Report on Scientific Evidence and Recommendations for Managing PFAS Contamination in Michigan released by PFAS Science Advisory Panel

Report on Scientific Evidence and Recommendations for Managing PFAS Contamination in Michigan released by PFAS Science Advisory Panel

A panel of scientists have released an advisory report  on the Scientific Evidence and Recommendations for Managing PFAS Contamination in Michigan. The report is authored by the Michigan PFAS Science Advisory Panel with support from state agency staff. Over the next few months, Merit Laboratories will provide detailed overviews of this report to provide a close look at the scientific panel’s findings, studies, and recommendations.

Wolverine Tannery PFAS Investigation Update from the U.S. EPA and MDEQ

 Wolverine Tannery PFAS Investigation Update from the U.S. EPA and MDEQ

The Michigan Department of Environmental Quality (MDEQ) and the U.S. Environmental Protection Agency (EPA) recently issued an update for the on-going investigation into PFAS contamination at the Wolverine Worldwide Tannery and House Street site in Rockford, Michigan. According to the update, the contamination comes from Wolverine Worldwide’s former tannery in Rockford and a waste dump known as the House Street Disposal Area in Belmont. 

PFAS Exposure Study Assessment for Kent County

PFAS Exposure Study Assessment for Kent County

Residents living in northern Kent County are being recruited to participate in a PFAS Exposure Assessment. The exposure assessment, conducted by the Michigan Department of Health and Human Services (MDHHS) and the Kent County Health Department (KCHD), will evaluate the relationship between drinking water contaminated with PFAS and the amount of PFAS in the body.  

Merit adds new PFAS Instrumentation, Increasing Sample Capacity

Merit adds new PFAS Instrumentation, Increasing Sample Capacity

As an industry leader in PFAS testing, Merit Laboratories is pleased to announce that it has purchased additional PFAS analytical testing instrumentation. The instrumentation addition will increase Merit’s PFAS testing sample capacity. Merit added the Agilent 6495B Triple Quadrupole LC/MS to its instrumentation roster because of recent technical advances.

Merit Laboratories Featured in Cover Story in the October Issue of Lab Manager

Merit Laboratories Featured in Cover Story in the October Issue of Lab Manager

We’re proud to be a part of the cover story in the latest issue of Lab Manager.  The article, Human Resources, explores the important role a laboratory manager should play in hiring, leading, and developing employees.  

Michigan Developing PFAS Readiness and Response Plan

Michigan Developing PFAS Readiness and Response Plan

The State of Michigan is developing a readiness and response plan to coordinate quick response when PFAS contamination is identified. The plan is the result of an executive directive issued by the governor on October 2. Communities across Michigan are dealing with PFAS contamination issues that require expedited response to the health threats presented by PFAS compounds.

Deploying Drones to Search for PFAS Contamination at Camp Grayling

 Deploying Drones to Search for PFAS Contamination at Camp Grayling

The Michigan Department of Environmental Quality (MDEQ) is deploying drones to fly over Lake Margrethe to search for cold water springs that could be carrying PFAS contamination into the lake near Camp Grayling.  The MDEQ believes this is the first-ever usage of drones to search for PFAS contamination.

PFAS Soil Site Investigation Efforts Becoming Increasingly More Important

PFAS Soil Site Investigation Efforts Becoming Increasingly More Important


While testing for PFAS in water sample matrices captures most of the attention, the analysis of soil for PFAS is growing in importance. Environmental scientists are working hard to identify and investigate the presence of PFAS contamination in soil.  Soil site investigation efforts are increasing in importance as regulatory agencies and communities are looking to identify the sources of PFAS contamination.