Ecological Efficiency Evaluation in Petrochemical Enterprises  Using Plithogenic-ARTASI Model

Hailing Chen; Dingqun Zhang

Authors

Hailing Chen School of Biological and Chemical Engineering, Nanyang Institute of Technology, Nanyang, 473004, Henan, China
Dingqun Zhang School of Intelligent Manufacturing, Nanyang Vocational College of science and Technology, Dengzhou, 474150, Henan, China

Keywords:

Ecological Efficiency; Petrochemical Enterprises; Decision Support; Uncertainty; MCDM Methodology.

Abstract

The application of the ecological carrying capacity theory to the assessment of petrochemical
companies' eco-efficiency is the main goal of this article. This study deviates from previous research that
examines company eco-efficiency from a strategic and behavioral incentive standpoint. This study uses the
multiple-criteria decision-making (MCDM) approach, considering both qualitative and quantitative
factors. Plithogenic sets are used to compute expert importance levels in a decision support system for
choosing Petrochemical Enterprises. The suggested plithogenic-based alternative ranking methodology
based on adaptive standardized intervals (ARTASI) method is used to determine the ranking of
Petrochemical Enterprises. The plithogenic-ARTASI model is a combination of these techniques. For this
hybrid model, an algorithm is also created. The plithogenic-ARTASI hybrid model's suitability for
Petrochemical Enterprises performance calculations is illustrated through a case study. Tests of robustness
are conducted using a variety of sensitivity analysis scenarios. The study's findings show that plithogenic
ARTASI is reliable and relevant. In-depth managerial consequences are discussed and given.

DOI: 10.5281/zenodo.14759377