Research on Sustainable Development of the Regional Construction Industry Based on Entropy Theory

Human beings are now facing the increasingly urgent problem of global ecological environment pollution. To verify the scientific nature of environmental governance by governments of various countries, researchers need to provide a scientific basis and practical support for governments to adjust and formulate new policies and regulatory measures at any time through data analysis. This paper applies visual literature, aggregate analysis, engineering data programming, advanced mathematical science algorithms, and innovation entropy theory, and through this study obtains sustainable impact data from eight Chinese provinces in the 21st century, including environmental, economic, and social impacts. The results show that China's sustainable data should grow from 2021 to about 2044. After 2045, it will be stable, and there will be negative growth in a short period. The overall life cycle assessment (LCA) and social impact assessment (SIA) continue to remain in the positive range. There will be no negative growth in aggregate data and zero or negative emissions before 2108. The final research data are accurately presented in the form of annual emissions, which provide a scientific and theoretical basis for the government to formulate medium- and long-term ecological regulations and plans.

Automated summary

This paper uses data analysis to conclude that China's sustainable development data is expected to grow until around 2044, after which it will stabilize and experience a short period of negative growth. The life cycle assessment (LCA) and social impact assessment (SIA) consistently remain positive, and there will be no negative growth or zero/negative emissions before 2108. These research findings provide a scientific and theoretical foundation for the government to formulate medium- and long-term ecological regulations and plans.