Raman Automation for Small Microplastics – Particle Detection Software
Python-based particle detection and Raman spectroscopy automation for identifying microplastics in the 20–53 µm size range, with validation data and code
BLoP – Bioplastic Raman/FTIR Spectral Library
Raman and μATR-FTIR spectral library for identifying bioplastics in environmental samples, covering 8 polymer types with 79–96% detection accuracy
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 — Automated FTIR Microplastic Analysis
Free software that automates FTIR spectral data analysis for microplastic identification, combining user-friendly interface with high-speed processing.
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.
Nile Red Fluorescence — Student Microplastic Detection
A low-cost fluorescence method using Nile Red enables secondary students and citizen scientists to detect microplastics in sediments through hands-on STEM
Fluorescent Polymer Nanoparticles — Rapid Microplastics Dete
Fluorescence-based system that rapidly identifies microplastics in environmental samples using conjugated polymer nanoparticles.
SRS Spectral Matching — Nanoplastic Detection
MATLAB algorithm for rapid single-particle chemical imaging of nanoplastics using stimulated Raman scattering microscopy and automated plastic identificati
Microplastics Identification Workflow via Near-IR Hyperspectral Imaging
Open training database, model, and analysis pipeline used in optimized workflow for identifying microplastics using near infrared hyperspectral imaging.
ISO 24187 — Microplastics in Drinking Water Standard
International standard for microplastic detection in drinking water (1–5,000 µm) using FTIR and Raman spectroscopy across 10 polymer types.