Free Webinar - Environmental Contaminant Analyses at the National Laboratory Service
Register now to learn about the new technologies and methodologies being developed, to address new EU Water Framework Directive regulations
Register now to learn about the new technologies and methodologies being developed, to address new EU Water Framework Directive regulations
Find application notes and information resources on modern cation analysis
Roy Gerona, Assistant Professor, UCSF, discusses the technology that allows his laboratory to perform cutting-edge mass spectrometry in designer drug surveillance and hair analysis in other fields
Learn about the GC-MS technology being used to monitor air quality, in accordance with EPA guidelines
Learn about the risks associated with cyanotoxins and the need for more comprehensive determination techniques
Discover the latest products and methods for the analysis of pesticides
Discover how surface waters can be effectively screened to assess and safeguard water quality, according to the European Water Framework Directive (WFD)
Customization and high throughput bring productivity to organic contaminant analysis
Find out how the latest atomic absorption technology can be used to meet the demands of the EU Water Framework Directive and other environmental legislation
Wai Chi Man, Technical Specialist at Thermo Fisher Scientific, explains how ion chromatography can improve water contaminant analyses
Find out how customer feedback has helped improve the throughput and detection capabilities of the Thermo Scientific™ Gallery™ Plus Automated Photometric Analyzer
Dr Bryan Brooks discusses the increase of emerging contaminants in water systems and the impact on the environment
Discover how MilliporeSigma’s Spectroquant® Prove can make your application more efficient
Find out how GC-QQQ is enabling the analysis of low level contaminants in water at the National Laboratory Service
Learn how the latest high sensitivity instruments are enabling environmental scientists to detect analytes in water at lower concentrations