Industrial Hygiene Testing Services

We provide comprehensive testing for both Friable and Non-Friable Asbestos Materials and airborne fibers, ensuring strict compliance with OSHA and EPA regulations. Our services include bulk sampling using PLM and advanced air monitoring via PCM for clearance and TEM for definitive identification.

Our experts conduct detailed Indoor Air Quality (IAQ) investigations to identify moisture sources, assess building systems, and evaluate exposure to biological contaminants like Aspergillus and Stachybotrys.

We offer exposure monitoring for crystalline forms like Alpha Quartz, Cristobalite, and Tridymite, using advanced X-Ray Diffraction (XRD) techniques to comply with OSHA standards.

We monitor workplace particulates including PNOR, performing gravimetric analysis to measure both total and respirable fractions per OSHA PELs.

We use advanced air monitoring methods, including canisters and passive badges, to analyze organic vapors such as BTEX compounds and total VOCs using EPA Method TO-15.

We monitor reactive agents such as Acetone, Isocyanates, and Sodium Hydroxide using chemical-specific sampling and analysis aligned with OSHA and ACGIH limits.

We provide monitoring for hazardous gases like Hydrogen Sulfide, CO, and Ammonia using both direct-read instruments and lab-based analyses.

We perform air monitoring for metals like Iron, Nickel, and Cadmium in welding fumes, analyzed using ICP or AA spectrometry methods per OSHA standards.

We conduct air and surface testing for Lead using XRF surveys and wipe samples, following OSHA and EPA RRP rules for compliance and clearance.

We monitor toxic metals and Cr(VI) using OSHA Method ID-215, ensuring compliance with 29 CFR 1910.1026 CrVI exposure standards.

Our IAQ services include sampling and analysis for chemical, biological, and particulate contaminants, identifying sources of indoor air pollution and recommending mitigation strategies for a healthy indoor environment.

We perform noise and heat stress assessments to protect workers in challenging environments, using sound level meters, heat stress monitors, and OSHA/NIOSH-compliant evaluation methods.