-1,W,%
C01P: methane				NP1		Proportion	%	✓				NP1,W,%
C02M: ethyl mercaptan				C2MER		Proportion	%	✓				C2MER,W,%
C02O: ethene				C2E		Proportion	%	✓				C2E,W,%
C02P-: C2 Paraffins and lower				C2MINUS		Proportion	%	✓				C2MINUS,W,%
C02P: ethane				NP2		Proportion	%	✓				NP2,W,%
C03M: propyl mercaptan				C3MER		Proportion	%	✓				C3MER,W,%
C03O: propene				PRP		Proportion	%	✓				PRP,W,%
C03P: propane				NP3		Proportion	%	✓				NP3,W,%
C04N: cyclobutane				N04		Proportion	%	✓				N04,W,%
C04O: 1-2-butadiene				12BD		Proportion	%	✓				12BD,W,%
C04O: 1-3-butadiene				13BD		Proportion	%	✓				13BD,W,%
C04O: 1-butene				1C4E		Proportion	%	✓				1C4E,W,%
C04O: Butene				BUT		Proportion	%	✓				BUT,W,%
C04O: cis-2-butene				C2C4E		Proportion	%	✓				C2C4E,W,%
C04O: isobutene				IC4E		Proportion	%	✓				IC4E,W,%
C04O: trans-2-butene				T2C4E		Proportion	%	✓				T2C4E,W,%
C04P: C4 Paraffins				PR4		Proportion	%	✓				PR4,W,%
C04P-: C4 Paraffins and lower				C4MINUS		Proportion	%	✓				C4MINUS,W,%
C04P: i-butane				IP4		Proportion	%	✓				IP4,W,%
C04P: n-butane				NP4		Proportion	%	✓				NP4,W,%
C05N: cyclopentane				N05		Proportion	%	✓				N05,W,%
C05P: C5 Paraffins				PR5		Proportion	%	✓				PR5,W,%
C05P: i-pentane				IP5		Proportion	%	✓				IP5,W,%
C05P: neopentane				NEO		Proportion	%	✓				NEO,W,%
C05P: n-pentane				NP5		Proportion	%	✓				NP5,W,%
C06A: benzene				P11		Proportion	%	✓				P11,W,%
C06N: C6 Naphthenes				N06		Proportion	%	✓				N06,W,%
C06N: cyclohexane				P13		Proportion	%	✓				P13,W,%
C06N: methylcyclopentane				P08		Proportion	%	✓				P08,W,%
C06O: C6 Isoolefins				IOL6		Proportion	%	✓				IOL6,W,%
C06O: C6 n-Olefins				NOL6		Proportion	%	✓				NOL6,W,%
C06P: 2,2-dimethylbutane				P01		Proportion	%	✓				P01,W,%
C06P: 2,3-dimethylbutane				P03		Proportion	%	✓				P03,W,%
C06P: 2-methylpentane				P04		Proportion	%	✓				P04,W,%
C06P: 3-methylpentane				P05		Proportion	%	✓				P05,W,%
C06P: C6 Dimethylbutanes				DMB		Proportion	%	✓				DMB,W,%
C06P: C6 Dimethylpentanes				C6_MP		Proportion	%	✓				C6_MP,W,%
C06P: C6 Isoparaffins				IP6		Proportion	%	✓				IP6,W,%
C06P: C6 Paraffins				PR6		Proportion	%	✓				PR6,W,%
C06P: n-hexane				NP6		Proportion	%	✓				NP6,W,%
C07A: toluene				P36		Proportion	%	✓				P36,W,%
C07N: 1,1-dimethylcyclopentane				P16		Proportion	%	✓				P16,W,%
C07N: 1,cis-2-dimethylcyclopentane				P94		Proportion	%	✓				P94,W,%
C07N: 1,cis-3-dimethylcyclopentane				P18		Proportion	%	✓				P18,W,%
C07N: 1,trans-2-dimethylcyclopentane				P21		Proportion	%	✓				P21,W,%
C07N: 1,trans-3-dimethylcyclopentane				P19		Proportion	%	✓				P19,W,%
C07N: C7 Cyclopentanes				N07_PENT		Proportion	%	✓				N07_PENT,W,%
C07N: C7 Naphthenes				N07		Proportion	%	✓				N07,W,%
C07N: ethylcyclopentane				P27		Proportion	%	✓				P27,W,%
C07N: methylcyclohexane				P86		Proportion	%	✓				P86,W,%
C07O: C7 Isoolefins				IOL7		Proportion	%	✓				IOL7,W,%
C07O: C7 n-Olefins				NOL7		Proportion	%	✓				NOL7,W,%
C07P: 2,2,3-trimethylbutane				P10		Proportion	%	✓				P10,W,%
C07P: 2,2-dimethylpentane				P07		Proportion	%	✓				P07,W,%
C07P: 2,3-dimethylpentane				P15		Proportion	%	✓				P15,W,%
C07P: 2,4-dimethylpentane				P09		Proportion	%	✓				P09,W,%
C07P: 2-methylhexane				P14		Proportion	%	✓				P14,W,%
C07P: 3,3-dimethylpentane				P12		Proportion	%	✓				P12,W,%
C07P: 3-ethylpentane				P20		Proportion	%	✓				P20,W,%
C07P: 3-methylhexane				P17		Proportion	%	✓				P17,W,%
C07P: C7 Isoparaffins				IP7		Proportion	%	✓				IP7,W,%
C07P: C7 Paraffins				PR7		Proportion	%	✓				PR7,W,%
C07P: n-heptane				NP7		Proportion	%	✓				NP7,W,%
C08A: C8 Aromatics				P66		Proportion	%	✓				P66,W,%
C08A: ethylbenzene				P38		Proportion	%	✓				P38,W,%
C08A: m-xylene				P40		Proportion	%	✓				P40,W,%
C08A: o-xylene				P42		Proportion	%	✓				P42,W,%
C08A: p-xylene				P39		Proportion	%	✓				P39,W,%
