Sample Matrix, Container and Preservative Information
Containers:
P = polyethylene bottle with polypropylene cap G = glass GA = glass amber bottle with teflon lined cap VOA = glass bottle (40 ml or 250 ml) with teflon septum lined cap, no headspace
Used Oil Burning Specs |
Matrix |
Container |
Perservative |
Total Metals (As, Cd, Cr, Pb) |
L |
500 ml, G |
0-6°C |
Flashpoint |
L |
50 ml, G |
0-6°C |
Total Halogens |
L |
500 ml, G |
0-6°C |
Hazardous Waste Characterization / Initial Characterization |
Matrix |
Container |
Perservative |
TCLP Metals |
L |
500 ml, G |
0-6°C |
Flashpoint |
L |
50 ml, G |
0-6°C |
pH |
L |
100 ml, G |
0-6°C |
TCLP SVOC |
L |
1 L, GA |
0-6°C |
TCLP VOC |
L |
250 ml, VOA or 3x40 |
0-6°C |
Trip Blank (VOC) |
L |
(1) 40 ml, VOA |
HC1, 0-6°C |
Hazardous Waste Characterization / Quarterly** |
Matrix |
Container |
Perservative |
Appearance* |
L |
100 ml, G |
0-6°C |
pH* |
L |
100 ml, G |
0-6°C |
Flashpoint* |
L |
100 ml, G |
0-6°C |
Organic Chlorides* |
L |
100 ml, G |
0-6°C |
Benzene (Total or TCLP)* |
L |
(3) 40 ml, VOA |
HC1, 0-6°C |
Trip Blank (Total Benzene) |
L |
(1) 40 ml, VOA |
HC1, 0-6°C |
RCRA Metals (Total or TCLP)* |
L |
(1) 250 ml, P |
HN03 |
*All can be in one 100 ml container. **Refer to section 6 of the Hilcorp Waste Analysis Profile (WAP) for which analyses need to be performed.
Parameter |
Method |
Matrix |
Container |
Preservative |
Holding Time |
Total Benzene |
EPA 8260D |
S |
4oz, G |
MeOH, 0-6°C |
28 days |
BTEX/GRO |
EPA 8021b / AK 101 |
S |
4oz, G |
MeOH, 0-6°C |
28 days |
DRO/PRO |
AK 102 / 103 |
S |
8oz, G |
0-6°C |
14 days |
Total Metals |
EPA 6020A |
S |
8oz, G |
0-6°C |
6 months |
TPH |
EPA 1664 |
S |
8oz, G |
0-6°C |
28 days |
PAH |
EPA 8270E |
S |
8oz, G |
0-6°C |
14 days |
Total VOC (GC/MS) |
EPA 8260D |
S |
8oz, G |
0-6°C |
14 days |
Total VOC (GC/PID) |
EPA 8260D |
S |
8oz, G |
MeOH, 0-6°C |
14 days |
SVOC |
EPA 8270E |
S |
8oz, G |
0-6°C |
14 days |
TCLP Metals |
EPA 1311 / 6020A |
S |
8oz, G |
0-6°C |
6 months |
TCLP Benzene |
EPA 1311 / 8260D |
S |
8oz, G |
0-6°C |
14 days |
TCLP SVOC |
EPA 1311 / 8270E |
S |
8oz, G |
0-6°C |
14 / 7 days |
TCLP VOC |
EPA 1311 / 8260D |
S |
8oz, G |
0-6°C |
14 days |
Corrosivity (pH) |
EPA 9045B |
S |
8oz, G |
0-6°C |
ASAP |
Conductivity |
EPA 120.1 |
S |
8oz, G |
0-6°C |
ASAP |
Salinity |
SM 2520B |
S |
8oz, G |
0-6°C |
ASAP |
Glycol/Methanol |
ASTM D3695 |
S |
4oz, G |
0-6°C |
28 days |
Parameter |
Method |
Matrix |
Container |
Preservative |
Holding Time |
Total Benzene |
EPA 8260 |
L |
(3) 40 ml, VOA |
HCI, 0-6°C |
14 days |
BTEX/GRO |
EPA 8260D / AK 101 |
L |
(3) 40 ml, VOA |
HCI, 0-6°C |
14 days |
DRO/PRO |
AK 102 / 103 |
L |
1 L, GA |
HCI, 0-6°C |
7 days |
Total Metals |
EPA 6020A |
L |
1 L, G |
HN03 at lab, 0-6°C |
6 months |
O + G / TPH |
EPA 1664 |
L |
1 L, G |
HCI, 0-6°C |
28 days |
PAH |
EPA 8270E |
L |
1 L, GA |
0-6°C |
7 days |
Total VOC |
EPA 8260D |
L |
(3) 40 ml, VOA |
HCI, 0-6°C |
14 days |
Total SVOC |
EPA 8270 |
L |
1 L, GA |
0-6°C |
7 days |
TCLP Metals |
EPA 1311 / 8260D |
L |
500 ml, G |
HN03 at lab, 0-6°C |
6 months |
TCLP Benzene |
EPA 1311 / 8260D |
L |
(3) 40 ml, VOA |
0-6°C |
14 days |
TCLP VOC |
EPA 1311 / 8260D |
L |
(3) 40 ml, VOA |
0-6°C |
14 days |
TCLP SVOC |
EPA 1311 / 8270E |
L |
1 L, GA |
0-6°C |
7 days |
Glycol / Methanol |
ASTM 3695 |
L |
500 ml, G |
0-6°C |
28 days |
Corrosivity (pH) |
SM4500 H / EPA 150.1 |
L |
125 ml, P/G |
0-6°C |
24 hours |
Flashpoint |
EPA 1020 |
L |
50 ml, G |
0-6°C |
14 days |
Conductivity |
EPA 120.1 / SM2510B |
L |
500 ml, P/G |
0-6°C |
24 days |
Salinity |
SM 2520B |
L |
500 ml, P/G |
0-6°C |
24 days |
Turbidity |
EPA 2130B, EPA 180.1 |
L |
500 ml, P/G |
0-6°C |
24 days |
Organic Chlorides |
EPA 8260D |
L |
40 ml, VOA |
H2SO4, 0-6°C |
14 days |
Total Halogens |
EPA 9076 or EPA 8260D |
L |
500 ml, GA |
0-6°C |
28 days |
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Methods, Transportation, Shipping and Sample Information
Employee Experience and Qualifications
For your convenience we are open 24 hours per day,
7 days per week, 365 days a year!
Contact Information
Arctic Fox Envrironmental, Inc.
Phone: (907) 659-2145
When Ralph is not on the Slope feel free to contact him any time at (509) 929-5553.
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