A conceptual image of light scattering through a prism-like fiber optic pathway, representing Raman spectroscopy and spectral analysis.

raman-spectroscopy-microplastics

Cutting-edge advancements in Raman spectroscopy are transforming how scientists detect, identify, and quantify microplastics, helping industries meet evolving regulatory demands and environmental goals.

Raman Spectroscopy Microplastics Analysis: Innovations in Detection and Real-world Applications

Articles

Abstract digital grid background representing system calibration and troubleshooting processes in gas chromatography.

gc-oven-temperature-sensor

Understand the causes behind GC oven temperature sensor failures and learn practical troubleshooting steps to maintain method reliability and instrument performance.

GC Oven Temperature Sensors: Diagnosing and Troubleshooting Malfunctions for Consistent Performance

Dynamic blue light streaks radiate from a bright central point, symbolizing speed and precision, representing the concept of ultra-fast mass spectrometry in modern analytical science.

ultra-fast-mass-spectrometry

UFMS boosts throughput and precision across clinical, environmental, and food testing workflows.

Ultra-Fast Mass Spectrometry Transforms Analytical Workflows

Microplastics analysis: A range of primary and secondary microplastics including pellets, fibers, and fragments being inspected with tweezers by a gloved hand in a laboratory setting

microplastics-analysis

Infographic comparing six key microplastic detection techniques—FTIR spectroscopy, Raman spectroscopy, GC-MS/HPLC, fluorescence detection, optical microscopy, and SEM—based on detection principles, particle size range, common applications, throughput, cost, advantages, and limitations, for microplastics analysis workflows.

microplastics-hub-infographic-png

Microplastic pollution is on the rise and industries are adopting advanced analytical techniques to detect and quantify microplastics - ensuring regulatory compliance and promoting sustainability.

Microplastics Analysis: Advancements in Detection and Quantification

Visual representation of vapor and liquid dispersion illustrating advanced chemical processes related to PFAS destruction.

pfas-destruction

Supercritical water oxidation offers a promising path for safely and efficiently destroying PFAS

PFAS Destruction: Breaking Down Forever Chemicals with Supercritical Water Oxidation

This abstract halftone image symbolizes the differences between reversed and normal phase HPLC, highlighting the importance of method choice in chromatographic resolution.

reversed vs normal phase HPLC

When resolution counts, choosing the right phase can make or break your method. Here's what lab veterans say.

Reverse Phase vs Normal Phase HPLC: How to Choose the Right Tool

The image shows pharmaceutical capsules representing stability testing in drug development. It emphasizes analytical techniques critical for evaluating drug stability, shelf-life determination, and maintaining pharmaceutical quality standards.

analytical-techniques-in-stability-testing

Explore analytical techniques in stability testing, including HPLC, mass spectrometry, and spectroscopy, to ensure product efficacy, safety, and compliance.

Analytical Techniques In Stability Testing

pittcon_2024

A global scientific community converged in Boston to explore new instruments, advanced workflows, and discussions shaping the future of analytical science.

Pittcon 2025: Analytical Innovations from Industry Leaders

clinical-mass-spectrometry

Learn how automation and standardization have transformed clinical mass spectrometry.

Clinical Mass Spectrometry: From Specialist Labs to Routine Settings

This abstract image of curving light trails represents GC peak tailing, a common issue in gas chromatography where peaks become asymmetrical and extend beyond their ideal shape. 

GC peak tailing, chromatography distortion, asymmetric peaks

Discover lab-tested techniques to correct gas chromatography peak tailing and enhance separation efficiency.

Fixing GC Peak Tailing for Cleaner Results

pfas-analysis

Scientists tackle a unique analytical challenge and set new standards for food  testing workflows.

Enhancing PFAS Analysis in Food Testing with 2D-LC/MS | Beyond the Bench

non-targeted-analysis

A case study demonstrating the power of technology to address emerging PFAS threats.