C08N: 1,1,2-trimethylcyclopentane				P85		Proportion	%	✓				P85,W,%
C08N: 1,1,3-trimethylcyclopentane				P25		Proportion	%	✓				P25,W,%
C08N: 1,1-dimethylcyclohexane				P88		Proportion	%	✓				P88,W,%
C08N: 1,cis-2,cis-3,trimethylcyclopentane				P107		Proportion	%	✓				P107,W,%
C08N: 1,cis-2,cis-4,trimethylcyclopentane				P99		Proportion	%	✓				P99,W,%
C08N: 1,cis-2,trans-3,trimethylcyclopentane				P97		Proportion	%	✓				P97,W,%
C08N: 1,cis-2,trans-4,trimethylcyclopentane				P96		Proportion	%	✓				P96,W,%
C08N: 1,cis-2-dimethylcyclohexane				P92		Proportion	%	✓				P92,W,%
C08N: 1,cis-3-dimethylcyclohexane				P87		Proportion	%	✓				P87,W,%
C08N: 1,cis-4-dimethylcyclohexane				P91		Proportion	%	✓				P91,W,%
C08N: 1,trans-2,cis-3-trimethylcyclopentane				P33		Proportion	%	✓				P33,W,%
C08N: 1,trans-2,cis-4-trimethylcyclopentane				P31		Proportion	%	✓				P31,W,%
C08N: 1,trans-2-dimethylcyclohexane				P89		Proportion	%	✓				P89,W,%
C08N: 1,trans-3-dimethylcyclohexane				P90		Proportion	%	✓				P90,W,%
C08N: 1,trans-4-dimethylcyclohexane				P102		Proportion	%	✓				P102,W,%
C08N: 1-methyl,1-ethylcyclopentane				P106		Proportion	%	✓				P106,W,%
C08N: 1-methyl,cis-2-ethylcyclopentane				P109		Proportion	%	✓				P109,W,%
C08N: 1-methyl,cis-3-ethylcyclopentane				P105		Proportion	%	✓				P105,W,%
C08N: 1-methyl,trans-2-ethylcyclopentane				P104		Proportion	%	✓				P104,W,%
C08N: 1-methyl,trans-3-ethylcyclopentane				P103		Proportion	%	✓				P103,W,%
C08N: C8 Cyclohexanes				N08_HEX		Proportion	%	✓				N08_HEX,W,%
C08N: C8 Cyclopentanes				N08_PENT		Proportion	%	✓				N08_PENT,W,%
C08N: C8 Dimethylcyclohexanes				N08_DMCH		Proportion	%	✓				N08_DMCH,W,%
C08N: C8 Methylethylcyclopentanes				N08_MECP		Proportion	%	✓				N08_MECP,W,%
C08N: C8 Naphthenes				N08		Proportion	%	✓				N08,W,%
C08N: ethylcyclohexane				P93		Proportion	%	✓				P93,W,%
C08N: isopropylcyclopentane				P108		Proportion	%	✓				P108,W,%
C08N: n-propylcyclopentane				P110		Proportion	%	✓				P110,W,%
C08O: C8 Isoolefins				IOL8		Proportion	%	✓				IOL8,W,%
C08O: C8 n-Olefins				NOL8		Proportion	%	✓				NOL8,W,%
C08P: 2,2,3,3-tetramethylbutane				P111		Proportion	%	✓				P111,W,%
C08P: 2,2,3-trimethylpentane				P29		Proportion	%	✓				P29,W,%
C08P: 2,2,4-trimethylpentane				P22		Proportion	%	✓				P22,W,%
C08P: 2,2-dimethylhexane				P26		Proportion	%	✓				P26,W,%
C08P: 2,3,3-trimethylpentane				P35		Proportion	%	✓				P35,W,%
C08P: 2,3,4-trimethylpentane				P34		Proportion	%	✓				P34,W,%
C08P: 2,3-dimethylhexane				P81		Proportion	%	✓				P81,W,%
C08P: 2,4-dimethylhexane				P30		Proportion	%	✓				P30,W,%
C08P: 2,5-dimethylhexane				P28		Proportion	%	✓				P28,W,%
C08P: 2-methyl,3-ethylpentane				P95		Proportion	%	✓				P95,W,%
C08P: 2-methylheptane				P82		Proportion	%	✓				P82,W,%
C08P: 3,3-dimethylhexane				P32		Proportion	%	✓				P32,W,%
C08P: 3,4-dimethylhexane				P98		Proportion	%	✓				P98,W,%
C08P: 3-ethylhexane				P101		Proportion	%	✓				P101,W,%
C08P: 3-methyl,3-ethylpentane				P100		Proportion	%	✓				P100,W,%
C08P: 3-methylheptane				P84		Proportion	%	✓				P84,W,%
C08P: 4-methylheptane				P83		Proportion	%	✓				P83,W,%
C08P: C8 Isoparaffins				IP8		Proportion	%	✓				IP8,W,%
C08P: C8 Paraffins				PR8		Proportion	%	✓				PR8,W,%
C08P: n-octane				NP8		Proportion	%	✓				NP8,W,%
C09+: C9 compounds and higher				C9PLUS		Proportion	%	✓				C9PLUS,W,%
C09A: 1,2,3-trimethylbenzene				P60		Proportion	%	✓				P60,W,%
C09A: 1,2,4-trimethylbenzene				P50		Proportion	%	✓				P50,W,%
C09A: 1,3,5-trimethylbenzene				P45		Proportion	%	✓				P45,W,%
C09A: 1-methyl-2-ethylbenzene				P48		Proportion	%	✓				P48,W,%
C09A: 1-methyl-3-ethylbenzene				1met3etben		Proportion	%	✓				1met3etben,W,%
C09A: 1-methyl-4-ethylbenzene				1met4etben		Proportion	%	✓				1met4etben,W,%
C09A: C9 Aromatics				P67		Proportion	%	✓				P67,W,%
