Detection of Microplastics in Consumer Products with Single-Particle ICP-MS
Analyzing Microplastics in the Environment
Poster Presentation
Presented by M. Cyr
Prepared by K. Young1, F. Laborda2, C. Trujillo2, R. Lobinski3, E. Kroukamp4, S. Smith1
1 - PerkinElmer Inc., 710 Bridgeport Ave, M/S 293, Shelton, Connecticut, 06484, United States
2 - University of Zaragoza, , Zaragoza, , Spain
3 - Université de Pau et des Pays de L'Adour, , , Pau, France
4 - PerkinElmer Inc., 501 Rowntree Dairy Rd., Woodbridge, Ontaria, Canada
Contact Information: [email protected]; 203-402-1865
ABSTRACT
Microplastics are a growing problem both as environmental contaminants and as a potential health risk in consumer products. A variety of techniques exist for the detection and identification of microplastics, but the analyses can be time-consuming and sample only a limited number of microplastic particles. These limitations can be overcome with Single-Particle ICP-MS (SP-ICP-MS), a technique which rapidly samples and detects metal-containing nanoparticles.
This work demonstrates that SP-ICP-MS can also be used for the detection and screening of microplastic particles. Method development and characterization were performed with polystyrene microparticles; the optimized method was applied to the detection of microplastics in personal care products and those released from food packaging.
Analyzing Microplastics in the Environment
Poster Presentation
Presented by M. Cyr
Prepared by K. Young1, F. Laborda2, C. Trujillo2, R. Lobinski3, E. Kroukamp4, S. Smith1
1 - PerkinElmer Inc., 710 Bridgeport Ave, M/S 293, Shelton, Connecticut, 06484, United States
2 - University of Zaragoza, , Zaragoza, , Spain
3 - Université de Pau et des Pays de L'Adour, , , Pau, France
4 - PerkinElmer Inc., 501 Rowntree Dairy Rd., Woodbridge, Ontaria, Canada
Contact Information: [email protected]; 203-402-1865
ABSTRACT
Microplastics are a growing problem both as environmental contaminants and as a potential health risk in consumer products. A variety of techniques exist for the detection and identification of microplastics, but the analyses can be time-consuming and sample only a limited number of microplastic particles. These limitations can be overcome with Single-Particle ICP-MS (SP-ICP-MS), a technique which rapidly samples and detects metal-containing nanoparticles.
This work demonstrates that SP-ICP-MS can also be used for the detection and screening of microplastic particles. Method development and characterization were performed with polystyrene microparticles; the optimized method was applied to the detection of microplastics in personal care products and those released from food packaging.