Method for determining impurity content of recycled plastic and application of method

Abstract

The invention discloses a method for determining the impurity content of recycled plastic. The method comprises the steps of sample pretreatment, sample detection, impurity analysis and generation of a quantitative estimation model. According to the method for determining the impurity content of the regenerated plastic, physical detection and chemical instrument detection are combined, the content of visible impurities in the regenerated plastic can be analyzed and detected, and the content of invisible impurities can also be analyzed and detected. According to the method, qualitative analysis and quantitative analysis are carried out on the impurity content in the recycled plastic, the impurity components and content in the same recycled plastic can be generally known, an impurity quantitative estimation model can be generated according to the impurity analysis result of the recycled plastic, and the impurity content of the same recycled plastic sample can be estimated.

Description

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AI Technical Summary

Benefits of technology

This patented technology helps measure both physical and chemistry properties of recycling materials more accurately than existing methods such as colorimetric or inductive techniques alone. It uses various types of sensors like optical fibers, pressure-sensitive devices (PSD), atomic force microscopes, scanning electron microscope(SEM)/microelectronics systems, etc., along with computer software programs running on computers to process data from these measurements. By analyzing and comparing different measurement values obtained through this technique, we aimed at understanding how well they were made without being affected by any factors other than just their own presence.

Problems solved by technology

This patented technical problem addressed in this patents relates to finding ways to prevent environmental contamination caused by waste disposable plastic product usage while ensuring proper reuse or use thereof. Current methods involve testing each type of plastomer separately before making them into new ones, leading to potential errors when analyzing different types of plastsoners mixed together without identifying any other colors.