Companion Spectral Visualization App for SLOPP/SLOPP-e Raman Libraries
An RShiny-powered minimalist web app to visualize spectra for SLOPP/SLOPP-e Raman libraries developed by Professor Andrew Rate, School of Agriculture and Environment, The University of Western Australia. If you use this app […]
siMPle (Systematic Identification of MicroPLastics in the Environment)
siMPle is a free, open software for FTIR / IR imaging microplastic identification, combining MPHunter UI with automation pipeline.
Companion Spectral Visualization App for FLOPP/FLOPP-e ATR-FTIR Libraries
A small RShiny-powered app that visualizes FLOPP/FLOPP-e spectra easily when not using instrument software.
Microplastics separation + detection method for secondary school students using nile red
A low-cost, classroom-ready fluorescence method using Nile Red lets students and citizen scientists detect microplastics in local sediments—bringing hands-on STEM learning and community monitoring together.
Low-cost portable microplastic detection system integrating nile red fluorescence staining with YOLOv8-based deep learning
Nile red staining-based rapid microplastics detection device combiend with custom deep learning algorithm. Requires a digital microscope, optical filter, 385 nm UV source, and Raspberry Pi 4. Results available in […]
Polyethylene terephthalate (PET) microplastic particles in water: EURM®-060
A PET-based certified reference material for microplastic particles in a water matrix. It was produced in accordance with ISO 17034:2016 and ISO 33405:2024.
EasyMP: Diverse and Environmentally Relevant Microplastic Reference Materials Encompassing Fragments and Fibers
Polydisperse, environmentally-relevant microplastics reference particles for analytical method QA/QC, toxicity testing, and more!
Permittivity-Based Microparticle Classification by the Integration of Impedance Cytometry and Microwave Resonators
A microfluidic tool capablen of rapidly characterizing particles (including microplastics) using electronic characteristics.
Rapid Microplastics Detection using Fluorescent Conjugated Polymer Nanoparticles
A novel fluorescence-based system for rapidly identifying microplastics in environmental samples.
Polymer Kit 1.0
Affordable standardized kit of 22 plastic materials typically found in the environment plus a USB thumb drive with ATR FTIR, DSC, and pyrolysis GC/MS data.