| Located in Lehigh County, Pennsylvania American Analytical & Environmental, Inc. is accredited by the Pennsylvania Laboratory Accreditation Program (PLAP) as Lab ID No. 39-01105 for non-potable water and solid/chemical material analysis. Pennsylvania State Regulations (25 Pa. Code, Chapter 252) require environmental laboratories performing testing on drinking water samples, non-potable water samples, or samples of solid and chemical materials to be accredited, if the purpose of that testing is to comply with any environmental statutes listed in the regulation. Examples include The Land Recycling and Environmental Remediation Standards Act, the Clean Streams Law, the Solid Waste Management Act, the Storage Tank and Spill Prevention Act, and the Hazardous Sites Cleanup Act. PLAP requires compliance with EPA approved methods, as well as standards of business ethics and quality control/assurance that reach beyond EPA requirements (Policies).
Located in Lehigh County, Pennsylvania American Analytical & Environmental, Inc. is accredited by the Pennsylvania Laboratory Accreditation Program (NELAP) as Lab ID No. 39-01105 for non-potable water and solid/chemical material analysis. Pennsylvania State Regulations (25 Pa. Code, Chapter 252) require environmental laboratories performing testing on drinking water samples, non-potable water samples, or samples of solid and chemical materials to be accredited, if the purpose of that testing is to comply with any environmental statutes listed in the regulation. Examples include The Land Recycling and Environmental Remediation Standards Act, the Clean Streams Law, the Solid Waste Management Act, the Storage Tank and Spill Prevention Act, and the Hazardous Sites Cleanup Act. NELAP requires compliance with EPA approved methods, as well as standards of business ethics and quality control/assurance that reach beyond EPA requirements (Policies).
Methods typically utilized
by our clients
| ANALYTE |
METHOD |
| Asbestos |
EPA 600 R93/116 |
| Ammonia (as N) |
EPA 350.3 |
| Biochemical Oxygen Demand |
EPA 405.1 |
| Chemical Oxygen Demand |
SM 18 5220C |
| Corrosivity |
SW846 9045C |
| Cyanide, Total |
EPA 335.2 |
| Hardness, Total |
SM 18 2340 B |
| Extraction, TCLP |
SW8461311 |
| Extraction, SPLP |
SW846 1312 |
| Extraction, ASTM |
ASTM D3987-85 |
| Ignitability |
SW846, Chapter 7.3 |
| Kjeldahl Nitrogen, Total |
EPA 351.1, EPA 351.3 |
| Free Liquids |
SW846 9045 |
| Nitrate |
SM 419-D |
| Oil & Grease, Total/Recoverable |
EPA 1664-A |
| Phenols |
EPA 420.1 |
| Phosphorus, Total |
EPA 365.2 |
| pH |
SW846 9040B |
| PCBs |
SW846 8082 |
| Reactivity, Cyanide |
SW846, Chapter 7.3 |
| Reactivity, Sulfide |
SW846, Chapter 7.3 |
| Sulfate (as SO4) |
EPA 375.3 |
| Solids, Total |
EPA 160.3 |
| Solids, Total Dissolved |
EPA 160.1 |
| Solids, Total Suspended |
EPA 160.2 |
| Solids, Total Volatile |
EPA 160.4 |
| Total Petroleum Hydrocarbons |
EPA 1664 |
| Total Organic Halogens (TOX) |
SW846 9020 |
| Volatile Organic Compounds |
SW846 8260B |
| SemiVolatile Organic Compounds |
SW846 8270C |
| Herbicides/Pesticides |
SW846 8151/8081A |
| METALS |
| Aluminum, Total |
EPA 202.1, SW846 7020 |
| Arsenic, Total |
EPA 206.2, SW846 7060A |
| Barium, Total |
EPA 208.1, SW846 7080A |
| Beryllium, Total |
EPA 210.1, SW846 7090A |
| Cadmium, Total |
EPA 213.1, SW846 7130 |
| Calcium, Total |
EPA 215.1, SW846 7140 |
| Chromium, Total |
EPA 218.1, SW846 7190 |
| Chromium VI |
SM 18 3500-CrD |
| Copper, Total |
EPA 220.1, SW846 7210 |
| Iron, Total |
EPA 236.1, SW846 7380 |
| Lead, Total |
EPA 239.1, 239.2, SW846 7420, 7421 |
| Magnesium, Total |
EPA 242.1, SW846 7480 |
| Manganese, Total |
EPA 243.1, SW846 7460, 7461 |
| Mercury, Total; |
EPA 245.1, SW846 7471A |
| Nickel, Total |
EPA 249.1, SW846 7520 |
| Potassium, Total |
EPA 258.1, SW846 7610 |
| Silver, Total |
EPA 272.1, 272.2, SW846 7760A, 7761 |
| Selenium, Total |
EPA 270.2, SW846 7740 |
| Sodium, Total |
EPA 273.1, SW846 7770 |
| Thallium, Total |
EPA 271.2, SW846 7840, 7841 |
| Zinc, Total |
EPA 289.1, SW846 7950 |

|
|