C09A: indane				P64		Proportion	%	✓				P64,W,%
C09A: isopropylbenzene				P41		Proportion	%	✓				P41,W,%
C09A: n-propylbenzene				P43		Proportion	%	✓				P43,W,%
C09A+: C9 Aromatics and higher				9UA		Proportion	%	✓				9UA,W,%
C09N: 1,1,2-trimethylcyclohexane				112trimetcyhex		Proportion	%	✓				112trimetcyhex,W,%
C09N: 1,1,3-trimethylcyclohexane				P117		Proportion	%	✓				P117,W,%
C09N: 1,1,4-trimethylcyclohexane				114trimetcyhex		Proportion	%	✓				114trimetcyhex,W,%
C09N: 1,3,5-trimethylcyclohexane				135trimetcyhex		Proportion	%	✓				135trimetcyhex,W,%
C09N: 1,trans-2-diethylcyclopentane				1t2dietcypent		Proportion	%	✓				1t2dietcypent,W,%
C09N: C9 Cyclohexanes				N09_HEX		Proportion	%	✓				N09_HEX,W,%
C09N: C9 Cyclopentanes				N09_PENT		Proportion	%	✓				N09_PENT,W,%
C09N: C9 Naphthenes				N09		Proportion	%	✓				N09,W,%
C09N: r-1,t-2,c-4-trimethylcyclohexane				1t2c4trimetcyhex		Proportion	%	✓				1t2c4trimetcyhex,W,%
C09N+: C9 Naphthenes and higher				9UN		Proportion	%	✓				9UN,W,%
C09O: C9 Isoolefins				IOL9		Proportion	%	✓				IOL9,W,%
C09O: C9 n-Olefins				NOL9		Proportion	%	✓				NOL9,W,%
C09P: 2,2,3-trimethylhexane				P129		Proportion	%	✓				P129,W,%
C09P: 2,2,4-trimethylhexane				224trimethex		Proportion	%	✓				224trimethex,W,%
C09P: 2,2,5-trimethylhexane				P113		Proportion	%	✓				P113,W,%
C09P: 2,2-dimethylheptane				P112		Proportion	%	✓				P112,W,%
C09P: 2,3,4-trimethylhexane				P123		Proportion	%	✓				P123,W,%
C09P: 2,3,5-trimethylhexane				P115		Proportion	%	✓				P115,W,%
C09P: 2,3-dimethylheptane				P114		Proportion	%	✓				P114,W,%
C09P: 2,4-dimethyl-3-ethylpentane				24dimet3etpent		Proportion	%	✓				24dimet3etpent,W,%
C09P: 2,4-dimethylheptane				P116		Proportion	%	✓				P116,W,%
C09P: 2,5-dimethylheptane				P118		Proportion	%	✓				P118,W,%
C09P: 2,6-dimethylheptane				P119		Proportion	%	✓				P119,W,%
C09P: 2-methyl-4-ethylhexane				P130		Proportion	%	✓				P130,W,%
C09P: 2-methyloctane				P126		Proportion	%	✓				P126,W,%
C09P: 3,3,4-trimethylhexane				334trimethex		Proportion	%	✓				334trimethex,W,%
C09P: 3,3-dimethylheptane				P121		Proportion	%	✓				P121,W,%
C09P: 3,4-dimethylheptane				P124		Proportion	%	✓				P124,W,%
C09P: 3,5-dimethylheptane				P120		Proportion	%	✓				P120,W,%
C09P: 3-ethylheptane				P127		Proportion	%	✓				P127,W,%
C09P: 3-methyloctane				P128		Proportion	%	✓				P128,W,%
C09P: 4,4-dimethylheptane				P131		Proportion	%	✓				P131,W,%
C09P: 4-ethylheptane				P122		Proportion	%	✓				P122,W,%
C09P: 4-methyloctane				P125		Proportion	%	✓				P125,W,%
C09P: C9 Isoparaffins				IP9		Proportion	%	✓				IP9,W,%
C09P: C9 Paraffins				PR9		Proportion	%	✓				PR9,W,%
C09P: nonane				NP9		Proportion	%	✓				NP9,W,%
C09P+: C9 Isoparaffins and higher				9UIP		Proportion	%	✓				9UIP,W,%
C09P+: C9 Paraffins and higher				9UP		Proportion	%	✓				9UP,W,%
C10+: C10 and higher				C10+		Proportion	%	✓				C10+,W,%
C10A: 1,2,3,4-tetramethylbenzene				1234tetmetbenz		Proportion	%	✓				1234tetmetbenz,W,%
C10A: 1,2,3,5-tetramethylbenzene				1235tetmetbenz		Proportion	%	✓				1235tetmetbenz,W,%
C10A: 1,2,4,5-tetramethylbenzene				1245tetmetbenz		Proportion	%	✓				1245tetmetbenz,W,%
C10A: 1,2-diethylbenzene				P58		Proportion	%	✓				P58,W,%
C10A: 1,2-dimethyl-3-ethylbenzene				12dimet3etbenz		Proportion	%	✓				12dimet3etbenz,W,%
C10A: 1,2-dimethyl-4-ethylbenzene				P63		Proportion	%	✓				P63,W,%
C10A: 1,3-diethylbenzene				P55		Proportion	%	✓				P55,W,%
C10A: 1,3-dimethyl-2-ethylbenzene				13dimet2etbenz		Proportion	%	✓				13dimet2etbenz,W,%
C10A: 1,3-dimethyl-4-ethylbenzene				P62		Proportion	%	✓				P62,W,%
C10A: 1,3-dimethyl-5-ethylbenzene				P57		Proportion	%	✓				P57,W,%
C10A: 1,4-diethylbenzene				P51		Proportion	%	✓				P51,W,%
C10A: 1,4-dimethyl-2-ethylbenzene				P61		Proportion	%	✓				P61,W,%
C10A: 1-methyl-2-isopropylbenzene				P53		Proportion	%	✓				P53,W,%
