Research on the Measurement Index System for the High-Quality Development Level of Urban Gas Enterprises

Ke Yan; Qiao Yang; Liu Yang

doi:10.54691/hspvr080

Authors

Ke Yan
Qiao Yang
Liu Yang

DOI:

https://doi.org/10.54691/hspvr080

Keywords:

Urban Gas; High-quality Development; Evaluation System; Obstacle Factors.

Abstract

This study developed a systematic measurement framework to evaluate the high-quality development of urban gas enterprises. Drawing on the current status of China’s gas industry and guided by five development principles-innovation-driven, coordinated, green, open, and inclusive development-a comprehensive and multi-dimensional indicator system is constructed. The CRITIC–entropy combined weighting method is employed to determine indicator weights objectively, and the TOPSIS model is used to assess the overall development level of enterprises. The results indicate a steady upward trend in development quality across sectors. Through obstacle degree analysis, this study further identifies the main factors constraining progress, offering theoretical and empirical references for decision-making and performance improvement in urban gas enterprises.

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References

[1] Z. Xu, H. Du: Standardization Status and Development Prospects in the Urban Gas Field, Proc. 2024 China Urban Gas Association Standard Work Committee Annual Conference and Gas Safety Operation and Smart Construction Seminar (Tai'an, China, July 25, 2024), p.42.

[2] B. Yu: Construction and Application of a High-Quality Development Evaluation System for Coal Enterprises (M.S., Inner Mongolia University, China 2022), p.1

[3] Y. Gao: Exploration of New Business Models in the Gas Industry Under the "Dual Carbon" Background, Sales and Marketing, Vol. 50 (2025) No.12, p.127..

[4] G.H. Chi, W.Y. Shao and S.F. Wang: Construction and Application of an Enterprise High-Quality Development Evaluation System Based on the New Development Philosophy, Financial Research, Vol. 2024 (2024) No.1, p.81.

[5] Y.P. Li, X.M. Jiang, Y.Y. Hu, et al: Study on Differential Components of Actinolite from Different Habitats Before and After Processing Based on Principal Component Combined with Entropy Weight-TOPSIS Analysis, Lishizhen Medicine and Materia Medica Research, Vol. 36 (2025) No.16, p.3086.

[6] Z.Q. Zhu: Research on Financial Risk Evaluation of China Power Construction Based on Combined Weighting TOPSIS Method, Modern Business Trade Industry, Vol. 36 (2025) No.20, p.146.