Our Services
Test Teams
Catalyst provides experienced, qualified test personnel proficient in the latest EPA test methods. Each team is structured with a QSTI-certified test supervisor who is responsible for ensuring that test programs are completed as scheduled while adhering to all applicable environmental, health, and safety regulations.
Catalyst personnel have extensive on-site experience at electric power generation plants. This experience results in efficient test programs that minimize testing delays while providing reliable data, accurate test reports and, potentially, lower financial burden for the client. Catalyst has QSTI certified team leaders who adhere to established QA procedures for all tests.
Catalyst personnel work cooperatively with all government regulatory personnel ensuring accurate test protocols and reporting, and limiting the potential for test delays. We work willingly with other on-site contractors and manufacturers' representatives during performance evaluation or equipment installation to ensure the client obtains the most information and best outcome from the testing.
Test Equipment
Catalyst Air Management, Inc. maintains a comprehensive inventory of state of the art testing equipment. Pre and post test calibrations are completed on all applicable equipment by qualified personnel according to written QA policy.
Test Capabilities
Catalyst Air Management, Inc. can provide comprehensive source emissions testing, emissions control equipment performance evaluation, diagnostic, efficiency and regulatory compliance testing, continuous emissions monitoring system (including PM and Hg) certification, reference method emissions testing for all criteria pollutants and air toxics, CAM Plan testing, SCR tuning and boiler efficiency testing.
| EPA Reference Method Experience | |
|---|---|
| Method 1, 1a | Sample point location |
| Method 2 | Velocity Traverse |
| Method 3, 3a | Gas Analysis |
| Method 4 | Moisture Determination |
| Method 5 | Particulate Matter |
| Method 6, 6a | Sulfur Dioxide |
| Method 7, 7e | Oxides of Nitrogen |
| Method 8 | Sulfuric Acid Mist |
| Method 9 | Visual Opacity |
| Method 10, 10a, 10b | Carbon Monoxide |
| Method 11 | Hydrogen Sulfide |
| Method 12 | Inorganic Lead |
| Method 13b | Total Fluoride |
| Method 15a | Total Reduced Sulfur |
| Method 17 | In-stack Particulate |
| Method 18 | Volatile Organics |
| Method 19 | Emission Rate Calculation |
| Method 20 | NOx (gas turbines) |
| Method 21 | VOC leak detection |
| Method 22 | Fugitive Opacity |
| Method 23 | Dioxins and Furans |
| Method 25, 25a | Gaseous Organic Concentration |
| Method 26 | Hydrogen Chloride |
| Method 29 | Metals |
| Method 30b | Total vapor phase mercury by carbon sorbent traps |
| Method 101 | Mercury |
| Method 104 | Beryllium |
| Method 106 | Vinyl Chloride |
| Method 108 | Arsenic |
| Method 201 | PM-10 |
| Method 202 | Condensable particulate (including dry impinger method) |
| Method 204 | Total enclosure for capture efficiency |
| Method 306 | Total Chromium |
| Ontario-Hydro | Speciated mercury |
| Method 0010 | Speciated semi-volatile organic compounds |
| Method 0011 | Formaldehyde |
| Method 0031 | Speciated volatile organic compounds |
| Method 0033 | Hydrogen Cyanide |
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