Making Mercury Analysis More Sustainable: make your greener path

Sustainability is no longer optional—it’s a responsibility.

When it comes to heavy metals analysis, adopting green chemistry principles can be challenging. Traditional methods often rely on concentrated acids and complex sample preparation, making sustainability difficult to achieve.

But mercury analysis is an exception. It offers a unique opportunity to adopt a greener, more sustainable approach without compromising performance.

Thanks to thermal decomposition mercury analysis with the Milestone DMA-80 evo direct mercury analyser, you can reduce your environmental impact by offering no sample preparation, minimal reagent usage and virtually no waste, all while delivering high accuracy. This direct approach to mercury analysis without sample preparation is not only efficient but also fully compliant with EPA Method 7473 and ASTM D6722.

📘 Learn more about direct mercury analysis

Using gold amalgamation mercury detection, the DMA-80 evo ensures sensitive, reliable results across a wide range of matrices, from solid and liquid samples to more complex materials.

📄 Read our technology report: Mercury Analysis Without Sample Preparation

Go direct for mercury analysis to: 
✅ Combine sustainability with affordability in mercury analysis
✅ Eliminate sample preparation time and chemical reagents
✅ Significantly reduce hazardous chemical use and exposure—for both analysis and calibration
✅ Maintain accuracy and precision across a wide range of sample types, above all mercury analysis in fish and food samples, as well as industrial materials, like mercury analysis cement and mining industries.  

Whether you're working in an environmental lab or performing mercury analysis in environmental and food samples, Milestone can help you take a greener approach to mercury determination.

🎥 Watch the webcast: Making Mercury Analysis More Sustainable