C10A: 1-methyl-2-isopropylbenzene				1met2isoproben		Proportion	%	✓				1met2isoproben,W,%
C10A: 1-methyl-2-n-propylbenzene				P59		Proportion	%	✓				P59,W,%
C10A: 1-methyl-2-n-propylbenzene				1met2proben		Proportion	%	✓				1met2proben,W,%
C10A: 1-methyl-3-isopropylbenzene				P47		Proportion	%	✓				P47,W,%
C10A: 1-methyl-3-isopropylbenzene				1met3isoproben		Proportion	%	✓				1met3isoproben,W,%
C10A: 1-methyl-3-n-propylbenzene				P52		Proportion	%	✓				P52,W,%
C10A: 1-methyl-3-n-propylbenzene				1met3proben		Proportion	%	✓				1met3proben,W,%
C10A: 1-methyl-4-isopropylbenzene				P49		Proportion	%	✓				P49,W,%
C10A: 1-methyl-4-isopropylbenzene				1met4isoproben		Proportion	%	✓				1met4isoproben,W,%
C10A: 1-methyl-4-n-propylbenzene				P54		Proportion	%	✓				P54,W,%
C10A: 1-methyl-4-n-propylbenzene				1met4proben		Proportion	%	✓				1met4proben,W,%
C10A: C10 Aromatics				P68		Proportion	%	✓				P68,W,%
C10A: isobutylbenzene				ibutbenz		Proportion	%	✓				ibutbenz,W,%
C10A: n-butylbenzene				P56		Proportion	%	✓				P56,W,%
C10A: sec-butylbenzene				P46		Proportion	%	✓				P46,W,%
C10A: tert-butylbenzene				tbutbenz		Proportion	%	✓				tbutbenz,W,%
C10A+: C10 Aromatics and higher				P68P		Proportion	%	✓				P68P,W,%
C10N: C10 Cyclohexanes				N10_HEX		Proportion	%	✓				N10_HEX,W,%
C10N: C10 Cyclopentanes				N10_PENT		Proportion	%	✓				N10_PENT,W,%
C10N: C10 Naphthenes				N10		Proportion	%	✓				N10,W,%
C10N: trans-1-methyl-2-propylcyclohexane				1tmet2nprocyhex		Proportion	%	✓				1tmet2nprocyhex,W,%
C10N+: C10 Naphthenes and higher				N10P		Proportion	%	✓				N10P,W,%
C10O: C10 Isoolefins				IOL10		Proportion	%	✓				IOL10,W,%
C10O: C10 n-Olefins				NOL10		Proportion	%	✓				NOL10,W,%
C10P: 2,4,6-trimethylheptane				246trimethept		Proportion	%	✓				246trimethept,W,%
C10P: 2,6-dimethyloctane				26dimetoct		Proportion	%	✓				26dimetoct,W,%
C10P: 2-methylnonane				2metnon		Proportion	%	✓				2metnon,W,%
C10P: 3-methylnonane				3metnon		Proportion	%	✓				3metnon,W,%
C10P: 4-methylnonane				4metnon		Proportion	%	✓				4metnon,W,%
C10P: C10 Isoparaffins				IPT		Proportion	%	✓				IPT,W,%
C10P: C10 Paraffins				PRT		Proportion	%	✓				PRT,W,%
C10P: decane				NPT		Proportion	%	✓				NPT,W,%
C10P+: C10 Isoparaffins and higher				IPTP		Proportion	%	✓				IPTP,W,%
C10P+: C10 n-Paraffins and higher				NPTP		Proportion	%	✓				NPTP,W,%
C10P+: C10 Paraffins and higher				PRTP		Proportion	%	✓				PRTP,W,%
C11A: C11 Aromatics				P65		Proportion	%	✓				P65,W,%
C11A: n-pentylbenzene				npentbenz		Proportion	%	✓				npentbenz,W,%
C11A+: C11 Aromatics and higher				C11A+		Proportion	%	✓				C11A+,W,%
C11N: C11 Cyclohexanes				N11_HEX		Proportion	%	✓				N11_HEX,W,%
C11N: C11 Cyclopentanes				N11_PENT		Proportion	%	✓				N11_PENT,W,%
C11N: C11 Naphthenes				N11		Proportion	%	✓				N11,W,%
C11O: C11 Isoolefins				IOL11		Proportion	%	✓				IOL11,W,%
C11O: C11 n-Olefins				NOL11		Proportion	%	✓				NOL11,W,%
C11P: 2-methyldecane				2metdec		Proportion	%	✓				2metdec,W,%
C11P: 4-methyldecane				4metdec		Proportion	%	✓				4metdec,W,%
C11P: C11 Isoparaffins				IPE		Proportion	%	✓				IPE,W,%
C11P: C11 Paraffins				PRE		Proportion	%	✓				PRE,W,%
C11P: undecane				NPE		Proportion	%	✓				NPE,W,%
C12A: C12 Aromatics				P69		Proportion	%	✓				P69,W,%
C12A+: C12 Aromatics and higher				P70		Proportion	%	✓				P70,W,%
C12N: C12 Cyclohexanes				N12_HEX		Proportion	%	✓				N12_HEX,W,%
C12N: C12 Cyclopentanes				N12_PENT		Proportion	%	✓				N12_PENT,W,%
C12N: C12 Naphthenes				N12		Proportion	%	✓				N12,W,%
C12P: C12 Isoparaffins				IPD		Proportion	%	✓				IPD,W,%
C12P: C12 Paraffins				PRD		Proportion	%	✓				PRD,W,%
C12P: n-dodecane				NPD		Proportion	%	✓				NPD,W,%
C12S+: C12 Saturates and higher				P71		Proportion	%	✓				P71,W,%
C13A: C13 Aromatics				A13		Proportion	%	✓				A13,W,%
