Microfluidic Chip Enables Direct Pollutant Detection Without Sample Cleaning

https://newsletter.tf/microfluidic-chip-pollutant-detection-korea/

A new microfluidic chip can detect pollutants directly from samples with dirt or sand, speeding up the testing process.

#PollutionDetection, #Microfluidics, #PFAS, #EnvironmentalTesting, #Korea

New Chip Finds Pollution Fast Without Cleaning Samples

Scientists have created a new small chip that can find harmful pollution in water or soil very fast. It does not need to clean the sample first, which makes testing quicker and easier.

https://newsletter.tf/microfluidic-chip-pollutant-detection-korea/

#PollutionDetection, #Microfluidics, #PFAS, #EnvironmentalTesting, #Korea

New Chip Finds Pollution Fast Without Cleaning Samples

Scientists made a small chip that finds pollution like PFAS quickly. It works even if the sample has dirt or sand, saving time and money.

What's in that bright red fire retardant? No one will say, so we had it tested

An LAist investigation found arsenic, cadmium, chromium and lead in samples of fire retardant collected from the Palisades, Eaton and Franklin fires.

LAist

#Presentation 😉

I am a #LabTech at Interdisciplinary Centre for Electron Microscopy (#CIME) of #EPFL.
I specialize in sample preparation for #ElectronMicroscopy. 🔬
I also handle training on these techniques and the management of sample preparation labs.

In the past, I’ve worked in a variety of fields, including R&D, #photovoltaics, product and material #Characterization and #Reliability. 🌱

#EnvironmentalTesting #Spectroscopy #SEM #TEM #MaterialsScience #OpenScience #Ecology #Mining