ASTM Releases First-Ever Standard Method for Ultrashort PFAS: ASTM D8628-25 Authored by SGS 

A significant achievement in global PFAS measurement, enabling accurate quantification of ultrashort PFAS for regulators,[...]

EPA Proposes New Threshold for Formaldehyde Risk 

By: Ed Stuber If you’ve been following regulatory activity around chemical exposure, you know that formaldehyde has remained a complex and[...]

SGS Launches Advanced High-Resolution Mass Spectrometry (HRMS) Services for PFAS Forensics and Non-Targeted Discovery 

SGS North America is pleased to announce the launch of our enhanced High-Resolution Mass Spectrometry[...]

SGS Dayton, NJ Laboratory Introduces Reduced Sample Volume Methods for Groundwater Programs 

SGS is advancing environmental testing innovation with the implementation of Reduced Sample Volume (RSV) methods[...]

How to Prevent PPI Overloading: Lessons from the Field

When conducting respirable particulate sampling, environmental conditions and procedural factors can sometimes affect the accuracy[...]

New AIHA Heat Stress Mobile App 2.0 Expands Protection for Indoor and Outdoor Workers

Last month, we discussed the challenges of high temperatures in schools and how SGS SmartSense[...]

Client Appreciation Week Starts August 11

At SGS, we believe strong science must be backed by even stronger service. Every project[...]

SGS Anchorage Lab Achieves DoD-ELAP Accreditation for PFAS by EPA 1633A in Aqueous Solids

We’re proud to announce that our SGS Anchorage laboratory is now accredited by the Department[...]

Wilmington Achieves 1633A Accreditation, Expanding SGS’s PFAS Network 

SGS Expands PFAS Testing Network with 1633A Accreditation at Wilmington Lab SGS North America is[...]

How New York’s New Heat Regulations Signal a Shift and How SGS SmartSense Can Help

The Impact of High Temperatures on Learning and Wellbeing This fall, schools across New York[...]