C13N: C13 Naphthenes				N13		Proportion	%	✓				N13,W,%
C13P: C13 Paraffins				PR13		Proportion	%	✓				PR13,W,%
C14A: C14 Aromatics				A14		Proportion	%	✓				A14,W,%
C14N: C14 Naphthenes				N14		Proportion	%	✓				N14,W,%
C14P: C14 Paraffins				PR14		Proportion	%	✓				PR14,W,%
C15A: C15 Aromatics				A15		Proportion	%	✓				A15,W,%
C15N: C15 Naphthenes				N15		Proportion	%	✓				N15,W,%
C15P: C15 Paraffins				PR15		Proportion	%	✓				PR15,W,%
C16+: C16 and higher				C16+		Proportion	%	✓				C16+,W,%
Cadmium				_CD		Proportion	ppb					_CD,ppb
Caesium				_CS		Proportion	ppb					_CS,ppb
Calcium				_CA		Proportion	ppb					_CA,ppb
Calculated Carbon Aromaticity Index				CCAI		Dimensionless	none					CCAI,none
Calorific Value				CAL		Calorific Value	kJ/kg					CAL,kJ/kg
CARB Diesel Saturates				CARB_SAT		Proportion	%	✓				CARB_SAT,W,%
Carbon				__C		Proportion	%					__C,%
Carbon (Carlo Erba)				CARB_CE		Proportion	%					CARB_CE,%
Carbon dioxide				CO2		Proportion	%	✓				CO2,W,%
Carbon monoxide				COG		Proportion	%	✓				COG,W,%
Carbon Residue (Conradson)				CON		Proportion	%					CON,%
Carbon Residue (MCRT)				MCRT		Proportion	%					MCRT,%
Carbon Residue (Ramsbottom)				RAM		Proportion	%					RAM,%
Carbon to hydrogen ratio				CHR		Proportion	ratio					CHR,ratio
Carbon to hydrogen ratio for Aromatics				CHA		Proportion	ratio					CHA,ratio
Carbon to hydrogen ratio for Naphthenes				CHN		Proportion	ratio					CHN,ratio
Carbon to hydrogen ratio for Paraffins				CHP		Proportion	ratio					CHP,ratio
Cetane Index				CETIND		Dimensionless	none					CETIND,none
Cetane Index (D4737-90)				CET		Dimensionless	none					CET,none
Cetane Index (D976)				CT3		Dimensionless	none					CT3,none
Cetane Index (IP-218)				CT2		Dimensionless	none					CT2,none
Cetane Index (IP380)				CT4		Dimensionless	none					CT4,none
Cetane Number				CETNUM		Dimensionless	none					CETNUM,none
Chlorine				CHL		Proportion	ppm					CHL,ppm
Chromium				_CR		Proportion	ppb					_CR,ppb
cis-1-ethyl-2-methylcyclohexane				M4923-77-7		Proportion	%	✓				M4923-77-7,W,%
cis-1-ethyl-3-methylcyclohexane				M19489-10-2		Proportion	%	✓				M19489-10-2,W,%
cis-1-ethyl-4-methylcyclohexane				M4926-78-7		Proportion	%	✓				M4926-78-7,W,%
cis-octahydroindene				M4551-51-3		Proportion	%	✓				M4551-51-3,W,%
Cloud Point				CPT		Temperature	C					CPT,C
Cobalt				_CO		Proportion	ppb					_CO,ppb
Cold Filter Plugging Point				CFPP		Temperature	C					CFPP,C
Copper				_CU		Proportion	ppm					_CU,ppm
Critical Density				CRD		Density	g/cc					CRD,g/cc
Critical Pressure				CRP		Pressure	atm					CRP,atm
Critical Temperature				CRT		Temperature	C					CRT,C
Critical Volume				CRV		Molar Volume	m3/mol					CRV,m3/mol
CsubA				CSA		Proportion	%					CSA,%
CsubN				CSN		Proportion	%					CSN,%
CsubP				CSP		Proportion	%					CSP,%
Cumulative Yield				CUM		Proportion	%	✓		✓		CUM,W,15C,%
cyclohexane + 3,3-dimethylpentane				CYCC6+23DMP		Proportion	%	✓				CYCC6+23DMP,W,%
Cyclo-Olefins				COL		Proportion	%	✓				COL,W,%
cyclopentane+2,3-dimethylbutane				CP+23DMB		Proportion	%	✓				CP+23DMB,W,%
cyclopentene				M142-29-0		Proportion	%	✓				M142-29-0,W,%
D1160 (vol) boiling point				D1160P		Temperature	C		✓			D1160P,70%,C
D1160 Yield				D1160YLD		Proportion	%					D1160YLD,%
D86 (vol) boiling point				D86P		Temperature	C		✓			D86P,70%,C
D86 Yield				D86YLD		Proportion	%					D86YLD,%
decahydronaphthalene				M91-17-8		Proportion	%	✓				M91-17-8,W,%
Density				DEN		Density	g/cc			✓		DEN,15C,g/cc
Density (as received)				DEN_WET		Density	g/cc			✓		DEN_WET,15C,g/cc
Density of Aromatics				DAM		Density	g/cc					DAM,g/cc
Density of Naphthalenes				DNH		Density	g/cc					DNH,g/cc
Density of Naphthenes				DNA		Density	g/cc					DNA,g/cc
Density of n-Paraffins				DNP		Density	g/cc					DNP,g/cc
Density of Olefins				DOL		Density	g/cc					DOL,g/cc
Density of Paraffins				DPA		Density	g/cc					DPA,g/cc
