ASAE/ASABE S648-5
1 × $36.00 
BS Z 11:1998
1 × $97.79 
AGA XQ9211
1 × $81.50 
PIP VESTA002
1 × $50.00 
AGA XQ0311
1 × $220.00 
SAE Z26.1/96
1 × $42.50 
BS W 13:1973+A1:2014
1 × $71.12 
CIE x048-WP03
1 × $15.90 
AS/NZS IEC 62740:2016
1 × $73.92 
CIE x048-PO59
1 × $15.90 
UOP 379-81
1 × $120.00 
CGA V-19
1 × $8.00 
ASTM Volume 15.06:2021
1 × $127.50 
BS Z 100:1999
1 × $87.63 
AGA Z3801184
1 × $14.00 
AWS WZC (D19.0-72)
1 × $64.00 
CIE x048-PO63
1 × $15.90 
AGA Z3801121
1 × $14.00 
CGA V-10
1 × $19.50 
UOP 983-04
1 × $120.00 
UOP 992-11
1 × $120.00 
BS Z 1:1997
1 × $29.21 
ASA S3.55-2015/Part 3 / IEC 60318-3:2014 (R2020)
1 × $27.50 
AS Z21-1968
1 × $18.82 
CTA CEDIA-CEB29
1 × $15.00 
BS X 37:2004
1 × $71.12 
BS X 36:1998
1 × $71.12 
ADS TS57
1 × $42.50 
AS/NZS IEC 62471.2:2012
1 × $47.63 
AS Z30-1966
1 × $23.52 
ASTM Volume 15.05:2021
1 × $105.50 
ADS TS79
1 × $42.50 
BS Z 7:1998
1 × $82.55 
ADS TS8
1 × $42.50 
AS Z5.1-1968
1 × $38.11 
ADS TS86
1 × $42.50 
AS Z38-1967
1 × $23.59 
CGA V-9
1 × $64.50 
CTA CEB32.4
1 × $34.50 
JIS Z 9126:2010
1 × $43.50 
UOP 993-11
1 × $143.50 
BS Z 17:2000
1 × $87.63 
ASTM Volume 15.05:2020
1 × $102.00 
NAS 996
1 × $34.50 
AS Z63-1970
1 × $23.59 
CGA V-5
1 × $32.50 
AWS WIT-W:2008
1 × $46.00 NAS 993
1 × $34.50 
AGA XQ9106S
1 × $561.00 
JIS Z 9117:2011
1 × $34.00 
BS W 13:1973
1 × $54.61 
AGA Z3801125
1 × $14.00 
IEST RP-NANO205.1
1 × $242.50 
CTA NSF 2052.2
1 × $34.50 
CGA V-17
1 × $8.00 
ADS TS84
1 × $42.50 
CIE x048-PO48
1 × $15.90 
AGA XQ0002
1 × $81.50 
BS W 14:1999
1 × $71.12 NAS NA0135 Rev. 2
1 × $27.00 
ADS TS76
1 × $42.50 
CTA CEB27
1 × $36.00 
UOP 999-05
1 × $143.50 
BS Z 2:1997
1 × $17.78 
CGA V-5 (R2013)
1 × $32.50 
CGA V-10
1 × $19.50 
BS Z 4:1997
1 × $57.15 
CTA TVSB-5 (S2015)
1 × $168.50 
CIE x048-PO46
1 × $15.90 
BS Z 17:2000
1 × $87.63 
ADS TS70
1 × $42.50 
Welding Metallurgy
1 × $33.00 
BS Z 5:1997
1 × $135.89 Subtotal: $4,804.53
$120.00
$120.00
Free Sulfur in LPG by Mercury Number
standard by UOP LLC, A Honeywell Company, 01/01/2013
This is a semi-quantitative method for determining free sulfur in liquefied petroleum gases. Peroxide is an interference that increases the apparent elemental sulfur value. The lower limit of detection is a mercury number of 1.0, which is equivalent to approximately 2.0 mg/kg (mass-ppm).
