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  • 196 Analysis of VOC On Sorbent Tubes by Automated Cryogen-free Thermal Desorption using EPA TO-17

    This Application Note demonstrates the analytical performance of a CDS 7550S thermal desorber coupled to a GCMS for the analysis of TO-17 volatile organic compounds (VOCs) ranging in volatility from Dichlorodifluoromethane to Naphthalene. The data shows that the performance of CDS 7550S meets and exceeds the criteria set forth in US EPA Method TO-17. Detailed instrument method parameters are presented along with clean blank chromatogram, precision, linearity, and calibration curves for various groups of compounds. 7500 Environmental Download

  • 197 Pyrolysis of Tea Bag Papers

    Useful for competitive analysis, product development, regulation, and even forensic analysis, pyrolysis provides a simple way of studying any type of finished polymers by GC-MS. This includes food packaging, like tea bag paper. Tea bag paper is generally made from abaca cellulose fibers. These cellulose fibers are also mixed with synthetic materials to help retain tea particles. In the following examples, about 100 micrograms of papers from different tea bags were pyrolyzed to a setpoint of 600°C with Pyroprobe 6150. 6000 6150 Pyrolysis Pyroprobe Food and Flavor Textiles General Interest Download

  • 219Weather-Induced Degradation Study of Polystyrene Using the Photoprobe

    Reproducibility data on a rapid, automated polymer degradation study under ultraviolet (UV) light with the presence of oxygen. 6000 6200 Autosampler Photoprobe Environmental Paint Plastics Download

  • 206 Analysis of Polynuclear Aromatic Hydrocarbons Using US EPA Quick Turnaround Method (QTM)

    This application note shows EmporeTM C18 SPE Disk to effectively extract Polynuclear Aromatic Hydrocarbons (PAHs) from aqueous sample and quantified by GC-FID as the EPA QTM method. Empore Disk Environmental SPE Download

  • 208 Analysis of VOCs in Soils using 8260 using CDS 7000C Headspace Module

    The CDS 7000C is the industry’s first Purge and Trap concentrator seamlessly integrated with the PAL system. This application note demonstrated the analytical performance of the Dynamic Headspace Module as an option in the CDS 7000C purge and trap system, by following the soil sample testing scheme defined in the EPA Method 8260. 7000 7000C PAL Environmental Download

  • 199 Quantitative Analysis of Copolymers using a Pyroprobe

    Quantitative study of a poly (styrene-isoprene) copolymers including RSDs and a calibration curve. Plastics Rubber General Interest Download

  • 207 Flavor and Fragrance Analysis Using Dynamic Headspace by PAL System

    This application note demonstrated a fragrance profiling study by a CDS Analytical 7000C concentrator with a dynamic headspace module. This system is mounted on a PAL RTC rail and connected to a mainstream GC/MS for compounds separate and detection. The results were compared to direct GC injection to show superior response factors and recovery rates. A reproducibility study is also performed through multiple runs. 7000C PAL Fragrance Cosmetic Food and Flavor Download

  • 208 Determination of Organic Compounds in Water by Empore C18 SPE Disks and GC-MS with EPA 525.2

    3M Empore (now CDS Empore) C18 Solid Phase Extraction (SPE) disks facilitate rapid and reliable sample preparation and provide excellent analyte recovery for clean chromatograms. This application note demonstrates the performance of such disk in the monitoring of drinking water samples by EPA Method 525.2. Empore Disk Empore Environmental Download

  • 209 Evolved Gas Analysis and Multi-Step Pyrolysis: Two Powerful Tools for Polymer Analysis

    EGA and Multi-Step Pyrolysis of two different vinyl polymers reveals two different plasticizers 6000 6000 6150 Pyroprobe EGA- Evolved Gas Analysis Environmental Paint Adhesive Download

  • 211 A Novel Analysis of Solvent Residual in Cannabis Oil Using Dynamic Headspace by PAL System

    This application note adopted the Full Evaporation Technique (FET) to analyze the solvent residual, based on California Residual Solvents Category, in cannabis oil by a CDS Analytical 7000C concentrator equipped with a dynamic headspace (DHS) module. This setup was mounted on a PAL RTC rail and connected to a GC/MS for compounds separation and detection. PAL 7000C Food and Flavor Pharmaceuticals Cannabis Download

  • 212 Analysis of Tetrahydrocannabinol Vape Oils Using a Pyroprobe by Thermal Extraction

    This application note demonstrates a multi-step thermal extraction study on Tetrahydrocannabinol (THC) vape oils. 6150 Thermal Extraction Pyroprobe Multi-step Food and Flavor Pharmaceuticals General Interest Cannabis Download

  • 205 Analysis of Volatile Organic Compounds Using TO-17 by Cryogen-free Thermal Desorption

    This Application Note demonstrates the sensitivity of the CDS 7550S coupled to a GC/MS for the analysis of TO-17 volatile organic compounds (VOCs) ranging in volatility from propene to naphthalene. The data shows that CDS 7550S meets and exceeds the criteria set forth in US EPA Method TO-17. Detailed instrument method parameters are presented along with clean blank chromatogram, precision, linearity, and calibration curves for several groups of compounds. Environmental 7550S Automation Download

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