Diamondoids				DIA		Proportion	%	✓				DIA,W,%
Diesel Index				DSL		Dimensionless	none					DSL,none
di-Naphthenes				DNAP		Proportion	%	✓				DNAP,W,%
Ductility				DUC		Distance	cm			✓		DUC,15C,cm
ethylcyclohexane + propylcyclopentane				P93P110		Proportion	%	✓				P93P110,W,%
ethylcyclopentane + 2,5-dimethylhexane				ECYCC5+25DMH		Proportion	%	✓				ECYCC5+25DMH,W,%
Expanded Density				EXD		Density	g/cc			✓		EXD,15C,g/cc
Final Vapour Temperature				VPT		Temperature	C					VPT,C
Flash Point				FLA		Temperature	C					FLA,C
Flocculation Ratio (FR Max)				FLOC		Dimensionless	none					FLOC,none
Freeze Point				FPT		Temperature	C					FPT,C
H/C atomic ratio				HCR		Proportion	ratio					HCR,ratio
Helium Gas				HE		Proportion	%	✓				HE,W,%
Higher Boiling Non-Aromatics				P37		Proportion	%	✓				P37,W,%
Hydrogen				_H2		Proportion	%					_H2,%
Hydrogen (Carlo Erba)				HYD_CE		Proportion	%					HYD_CE,%
Hydrogen (NMR)				HYD_NMR		Proportion	%					HYD_NMR,%
Hydrogen Chloride (Potential)				POHCL		Proportion	ppm	✓				POHCL,W,ppm
Hydrogen Gas				H2G		Proportion	%	✓				H2G,W,%
Hydrogen Sulphide				H2S		Proportion	ppm	✓				H2S,W,ppm
Hydrogen Sulphide (Dissolved)				HSD		Proportion	ppm					HSD,ppm
Hydrogen Sulphide (Evolved)				HSE		Proportion	ppm					HSE,ppm
Hydrogen Sulphide (Potential)				POH2S		Proportion	ppm	✓				POH2S,W,ppm
i-butylcyclohexane				M1678-98-4		Proportion	%	✓				M1678-98-4,W,%
Initial Boiling Point				RES_IBP		Temperature	C					RES_IBP,C
Insolubles (HPLC)				INSOL_HPLC		Proportion	%					INSOL_HPLC,%
i-propylcyclopentane+				P108P91		Proportion	%	✓				P108P91,W,%
Iron				IRO		Proportion	ppm					IRO,ppm
iso,secbbenz+135tmbenz				ISBB+135TMB		Proportion	%	✓				ISBB+135TMB,W,%
Isoolefins				IOL		Proportion	%	✓				IOL,W,%
isoParaffins				IPA		Proportion	%	✓				IPA,W,%
isoParaffins (DHA)				IPAR_DHA		Proportion	%	✓				IPAR_DHA,W,%
isoParaffins to n-Paraffins ratio				INR		Proportion	ratio	✓				INR,W,ratio
isopentylcyclohexane				M54105-76-9		Proportion	%	✓				M54105-76-9,W,%
isopropylcyclohexane				M696-29-7		Proportion	%	✓				M696-29-7,W,%
Lead				_PB		Proportion	ppb					_PB,ppb
Lithium				_LI		Proportion	ppb					_LI,ppb
Luminometer Number				LUM		Dimensionless	none					LUM,none
Magnesium				_MG		Proportion	ppb					_MG,ppb
Manganese				_MN		Proportion	ppb					_MN,ppb
Mean boiling point				ABP		Temperature	C	✓				ABP,W,C
Mercury				_HG		Proportion	ppb					_HG,ppb
MetCycHex + 1cis2DiMetCycPen + 2233TetMetBut				P24		Proportion	%	✓				P24,W,%
methanol				MEOH		Proportion	%	✓				MEOH,W,%
methylcycloheptane				M4126-78-7		Proportion	%	✓				M4126-78-7,W,%
Methyl-naphthalene insolubles				MNINS		Proportion	%					MNINS,%
methylpropylcyclohexane				M26967-64-6		Proportion	%	✓				M26967-64-6,W,%
Molar Yield				MOLYLD		Proportion	%					MOLYLD,%
Molecular weight				MWT		mole	g/mol					MWT,g/mol
Molybdenum				_MO		Proportion	ppb					_MO,ppb
Motor Octane Number				MON		Dimensionless	none					MON,none
Motor Octane Number (Leaded)				MON_LEAD		Dimensionless	none					MON_LEAD,none
Multiring aromatics				MRA		Proportion	%	✓				MRA,W,%
m-xylene + p-xylene				MPXYL		Proportion	%	✓				MPXYL,W,%
N+2A				N+2A		Proportion	%	✓				N+2A,W,%
naphthalene				M91-20-3		Proportion	%	✓				M91-20-3,W,%
Naphthalenes				NPH		Proportion	%	✓				NPH,V,%
Naphthenes				NAP		Proportion	%	✓				NAP,W,%
Naphthenes (DHA)				NAP_DHA		Proportion	%	✓				NAP_DHA,W,%
Naphthenes + Cyclo-Olefins				NAPCOL		Proportion	%	✓				NAPCOL,W,%
Naphthenic Acidity				NACI		Acidity	mgKOH/g					NACI,mgKOH/g
n-butylcyclohexane				M1678-93-9		Proportion	%	✓				M1678-93-9,W,%
n-hexylbenzene				M1077-16-3		Proportion	%	✓				M1077-16-3,W,%
Nickel				NIK		Proportion	ppm					NIK,ppm
Nickel in Asphaltenes				NAS		Proportion	ppm					NAS,ppm
Nitrogen (Basic)				BN2		Proportion	ppm					BN2,ppm
