SETAC North America Sessions

SETAC North America is in Portland this year, 16–20 November 2025. As one of our[...]

EPA POSTS SGS-DEVELOPED AND VALIDATED METHOD 1628 FOR PCB MEASUREMENT DRAFT FOR COMMENT

Aug 05, 2021 The US EPA has an interest in requiring higher levels of accuracy[...]

SGS LIVE PRESENTS “EMERGING CONTAMINANTS: A HISTORY OF CONCERN”

Sarah De Luca, the Business Development Manager for North American Environment, Health and Safety, Conventional[...]

What’s Next After Dioxins and Furans? A Free Webinar Presented by Dr. Chandramouli

Please join Bharat Chandramouli, Ph.D., for a free webinar Wednesday, March 3, 2021 at 1:45[...]

SGS AXYS Method 16130 added to the EPA list of approved testing methods for dioxins.

The new SGS AXYS testing method is now an approved alternative for industry regulation. The[...]

SGS AXYS Method 16130 added to the EPA list of approved testing methods for dioxins.

The new SGS AXYS testing method is now an approved alternative for industry regulation. The[...]

SGS Experts Offer Expertise on Emerging Contaminants at the Upcoming Virtual AEHS Conference on Soils, Sediments, Water and Energy

Two experts from SGS will share their knowledge on issues related to emerging contaminants with[...]

SGS’S Dr. Bharat Chandramouli to Present on GC-MS/MS Approaches for Chlorinated POPs Analysis at Waters Online Dioxin Symposium​, September 22

GC-HRMS is currently used to analyze chlorinated dioxins and furans, PCBs, pesticides and other halogenated[...]

SGS’S DR. BHARAT CHANDRAMOULI TO PRESENT ON GC-MS/MS APPROACHES FOR CHLORINATED POPS ANALYSIS AT NEMC VIRTUAL CONFERENCE, AUGUST 18

GC-HRMS is currently used to analyze chlorinated dioxins and furans, PCBs, pesticides and other chlorinated[...]

Replacing Aroclor Methods with Congener-Based Approaches for PCBs

Summary SGS has developed and validated accurate, sensitive and accessible polychlorinated biphenyls (PCBs) analysis by[...]