ASAE/ASABE S633 
NAS 999 Rev. 1 
ASTM Volume 15.10:2018 
AASHTO TP 99-18 
JIS Z 9202:1991 
AS 3959-2009 AMDT 2 
MMPDS MMPDS-08 Chapter 6 
JIS Z 9120:1995 
ISA TR88.00.02-2008 
MMPDS MMPDS-15 Chapter 2 
UOP 411-13 
ADS TS8 
AGA Z3801184 
JIS Z 9117:1984 
NBBI NB23-2011 Part 2 
UOP 987-11 
HI 9.6.3-2017 
NBBI NB23-2017 Part 2 
MMPDS MMPDS-14 Chapter 5 
CGA V-17 
AASHTO TP 79-10 
ADS TS97 
AASHTO TP 78-09 (2013) 
AASHTO TP 70-10 
AASHTO TP 80-10 
ASA S3.35-2021 
NBBI NB23-2021 Part 4 
JIS Z 9122:1997 
ASTM Volume 15.12:2018 
IEST SPACE10 
AS/NZS IEC 62320.3:2015 
ASAE/ASABE S648-2 
IEST RP-DTE040.1 
SAE USCAR5-4 
ASAE/ASABE S648-3 
NBBI NB23-2017 Part 1 
UOP 423-85 
AASHTO TP 75-08 
ASAE/ASABE S648-1 
UOP 981-10 
ADS TS57 
NBBI NB23-2015 
NBBI NB23-2019 Part 4 
MMPDS MMPDS-14 Chapter 2 
AATCC M9-1992 
ADS TS70 
UOP 99-07 
HI 9.6.8-2014 
AS/NZS IEC 62676.2.2:2020 
AS 4551-2008 AMDT 1 
CIE x048-PO39 
ASTM Volume 15.10:2021 
AS Z7-1967 
Description
This method covers the quantitative determination of the percentage of lime in hot mix asphalt (HMA) by calculation of the calcium hydroxide, Ca(OH)2, recovered from a sample of the mixture. A specimen is obtained through drilling into the HMA and collecting the drilling dust. The specimen is subjected to an acid filter boil and wash and is analyzed using either Atomic Absorption (AA) or Ion Exchange Chromatography (IEC).
Product Details
- Published:
- 2008
- Number of Pages:
- 5
- File Size:
- 1 file , 1.5 MB