Nitrogen (Total)				TN2		Proportion	ppm					TN2,ppm
Nitrogen concentration (Total)				TN2CON		Density	mg/l					TN2CON,mg/l
Nitrogen Gas				N2G		Proportion	%	✓				N2G,W,%
Nitrogen in Ramsbottom Carbon				NRA		Proportion	%					NRA,%
n-Olefins				NOL		Proportion	%	✓				NOL,W,%
Non Volatile Coke (NVC)				NVC		Proportion	%					NVC,%
n-Paraffins				NPA		Proportion	%	✓				NPA,W,%
n-Paraffins (DHA)				NPAR_DHA		Proportion	%	✓				NPAR_DHA,W,%
n-Paraffins by GC (ASTM D5442)				NPAR_GC		Proportion	%					NPAR_GC,%
n-pentane insolubles				NPI		Proportion	%					NPI,%
n-propylcyclohexane				M1678-92-8		Proportion	%	✓				M1678-92-8,W,%
n-tetradecane				M629-59-4		Proportion	%	✓				M629-59-4,W,%
n-tridecane				M629-50-5		Proportion	%	✓				M629-50-5,W,%
octahydro-1H-indene				M496-10-6		Proportion	%	✓				M496-10-6,W,%
octahydro-pentalene				M694-72-4		Proportion	%	✓				M694-72-4,W,%
Odour				ODO		Dimensionless	none					ODO,none
Oil in Wax				OIL_IN_WAX		Proportion	%					OIL_IN_WAX,%
Oils				OIL		Proportion	%					OIL,%
Olefins				OLE		Proportion	%	✓				OLE,W,%
Olefins (FIA)				OLE_FIA		Proportion	%	✓				OLE_FIA,V,%
Organic Acids				OACI		Proportion	%					OACI,%
Organic Chloride				OCHL		Proportion	ppm					OCHL,ppm
Organic Oxygen				OO2		Proportion	%					OO2,%
Oxygen				OXY		Proportion	%					OXY,%
Oxygen Gas				O2G		Proportion	%	✓				O2G,W,%
Palladium				_PD		Proportion	ppb					_PD,ppb
Paraffins				PAR		Proportion	%	✓				PAR,W,%
Paraffins (DHA)				PAR_DHA		Proportion	%	✓				PAR_DHA,W,%
Penetration				PEN		Distance	mm/10			✓		PEN,15C,mm/10
Peptizing Power				PEPT		Dimensionless	none					PEPT,none
Percentage				PCT		Proportion	%					PCT,%
Phosphorus				__P		Proportion	ppb					__P,ppb
Platinum				_PT		Proportion	ppb					_PT,ppb
Polar Compounds (HPLC)				POL_HPLC		Proportion	%					POL_HPLC,%
poly-Naphthene				P72		Proportion	%	✓				P72,W,%
poly-Naphthenes				PNAP		Proportion	%	✓				PNAP,W,%
Potassium				__K		Proportion	ppb					__K,ppb
Pour Point				PPT		Temperature	C					PPT,C
Pour Point (Min)				PPT_MIN		Temperature	C					PPT_MIN,C
Pour Point Index				PPI		Dimensionless	none					PPI,none
propan-1-ol				M71-23-8		Proportion	%	✓				M71-23-8,W,%
P-Value				PVALUE		Dimensionless	none					PVALUE,none
r-1,c-2,c-3,c-4-tetramethylcyclopentane				M2532-65-2		Proportion	%	✓				M2532-65-2,W,%
r-1,c-2,c-3-trimethylcyclohexane				M1839-88-9		Proportion	%	✓				M1839-88-9,W,%
r-1,c-2,t-3-trimethylcyclohexane				M7667-55-2		Proportion	%	✓				M7667-55-2,W,%
r-1,c-3,c-5-trimethylcyclohexane				M1795-27-3		Proportion	%	✓				M1795-27-3,W,%
r-1,c-3,t-5-trimethylcyclohexane				M1795-26-2		Proportion	%	✓				M1795-26-2,W,%
r-1,t-2,t-4-trimethylcyclohexane				M7667-60-9		Proportion	%	✓				M7667-60-9,W,%
Refractive Index				REF		Dimensionless	none			✓		REF,15C,none
Reid Vapour Pressure				RVP		Pressure	psi					RVP,psi
Reid Vapour Pressure (whole-crude)				RVP_WC		Pressure	psi					RVP_WC,psi
Research Octane Number				RON		Dimensionless	none					RON,none
Research Octane Number (Leaded)				RON_LEAD		Dimensionless	none					RON_LEAD,none
Residue Yield				RES_YLD		Proportion	%	✓				RES_YLD,W,%
Resins				RSS		Proportion	%					RSS,%
Resins A				RSA		Proportion	%					RSA,%
Resins A (IP469)				RSA_IP469		Proportion	%					RSA_IP469,%
Resins B				RSB		Proportion	%					RSB,%
Resins B (IP469)				RSB_IP469		Proportion	%					RSB_IP469,%
Rhenium				_RE		Proportion	ppb					_RE,ppb
Ring Index				RIND		Proportion	%	✓				RIND,W,%
Rubidium				_RB		Proportion	ppb					_RB,ppb
Ruthenium				_RU		Proportion	ppb					_RU,ppb
Salt				SALW		Proportion	ppm					SALW,ppm
Salt (wt/vol)				SAL		Density	g/cc					SAL,g/cc
Saturated rings				STR		Proportion	%	✓				STR,W,%
Saturates				P+N		Proportion	%	✓				P+N,W,%
Saturates (FIA)				SAT_FIA		Proportion	%	✓				SAT_FIA,V,%
Saturates (HPLC)				SAT_HPLC		Proportion	%					SAT_HPLC,%
