GO-HT Systems

Automated sample clean-up and purification systems for Dioxins (PCDD/F) and PCBs​

Meeting the Evolving Needs of Modern Laboratories

Today’s laboratories analyzing diverse matrices for dioxins and PCBs face growing demands. Beyond the pressure to cut costs and shorten turnaround times, there is heightened emphasis on improving efficiency, enhancing personnel safety, and reducing organic solvent use to minimize environmental impact. Regulatory bodies across Europe and North America are increasingly prioritizing these areas. DSP Systems delivers advanced solutions to meet these challenges, empowering laboratories to stay at the forefront of their field.

As the official European and North American distributor for the Miura Institute of Environmental Science — a leading Japanese innovator in sustainable “green technology for the future” — DSP Systems offers cutting-edge laboratory solutions. Miura develops and refines technologies that balance efficiency with environmental stewardship. This commitment is embodied in the GO-EHT systems, providing automated, reliable, and eco-conscious sample preparation for dioxins, PCBs, and other persistent organic pollutants.

Key Advantages of GO-EHT Systems

  • Minimal organic solvent consumption — hexane: 90 ml per sample; toluene: 5 ml per sample; no DCM required.
  • No system–sample contact — eliminates risk of cross-contamination.
  • Efficient fraction collection — purified dioxin and PCB fractions collected directly in GC vials.
  • Low purified fraction volumes — both dioxin and PCB fractions < 1.5 ml.
  • High throughput — up to 6 samples processed simultaneously in under 90 minutes.
  • No sample valves — eliminates clogging and maintenance issues.
  • No washing programs required — saves time and reduces solvent use.

These advantages make GO-EHT systems a benchmark for fast, safe, sustainable, and contamination-free sample preparation, helping laboratories achieve higher efficiency while lowering costs and environmental impact.

Presentation

Application notes

MS systems for dioxins analysis
2019:11 - Comparison of available MS Systems for the Analysis of Dioxins and PCBs
POSTER: 2019:10 - A new automated purification method for the analysis of dioxins and all 209 pcbs
POSTER: 2019:10 - Sustainable chemistry for POPs analysis by using GO-HT technology
GO-HT Dioxin and PCB analysis single shot
2019:03 - Single injection analysis of PCBs and Dioxins in food and feed using GO-HT sample purification
GO-EHT automated sample purification and PCNs
2018:12 - Feasibility study on Polychlorinated Naphthalenes (PCNs) analysis using GO-HT sample purification
Extraction of dioxins and PCBs in fishmeal
2017: Dioxin and PCB analysis in fishmeal – Comparison of two extraction techniques
GO-HT and PBDEs automated sample purification
2017: Simultaneous Analysis for Dioxins, PCBS and PBDES Part III
GO-HT and PBDEs automated sample purification 3
2016: Simultaneous Analysis of Dioxins, PCBs and PBDEs Part II
GO-HT and PBDEs automated sample purification 2
2015: Simultaneous Analysis of Dioxins, PCBs and PBDEs Part I

Video