Industrial hygiene · Leak detection
Azurite provides optical gas imaging, concentration gradient mapping, industrial hygiene, and OSHA/MSHA technical support for industrial facilities.
Certified Industrial Hygienist oversight on every project.
Arizona-based · Nationwide project support
Core field services
Focused field work and clear technical documentation, with CIH oversight on every project.
Locate and document detectable gas releases from process equipment and systems. Findings can support repair work, reduce product loss, and lower avoidable operating costs.
Show how measured concentrations vary across a defined area under the operating and environmental conditions present during the survey.
Evaluate air contaminants and noise through representative sampling and direct-reading measurements, with Certified Industrial Hygienist oversight.
Project contact
A concise outline is enough to begin.
Briefly describe the facility, process, gas, or exposure concern.
Optical Gas Imaging
Optical gas imaging scans equipment and process areas for emissions detectable by the selected camera. A documented leak list helps maintenance focus inspection and repair, which can reduce avoidable material loss and operating cost.
Technical limitation: Visibility depends on the gas, camera, background, viewing geometry, weather, and operating conditions. OGI does not by itself measure concentration, worker exposure, or leak rate.
Industries
Extensive experience across many industries
Leak detection for gases including carbon dioxide (CO₂) and ammonia; exposure monitoring for ingredients and sanitation chemicals; occupational noise surveys.
Leak detection for gases including sulfur dioxide (SO₂), carbon monoxide (CO), and natural gas; exposure monitoring for dust, metals, process gases, and noise; OSHA/MSHA technical support.
Leak detection for compressed air, fuel gas, and other pressurized-gas systems; exposure monitoring for dust, fumes, process chemicals, and noise.
Leak detection for gases including sulfur hexafluoride (SF₆), natural gas, and hydrogen; exposure monitoring and noise surveys where relevant.
