This case study demonstrates how ViridisChem’s Chemical Analyzer can help identify less toxic, functionally suitable alternatives during product development, using formaldehyde replacement in textile processing to illustrate a practical approach to safer and more sustainable chemical selection.

This article highlights how ViridisChem’s AI-powered SmartSDS can rapidly generate data-rich, OSHA- and GHS-compliant Safety Data Sheets for chemicals and complex mixtures, helping suppliers and laboratories improve hazard communication, regulatory compliance, and chemical safety.

This article examines the Southern California methyl methacrylate (MMA) leak, highlighting the chemical’s flammability and toxicity risks, the importance of rapid containment, and how ViridisChem’s Chemical Analyzer can help assess hazards and support safer chemical decision-making.

This article explores the widespread applications, environmental persistence, and human health risks of PFAS ‘forever chemicals,’ highlighting the importance of toxicity assessment and ViridisChem’s Chemical Analyzer in identifying safer, more sustainable alternatives.

This article explores how understanding chemical toxicity—from pesticide residues in the Dirty Dozen to persistent pollutants—can support greener product development, highlighting ViridisChem’s Chemical Analyzer as a tool for comparing chemical risks and guiding safer, more sustainable choices.

This study evaluates the quality of experimental property data in ViridisChem’s Chemical Database and the accuracy of predictive models used to fill data gaps, demonstrating strong quality-assurance results and predictive performance across a range of chemical properties.