Trustworthy energy consumption data analysis and carbon emission control strategies for industrial parks

The purpose of this exploration project is to find efficient ways to reduce carbon emissions in industrial parks, aiming to assist global climate change response strategies. This study comprehensively used analytical methods to conduct a detailed evaluation of industrial parks in terms of carbon emission supervision, energy-saving technology application, renewable energy integration and optimization, and policy collaboration mechanisms. Research shows that carbon emissions in industrial parks can be significantly reduced through the joint application of efficient monitoring and advanced waste gas treatment technology, supplemented by policy promotion and multi-sector collaboration. The conclusion clearly points out that in order to promote the sustainable growth of industrial zones and maintain the ecological environment, a multifaceted strategy must be adopted, and future policy formulation should pay more attention to the interactive effects brought about by technological innovation and collaborative cooperation.

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Publication Details

Published
2025-09-19
DOI
https://doi.org/10.1117/12.3085453
Primary Topic
Vehicle emissions and performance
Type
article
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Trustworthy energy consumption data analysis and carbon emission control strategies for industrial parks

Hongxing Han, Jiabin Li, Qingyuan Zhao
Vehicle emissions and performance
article

Trustworthy energy consumption data analysis and carbon emission control strategies for industrial parks

Hongxing Han, Jiabin Li, Qingyuan Zhao
article en

Abstract

The purpose of this exploration project is to find efficient ways to reduce carbon emissions in industrial parks, aiming to assist global climate change response strategies. This study comprehensively used analytical methods to conduct a detailed evaluation of industrial parks in terms of carbon emission supervision, energy-saving technology application, renewable energy integration and optimization, and policy collaboration mechanisms. Research shows that carbon emissions in industrial parks can be significantly reduced through the joint application of efficient monitoring and advanced waste gas treatment technology, supplemented by policy promotion and multi-sector collaboration. The conclusion clearly points out that in order to promote the sustainable growth of industrial zones and maintain the ecological environment, a multifaceted strategy must be adopted, and future policy formulation should pay more attention to the interactive effects brought about by technological innovation and collaborative cooperation.

Shanghai Electric (China) (CN)
Openalex Percentile: Top 72%
Vehicle emissions and performance
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Trustworthy energy consumption data analysis and carbon emission control strategies for industrial parks — Hongxing Han, Jiabin Li, et al. · (2025) | TGRS Research Map | TGRS