Saturates (IP469)				SAT_IP469		Proportion	%					SAT_IP469,%
Saybolt Colour				SAYCOL		Dimensionless	none					SAYCOL,none
sec-butylcyclopentane				M4850-32-2		Proportion	%	✓				M4850-32-2,W,%
sec-pentylbenzene				M29316-05-0		Proportion	%	✓				M29316-05-0,W,%
Sediment				SEDM		Proportion	ppm	✓				SEDM,W,ppm
Selenium				_SE		Proportion	ppb					_SE,ppb
Silicon				_SI		Proportion	ppb					_SI,ppb
Silver				_AG		Proportion	ppb					_AG,ppb
Simdis				SIM		Proportion	%			✓		SIM,15C,%
Simdis boiling point				SIMP		Temperature	C		✓			SIMP,70%,C
Simdis Yield				SIMYLD		Proportion	%					SIMYLD,%
Smoke Point				SMO		Distance	mm					SMO,mm
Sodium				_NA		Proportion	ppm					_NA,ppm
Softening Point				SOF		Temperature	C					SOF,C
Solids				SOL		Proportion	%					SOL,%
Specific gravity				SPG		Dimensionless	none			✓		SPG,15C,none
Still Pressure				SPR		Pressure	atm					SPR,atm
Strontium				_SR		Proportion	ppb					_SR,ppb
Sulphur (Elemental)				ELEM_SUL		Proportion	%					ELEM_SUL,%
Sulphur (Mercaptan)				MER		Proportion	ppm					MER,ppm
Sulphur (Sulphidic)				SPH		Proportion	%					SPH,%
Sulphur (Thiophenic)				THI		Proportion	%					THI,%
Sulphur (Total)				SUL		Proportion	%					SUL,%
Sulphur in Asphaltenes				SAS		Proportion	%					SAS,%
Sulphur in Ramsbottom Carbon				SRA		Proportion	%					SRA,%
Temperature				TMP		Temperature	C					TMP,C
tert-butylcyclopentane				M3875-52-3		Proportion	%	✓				M3875-52-3,W,%
Thallium				_TL		Proportion	ppb					_TL,ppb
Thiophenes				TPH		Proportion	%	✓				TPH,W,%
Tin				_SN		Proportion	ppb					_SN,ppb
Titanium				_TI		Proportion	ppb					_TI,ppb
toluene + 2,3,3-trimethylpentane				P36P		Proportion	%	✓				P36P,W,%
Toluene Insolubles				TOLINS		Proportion	%					TOLINS,%
Total > 200 C				TOT200		Proportion	%	✓				TOT200,W,%
Total Polar Content				POL		Proportion	%	✓				POL,W,%
Total unknowns				TOTUNK		Proportion	%	✓				TOTUNK,W,%
trans-1,1,3,4-tetramethylcyclopentane				M20309-77-7		Proportion	%	✓				M20309-77-7,W,%
trans-1-ethyl-2-methylcyclohexane				M4923-78-8		Proportion	%	✓				M4923-78-8,W,%
trans-1-ethyl-4-methylcyclohexane				M6236-88-0		Proportion	%	✓				M6236-88-0,W,%
True boiling point				CUMP		Temperature	C	✓	✓			CUMP,W,70%,C
True Vapour Pressure				TVP		Pressure	atm			✓		TVP,15C,atm
Tungsten				__W		Proportion	ppb					__W,ppb
Unknown				EMPTY		Dimensionless	none					EMPTY,none
UOPK				WTK		Dimensionless	none					WTK,none
Vanadium				VAN		Proportion	ppm					VAN,ppm
Vanadium in Asphaltenes				VAS		Proportion	ppm					VAS,ppm
Viscosity (absolute)				VIS_ABS		Absolute Viscosity	cp			✓		VIS_ABS,15C,cp
Viscosity (kinematic)				VIS		Kinematic Viscosity	cSt			✓		VIS,15C,cSt
Viscosity (Redwood 1)				VIS_RED1		Dimensionless	none			✓		VIS_RED1,15C,none
Viscosity (SSF)				VIS_SSF		Dimensionless	none			✓		VIS_SSF,15C,none
Viscosity (SSU)				VIS_SSU		Dimensionless	none			✓		VIS_SSU,15C,none
Viscosity Index				VSI		Dimensionless	none					VSI,none
Viscosity Slope (ASTM D341)				D341SLOPE		Dimensionless	none					D341SLOPE,none
Volume				VOL		Volume	cc					VOL,cc
Volume Expansion				VEX		Proportion	%					VEX,%
Water				H2O		Proportion	%	✓				H2O,V,%
Wax				WAX		Proportion	%					WAX,%
Wax (Congealing Point Paraffin)				CPPWAX		Temperature	C					CPPWAX,C
Wax (Congealing Point)				CPWAX		Temperature	C					CPWAX,C
Wax (Paraffin)				PWAX		Proportion	%					PWAX,%
Wax Appearance Temperature				WAXAT		Temperature	C					WAXAT,C
Wax Melting Point				WMP		Temperature	C					WMP,C
Weight				WEI		Mass	g					WEI,g
Xylene Equivalent				XYL		Dimensionless	none					XYL,none
Yield				YLD		Proportion	%	✓				YLD,W,%
Yield (Differential)				DIFFYLD		Proportion per unit temperature	%/C	✓				DIFFYLD,W,%/C
Yield On Input				YLD_IN		Proportion	%	✓				YLD_IN,W,%
Zinc				_ZN		Proportion	ppb					_ZN,ppb
Zirconium				_ZR		Proportion	ppb					_ZR,ppb

Unified Supply Chain Assay