- EPA-Method 5 Particulates
- EPA-Method 201 Particulates
- EPA-Method SW-7473 Mercury in solids & solutions by thermal decomposition
- EPA-Method 6 Sulfate Titration: usually there is only one SO2 fraction per run. If breakthrough analysis is needed, there are 2 fractions per run.
- EPA-Method 8 Sulfate Titration – A typical run has a front half fraction called H2SO4, IPA fraction called SO3, and H2O2 fraction called the SO2. The method calls for putting the front half and IPA together for the H2SO4 result. The number of analysis per run is project dependent.
- EPA-Method 12 Lead: if particulate weights are needed, see Method 5.
- EPA-Method 13A Fluoride (Spadns Fluoride Color Test): one fraction per run is typical.
- EPA-Method 13B Fluoride: one fraction per run is typical.
- EPA-Method 26/26A - 0050 Hydrogen Chloride, Hydrogen Bromide, Hydrogen Fluoride, Chlorine, Bromine.
- EPA-CTM 27 Ammonia: the method calls for analyzing impingers 1 & 2 separately to check for NH4 breakthrough.
- EPA-Method 29 / M-0060 Metals and Mercury: Method 29 Metals/ Sb, As, Ba, Be, Cd, Cr, Co, Cu, Pb, Mn, Hg, Ni, P, Se, Ag, Tl, Zn
- EPA-Method 30B Determination of total vapor phase Mercury emissions from coal-fired combustion sources using carbon sorbent traps
- EPA-Method 101 Mercury
- EPA-Method 101A Mercury; usually two fractions per run, (KMnO4 and HCl).
- EPA-Method 104 Beryllium: one fraction per run is typical.
- EPA-Method 105 Mercury in Sludge
- EPA-Method 108 Arsenic
- EPA-Method 202 Condensable Particulate Extraction, organic and aqueous fractions determination.
- EPA-Method 306 Total chrome, one fraction per run is typical.
- EPA-Method 306 Chrome (VI) by HPLC: one fraction per run is typical.
- EPA-Method M-0061 Chrome (VI) by HPLC: one fraction per run is typical.
- EPA-Method CARB-425 Chrome (VI) by HPLC: one fraction per run is typical.
- Ontario Hydro Mercury Mercury: High Range - Instrument range 0.002ug/ml or .2 ng/ml, Low Range- Instrument range 0.00005ug/ml or .05 ng/ml
- EPA-Method SW-7470-A Mercury in liquid waste: the detection limit is based on sample matrix and weight.
- EPA-Method SW-7471B Mercury in Solid and Semisolid waste by cold vapor: the detection limit is based on sample matrix and weight.
- EPA-Method Boiler MACT Mercury & Metals: sample preparation (microwave digestion for coal and ash); MACT Metals (As, Be, Cd, Cr, Pb, Mn, Hg, Ni, Se)
- EPA-Method 1311/6020/7470A/160.3 TCLP Metals TCLP Metals (As, Ba, Cd, Cr, Pb, Hg, Se, & Ag)
- EPA-Method 1311 TCLP pH
- EPA-Method 3051, 3052/6020 Metals, Total Dry Weight Basis
- EPA-Method 6020 ICP-MS Total Quant Analyses
- EPA-Method 5E/415.1 5E/415.1 – Total Organic Carbon
