Environmental monitoring requires accurate, trace-level measurements to understand air, gas, and environmental system impacts. Ohio Lumex provides advanced instrumentation, sampling technologies, and analytical capabilities used across a wide range of environmental applications—from research and climate studies to regulatory monitoring and field investigations.
Our solutions support reliable detection of mercury and other trace gases in complex environments, helping organizations generate defensible data for environmental decision-making.
Ohio Lumex provides advanced instrumentation, sampling systems, and analytical solutions for environmental monitoring applications. These technologies support field measurements, long-term monitoring programs, and laboratory analysis of mercury and other trace-level gases across a wide range of environmental conditions.
The Ohio Lumex analytical laboratory provides trace-level analysis of environmental samples, supporting monitoring programs, research studies, and regulatory applications. Our laboratory utilizes validated EPA and ASTM methodologies and is NELAP and A2LA accredited, delivering accurate and defensible results across a wide range of environmental conditions.
Environmental monitoring programs often require precise measurement of mercury and other trace-level compounds to assess environmental impact and support long-term studies. Ohio Lumex routinely supports analysis of analytes such as:
Ohio Lumex has extensive experience supporting environmental monitoring programs across a wide range of industries and applications, from renewable energy and landfill gas monitoring to atmospheric and climate-related research. Over time, we have expanded our capabilities to include advanced gas sampling technologies, continuous monitoring systems, and NELAP-accredited laboratory analysis.
Utilizing advanced Zeeman background correction technology combined with a multi-pass cell, our instruments deliver accurate, trace-level mercury measurements—even in complex and variable environmental conditions.
Recent articles, regulatory updates, and technical insights from our air quality team.
