The Ohio Lumex Blog

Mercury was linked to climate change causing volcanism that may have triggered the end-Cretaceous mass extinction. An Ohio Lumex mercury...

Follow along as we cover in detail the routine maintenance recommendations for your M324 Sorbent Trap Analysis System.

The SO3 sorbent trap method provides an easy alternative to the controlled condensate method and continuous emissions monitors.

Discover the advantages of measuring ammonia using sorbent traps. You'll learn why it's easier, more accurate, and a cost efficient option.

A brief overview of two alternative technologies with the goal of illustrating the advantages that optical oxygen sensors offer.

Learn how a biogas or RNG supplier will have the ability to measure siloxanes at the low concentrations required by Rules 21 and 30.

Demand for SO3 measurement has increased within the last several years. This study compares the available methodologies.

Complex and varying gas matrices make siloxanes difficult and expensive to measure. The Siloxane Continuous Monitoring System can help!

The proposed rule for Steam Electric Power Generating Effluent Guidelines was set to place federal limits on toxic metals discharged from...

Jonathan Cross, Ohio Lumex QA/QC Manager & Research Scientist, gives a behind-the-scenes update on our SBIR Topic 20C research and...

Authors & Contributors: Anthony P. Schneider, Patrick M. Cook, Jonathan A. Cross, Andrew M. Mertz, Denis Motovilov, Alejandra Ng-Feng,...

ALT-129: Alternative to U.S. EPA Method 26 The United States Environmental Protection Agency recently approved a new Alternative Test...

Ohio Lumex has been awarded a U.S. Department of Energy (DOE) research grant as part of the Small Business Innovation Research (SBIR)...

Ohio Lumex has moved from our previous location in Twinsburg, Ohio to Solon, Ohio. This was an eagerly anticipated and much-needed move....