Markes International
@MarkesInt
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Specialist manufacturer of laboratory instrumentation for #GasChromatography & #MassSpectrometry | https://t.co/6T4wFsbFNY
UK, Germany, USA, China
Joined July 2009
What role does thermal desorption play in the modern lab? Download this e-book to learn more ➡️ #Analytical #Chemistry #GC #Lab
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SepSolve & @MarkesInt have been featured in the Waterloo Health Innovation Ecosystem Map! ➡️ At our Waterloo lab, we use cutting-edge separation science to develop methods for biomarker discovery, medical device testing, and more.
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Next month we’ll be on booth 54 at the 6th Annual Conference of the James Beam Institute, being held in the University of Kentucky in Lexington. Come and see us to find out how our tech is helping food & aroma scientists to profile food & beverage aroma and flavours.
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From 10 to 13 March, we'll be on booth no. 25 at what many consider to be the most important joint conference of German, Austrian and Swiss analytical chemistry - ANAKON, in Leipzig. We'll also be displaying an INSIGHT-Thermal GC×GC modulator from our sister company @SepSolve
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Come & see us at Pittcon 2025 on booth 1726 with our sister company @SepSolve. We’ll be exhibiting our award-winning TD100-xr thermal desorber; SepSolve will be displaying its updated BenchTOF2 time-of-flight mass spectrometer. Pre-request our posters ➡️
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In response to the increasingly hazardous levels of air pollution in India, the Bureau of Indian Standards recently established IS 5182-27, a standard method for #monitoring VOCs in ambient, indoor & workplace #air using diffusive sampling & TD–GC–MS ➡️
markes.com
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🎄🎁 Wishing everyone a very happy festive season and a prosperous, healthy new year
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Read our poster to discover a fully automated, solvent-free technique in which static headspace methodology is enhanced by a cryogen-free focusing trap to provide superior analytical sensitivity for analysis of residual #fumigants in foods for regulatory #FoodSafety testing
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👃 🍲 Prof Kilcawley @teagasc addressed the challenges of analysing VOCs in foods for #AromaProfiling by transitioning from solvent extraction to tube-based sampling using our instruments, eliminating solvent artefacts and improving sensitivity ➡️
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Read our poster, presented at the IABR conference earlier this year, to discover a novel solution for analysing #VOCs in exhaled #breath as #biomarkers for human health: dual-TD–GC–FID. #Breathomics #BreathAnalysis #ThermalDesorption
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Discover how manufacturers are staying ahead of ever-tightening chemical emissions regulations in Caroline Widdowson’s interview with @Sep_Science ➡️ #AnalyticalChemistry #ThermalDesorption #GCxGC #GCMS #Olfactometry.
sepscience.com
As regulatory agencies tighten chemical emissions standards, discover how manufacturers are staying ahead with the latest detection and analysis methods.
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🥼 To discover how likely it is for ‘everyday’ food-contact materials to contain #PFAS our analysts tested brown paper food bags, grease-proof paper, silicon cake moulds & non-stick BBQ grill mats. 👀 They found PFAS in every single sample ➡️
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Demand for accurate, efficient #AirQualityMonitoring is rising as awareness and regulations tighten. Learn about the latest in #ThermalDesorption with @MarkesInt ebook which explores gold-standard technologies for air monitoring.
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#PFAS emissions from textiles used in #firefighter gear ⬇️.
A study in Journal of Chromatography A has shed light on #PFAS emissions from textiles used in firefighter gear. The paper, a collaborative effort between Health Canada, us and @MarkesInt shows how TD-GCxGC-TOF MS can give insights into exposure risks ➡️
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If you're at #Analytica #Shanghai next week, you can find us on the booth of our fellow Schauenburg company, Schauenburg Analytics Solutions (Shanghai) Co., Ltd (‘SASS’) – booth E7.7101
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🧑💻 Join our webinar on 6 November and find out about the regulations driving the evolving scope of ODS and GHGs monitoring – and how to meet the analytical challenges caused by those changing regulations ➡️
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We asked TESTEX AG how they felt about using hydrogen carrier gas on their Markes Multi-Gas TD system for the routine GC–MS analysis of textile samples. Find out what they said in our new case study ➡️
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🆕 App Note detailing the analysis of ethylene oxide conducted as part of an air toxics study in accordance with US EPA Method 327. When sampling 500mL, a method detection limit of 10ppt was achieved with a signal-to-noise ratio of 10:1 for the EtO peak ➡️
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