Green packaging materials design and efficient packaging with Internet of Things

Abstract

In our symbiotic society, managing waste in a sustainable manner presents a challenge. Green packaging design must follow the principles of sustainability, that is, reducing the consumption of packaging materials, refilling packaging containers, recycling and recycling packaging materials, and degrading packaging materials, but how to implement its basic ideas into conventional product design and development In order to form a practical overall pattern of the green packaging design process, it is the key to the universal acceptance and application of green packaging design. The goal of this study is to create a long-term solution for disposing of single-use food packaging waste. The Internet of Thing (IoT) technologies and alternative management techniques for throwaway food containers are the designed model for the suggested solution. The key to running cold chain logistics in a sustainable and low-carbon manner is proper optimization modeling, which also provides the required groundwork for creation of a data-driven modeling system. The final efficiency of the packaging throughout circulation is crucial for achieving constant loss minimization and efficient supply, as effective packaging is required for loss control. Therefore, it is crucial to figure out how to make use of these continually collected data and ways to develop a extra precise packing efficiency control mechanism in the cold chain for agri-products. By concentrating on the idea of data-driven assessment modeling as well as the dynamic creation mechanism of complete packaging efficiency, researchers continuously monitored the viability of this topic. The assessment of efficiency index system and approach for data-driven assessment described were evaluated using the packaging efficiency of cold chain for table grapes as an instance. The solution encourages the creation of regional socio-economic ecosystems for a circular economy.