Residual Solvents Testing

Residual Solvents Testing

Optimize your headspace GC-MS/MS workflow, reach the lowest levels of detection, and support product safety with Waters Xevo TQ-GC or Xevo APGC-MS/MS systems. Waters solutions accurately analyze solvent residues from a variety of sample matrices to ensure consistent and compliant cannabis products.

Optimize your headspace GC-MS/MS workflow, reach the lowest levels of detection, and support product safety with Waters Xevo TQ-GC or Xevo APGC-MS/MS systems. Waters solutions accurately analyze solvent residues from a variety of sample matrices to ensure consistent and compliant cannabis products.

Biotechnology scientist chemist working in lab
Biotechnology scientist chemist working in lab

Overview

Solvents are typically introduced into cannabis products during extraction and purification processes. Although the number of solvents used in cannabis processing are few, impurities in those solvents or cross contamination can introduce other unexpected contaminants. Drying and purging of gases removes most of these from cannabis extracts, but certain sample types can be more challenging to address, leading to out-of-compliance products. Each state’s residual solvent list and limits vary, adding regulatory complexity to the challenges faced by product manufacturers.

Optimize your headspace GC-MS/MS workflow, reach the lowest levels of detection, and support product safety with Waters Xevo TQ-GC or Xevo APGC-MS/MS systems. Waters sample preparation best practices ensure accurate analysis of residual solvents from a variety of sample matrices.


Applications

Residual solvent analysis is conducted through headspace GC-MS/MS analysis. Headspace sampling minimizes the matrix loading into the GC while effectively extracting the target residual solvents with minimal sample preparation. Learn more about the advantages that Waters GC-MS/MS technologies deliver with these application notes.

Residual solvent analysis is conducted through headspace GC-MS/MS analysis. Headspace sampling minimizes the matrix loading into the GC while effectively extracting the target residual solvents with minimal sample preparation. Learn more about the advantages that Waters GC-MS/MS technologies deliver with these application notes.



Solutions


Waters GC-MS/MS systems offer the performance your lab needs for separation and sensitivity in residual solvent testing.

Waters GC-MS/MS systems offer the performance your lab needs for separation and sensitivity in residual solvent testing.

No compromise atmospheric pressure ionization GC-MS/MS

No compromise atmospheric pressure ionization GC-MS/MS

Discover the benefits that the next generation GC-MS source offers in operational efficiency, cost savings, and analytical quality across a range of MS technology platforms.

  • Residual Solvents Testing

The perfect addition to your laboratory

The perfect addition to your laboratory

Maximize uptime and address difficult sample matrices in tandem quadrupole mass spectrometry applications with the Xevo TQ-GC Mass Spectrometer.

  • Residual Solvents Testing


The data speaks for itself

The data speaks for itself
Overlayed MRM chromatograms of residual solvents analyzed by HS APGC-MS/MS Overlaid MRM chromatograms of residual solvents analyzed by HS APGC-MS/MS.
Quantitation results for trichloroethene in a hemp oil PT sample Quantitation results for trichloroethene in a hemp oil PT sample.

Webinars and Resources



  • Brochure

Atmospheric Pressure GC (APGC) - No Compromise GC/MS

Atmospheric Pressure GC (APGC) - No Compromise GC/MS
  • Infographic

Next Generation GC-MS Technology

Next Generation GC-MS Technology
  • White Paper

Atmospheric Pressure GC (APGC)

Atmospheric Pressure GC (APGC)

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Learn more about Residual Solvents Testing Solutions.

Learn more about Residual Solvents Testing Solutions.

Biotechnology scientist chemist working in lab