Umwelt
Die Umwelt ist wichtig für unsere Gesellschaft. Sie ermöglicht nicht nur unsere eigene Existenz, sondern vor allem das Leben um uns herum.
JSB ist sich der wichtigen Rolle bewusst, die die Umwelt spielt. Umweltwissenschaftler nutzen unsere fortschrittlichen Lösungen, um die Bedrohungen und Gefahren für unsere Umwelt zu messen. Unsere Anwendungen werden für Bodenanalysen, die Abfallprüfung, das Studium der in Boden, Luft sowie in Wasser und Pflanzen enthaltenen Materialien verwendet. Auch Chemikalien, die wir im Alltag verwenden, wie Phthalate (Weichmacher) in Kunststoff, Lack und allem womit wir jeden Tag in Kontakt kommen, gehören zu diesem Markt.
Im Folgenden finden Sie einen Überblick über unsere häufig genutzten Anwendungen. Wenn Ihre Anwendung nicht auf der Liste sein sollte, kontaktieren Sie uns bitte.
Application notes
Headspace
- Automated determination of dissolved gases in water by headspace calibration of mixed gases
- Dynamic Headspace – Botanical headspace
- Gasoline range organic detection and screening
- Gasoline range organic detection by using headspace sampling technique
- Optimizing of volatile organic compound determination by using static headspace sampling (Method)
- Optimizing volatile organic compound determination by using static headspace sampling (Technique)
- RSK-175 Calibration and analysis comparison
Large volume injections
GCXGC
- Analysis of electronic waste by GC x GC combined with HRMS
- Environmental Total Petroleum Hydrocarbon (TPH) Analyser
- GC×GC-QTOF determination of age markers in diesel oil
- Mass-based colorization for qualitative group analysis in GC×GC-MS
- Pyrolysis Oil of Spruce Lignin with GCXGC FID MSD JSB
- The use of gc×gc-nci-qtof for the quantitative analysis of organochlorine pesticides (ocps) and polychlorinated biphenyls (pcbs)
Plasma detector
Purge & Trap
- A single calibration method for water and soil samples performing EPA method 8260
- Analysis of low level volatile organic compounds in air
- Assay of hydrocarbons in soil using the 7400 autosampler
- Automated analysis of BTEX in soil
- California Oxygenates
- Determination of volatile organic compounds in air
- Drinking water analysis conditions
- Effect of split ratio on USEPA Method 8260 Compounds
- EPA 502-524.2 VOCs using the CDS 7400 autosampler
- EPA Method 524 Using the CDS 7000 Purge & Trap
- Low level 2-methylisoborneol and geosmin detection by Purge & Trap sampling
- Maximizing production while minimizing costs
- Optimal conditions for USEPA method 8260 analysis
- Optimal conditions for USEPA method 8260B analysis
- Optimizing standard preparation
- Purge & Trap - Drinking Water Analysis Conditions
- Purge & Trap – Air Sampling with the CAM 5000
- Purge & Trap – autosampling
- Purge & Trap – EA 600 Screening
- Purge & Trap – EPA 502.2
- Purge & Trap – EPA 601/602
- Purge & Trap – reproducibility
- Purge & Trap – Reproducibility in automated environmental
- Purge & Trap – Reproducibility of air sampling using the CAM 5000
- Purge & Trap – Trapping efficiency
- Purge & Trap – Waste solvent
- Purge & Trap – Water management
- Purge & Trap- EA 600 technical
- Purge and Trap using the 7300 autosampler
- Reproducibility of the 7400 autosampler for BTEX in Water
- The CAM 5000: A new concept in air sampling
Pyrolysis
- Analysis of algae using pyrolysis and THM
- Analysis of gases produces from the pyrolysis of biomass
- Pyrolysis-GCMS to characterize indoor dust
Thermal Desorption
- Analysis of soil samples using the HTD
- Analysis of VOC Gases and TO-1/TO-2 standards via Dynatherm 9300 TDA Using VOCGAS focussing trap
- Calibration curves for PFPH formaldehyde hydrazone using thermal desorption
- EPA TO1 analysis using the CDS TDA 9300 autosampler
- Simulant analysis using short cycle Thermal Desorption
- Thermal Desorption of air samples from ORBO Tubes
- Thermal Desorption of gasoline range hydrocarbons from soil using a pyroprobe
- Thermal Desorption of PCBs from soil using the HTD
- TO-17 Analysis Using the CDS TDA 9300 Autosampler
