Electronic waste recycling characteristic information demonstration method and system

Abstract

The invention discloses an electronic waste recycling characteristic information demonstration method and system. The demonstration method is used for demonstrating the multi-dimensional characteristic information related to a typical electronic waste recycling process and comprises the following steps of receiving an instruction to determine the type and the model of the electronic waste; callingfrom a database and displaying the category, the weight and the environment attribute of the disassembled product of the specific electronic waste in an image-text form; aiming at each disassembled product, popping up the periodic table of the elements after clicking to complete visualization of the valuable component categories and the content data of the disassembled product; according to the types of electronic wastes and the disassembled products thereof, selecting different recycling technical schemes, obtaining the carbon footprint during the recycling utilization process through simulation calculation, and converting the avoided carbon emission amount into the number equivalent to that of the planted trees. According to the present invention, the understanding of the public on theenvironment effect of the electronic waste recovery and treatment activity resources can be enhanced, and then the waste classification and the treatment are reasonably carried out in daily life, andthe data support can also be provided for the teaching, research and management in the electronic waste recycling field.

Description

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AI Technical Summary

Benefits of technology

The technical effect of this innovation lies within its ability to provide an intuitively organized way that shows how people use or dispose of their own electronics (like batteries). This helps them better comprehend what they have been doing away from disposing these items properly by showing various aspects like resources values, environment impacts, etc., making it easier than previous methods such as categorizing them separately on paper documents. Additionally, there may be tools available online allowing individuals interested in exploring new ways of collecting useful materials without having to throw off any old ones at once.

Problems solved by technology

This patents discusses how different types of electronics are used worldwide at various stages during their lifecycle: manufacturing processes or disposal after use (EW). Evolutionary development suggests that this new material may be reused over many generations without causing negative effects like environment damage. Additionally, some sources suggest that certain elements from older devices could pose health concerns due to exposure to them through improper handling methods. Overall, current approaches involve poorly organized collection systems with limited data sharing capabilities and challenged participation between individuals who donate energy towards sustainability goals.

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