Product carbon footprint interrogating method and product carbon footprint interrogating system

Abstract

A product carbon footprint interrogating method comprises the first step of receiving an interrogating mode selected by a user and performing a follow-up interrogating process according to the interrogating mode, the second step of setting an interrogated target, the third step of selecting a product to be interrogated and inputting the material information of the product, the fourth step of determining materials to be interrogated by performing high-order weight analysis and high-order carbon dioxide equivalent analysis on the diversified materials of the product, the fifth step of receiving interrogating detailed lists, uploaded by a supplier, of the corresponding materials, the sixth step of setting the calculating boundary of the interrogation of the carbon footprints of the product and setting the priorities of the materials to be interrogated, the seventh step of calculating the carbon dioxide equivalent of the product and the indeterminacy of the carbon dioxide equivalent, the eighth step of generating an interrogating statement including the carbon dioxide equivalent of the product and the indeterminacy of the carbon dioxide equivalent, and the ninth step of performing internal verification and external verification on the interrogating results in the interrogating statement. The invention further provides a product carbon footprint interrogating system. According to the product carbon footprint interrogating method and the product carbon footprint interrogating system, the product carbon footprints can be interrogated in cooperation with the participation of the supplier of the product materials according to the preset process, and the interrogating results are analyzed.

Description

technical field [0001] The invention relates to a product carbon footprint checking method and system. Background technique [0002] In order to respond to the problem of global warming, some forward-looking companies around the world have begun to voluntarily publish their greenhouse gas emissions and product carbon footprint inventory results. The results of the product carbon footprint inventory can provide some information to corporate management and stakeholders, allowing them to make carbon reduction plans and investment decisions based on this information. However, in today's environment, the accuracy and completeness of these information are still being questioned, coupled with the complexity and professionalism of laws and regulations, each enterprise needs to pass the certification to guide the company to follow the calculation of the carbon footprint of related products currently established by various countries Guidelines to check the carbon footprint of their p...

AI Technical Summary

Problems solved by technology

The current inventory method must first determine the products to be inspected. If there are too many products, there will be too many inventory forms and it will be difficult to manage and archive.

After the product is determined, it is necessary to collect the data of the product materials provided by the supplier. If there are too many suppliers, the data collection operation will be quite messy and difficult to organize

At the same time, these data need to undergo complicated calculation and analysis. If only manual paper work is used, it will inevitably cause many problems in data management.

In addition, the carbon inventory results generated by paper inventory cannot be used to view the critical points that can be improved in the form of chart analysis, nor can it provide managers with decision-making analysis methods

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