CIE x048-WP03 
HI 9.6.6-2009 
BS V 38:1967 
IEST RP-CC046.1 
BS T 72-T 73:1977 
CGA V-22 
BS W 13:1973+A1:2014 
AS Z5.1-1968 
ISA TR84.00.02-2015 
ADS TS74 
BS X 37:2004 
BS TS 3:1993 
AGA Z380112 
CTA CEDIA-CEB29 
BS W 14:1999 
CIE x048:2021 
CTA CEDIA-CEB24 
SAE USCAR6-1 
AASHTO TP 99-18 
AASHTO TP 99-12 
BS Z 11:1998 
AS Z46-1967 
AGA XQ1201 Errata 1 
BS Z 7:1998 
ASAE/ASABE S633 
CGA V-17 
UOP 981-11 
AS/NZS IEC 62471.2:2012 
CTA CEB5-B S-2017 
UOP 987-15 
ASTM Volume 15.08:2018 
BS X 38:2005+A1:2015 
BS X 35:1998 
CIE x048-PO40 
CGA V-12 
ADS TS97 
CGA V-7.1 
BS SP 51 AND 52:1953+A3:2012 
AS/NZS IEC 63103:2021 
CTA CEB32.4 
ADS TS84 
NAS 998 
Odorization Manual, 2000 
CIE x048-PO59 
UOP 991-11 
UOP 997-13 
CGA V-11 
CIE x048-PO47 
UOP 999-04 
CGA V-16 
CTA CEB4 (S-2013) 
CIE x048-PO46 
ASTM Volume 15.05:2021 
AASHTO UAAG-3 
CTA TR-2-A 
ASTM Volume 15.07:2018 
CIE x048-PO38 
ASTM Volume 15.10:2018 
CGA V-10 
CTA CEB32.5 
AGA XR0603 
BS Z 10:1998 
AGA Z3801153 
UOP 99-82 
AGA XQ0310 
CTA TR-3 
BS Z 17:2000 
ASTM Volume 15.11:2018 
UOP 999-13 
ASTM Volume 15.06:2018 
Description
This method is for determining UOP No. 5® or other p-phenylenediamine type inhibitors in gasoline. It is not applicable to aminophenolic or phenolic inhibitors. The method is limited to freshly-inhibited fuels since inhibitors that have been oxidized beyond an intermediate stage are not determined. Common gasoline dyes and tetraethyl lead do not interfere with this analysis. The lower limit of detection is approximately 0.2 mg/100 mL, which is approximately equivalent to 2.6 mass-ppm.
Product Details
- Published:
- 01/01/1990
- Number of Pages:
- 4
- File Size:
- 1 file , 240 KB
