Innovative mercury analysis, more places, less effort

Picoyune replaces complex equipment with reliable, portable, and easy to use devices.

Products

Picoyune Runabout
Picoyune Runabout

Picoyune has adapted our cutting edge plasmonic mercury sensor for applications in vapor, liquid, and solid sample analysis. The Runabout, our portable vapor analyzer, is a sensitive tool for the most demanding field measurements. It is the ideal tool for immediate results in the presence of other contaminants.

Picoyune offers a thermal sample decomposition system that pairs with the Runabout for liquid and solid samples. Deploy quickly and get results immediately with this uniquely portable analyzer. The entire system is battery operable and requires no compressed gasses or consumables.

For quotes and product specifications contact Jay James, jay@picoyune.com

Technology

Gold nanoparticle films are powerful tools for mercury analysis. Noble metal nanoparticles exhibit absorbance peaks in the visible range due to a phenomenon called localized surface plasmon resonance (LSPR). Picoyune uses gold nanoparticles with peak absorption of ~520nm. This peak is sensitive to the particle size, shape, composition, and local index of refraction. Exposure of gold nanoparticles to mercury vapor causes a blue shift in the peak.

Picoyune’s innovation of applying LSPR to mercury is uniquely sensitive. Rather than cause a change in the local index of refraction, adsorbed mercury directly contributes to the LSPR of the gold/amalgam particles. Unlike other vapor species, mercury has the conduction band electrons needed to participate in plasmon resonance.

Gold, while largely inert, readily adsorbs mercury. Selective adsorption of mercury by gold is used in mercury analysis for trapping and concentrating mercury vapor. In plasmonic mercury sensing, this selective adsorption improves sensitivity, selectivity, and stability.

To summarize, plasmonic mercury sensing with gold nanoparticles has the benefit of a combination of selective mercury adsorption and the high sensitivity of the absorption peak to amalgamation.

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The Team

Jay James, CEO

jayjames@picoyune.com

Jeff Crosby, CTO

jscrosby@picoyune.com

Awards & Funding

Awards


Funding