Abstract

The development of the ideology of sustainable development stimulated the emergence of companies’ Performance Management Systems with an emphasis on the environmental aspects of their activities. Benchmarking, as a modern management tool, is often used for competitive analysis and setting development goals. This study’s scientific problem is to assess the feasibility of applying benchmarking studies to assess the global industry’s environmental aspects. The purpose of the study is to identify the prerequisites for using benchmarking to improve environmental performance, as well as to identify best practices among world-leading companies. For benchmarking, a logical information model is proposed in the study. On its basis, eight world leaders were selected, trends in the industry’s development were analysed, and reference values of environmental indicators were established. For environmental performance assessment, it is proposed to use such indicators as greenhouse gas emissions, energy consumption, material efficiency, environmental management systems. Comparative benchmarking analysis of world leaders and 16 largest Ukrainian companies allowed determining the reserves for increasing environmental performance. The directions for increasing environmental performance are Investment in resource-saving technologies, production of higher value-added products, investments in energy-saving and new technologies, improvement of management systems, and certification. These ideas are complemented by recommendations for improving environmental performance, based on the Circular Economy Concept’s philosophy and Industry 4.0. The study’s practical significance is that Ukrainian companies can use their results to achieve higher environmental and economic outcomes.

Highlights

  • 1.1 Research questionMetallurgy is a factor in the success of national economies and the basis of global sustainable development, as well as a driver of related industries – shipbuilding, aviation, transport and heavy engineering, defence industry, energy, construction

  • Central to today's process-oriented models developed in the BPM concept is the Measurement and Performance Management Lifecycle Model proposed by Bourne & Bourne in 2011, which consisted of four phases: design, implementation, use, and revision

  • Considering all of the above, we can say that the development of sustainable development ideology has stimulated the emergence of relevant models for Performance Management and Measurement Systems

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Summary

Research question

Metallurgy is a factor in the success of national economies and the basis of global sustainable development, as well as a driver of related industries – shipbuilding, aviation, transport and heavy engineering, defence industry, energy, construction. According to the results of 2019, Ukraine is one of the leading producers of metallurgical products in the world. It ranks 13th (in 2016 – 7th) among the top exporters of. The last decade has been characterized by the spread of the ideology of sustainable development with the simultaneous digitalization of the economy This has led to the emergence of new models and indicators for companies' Performance Management Systems (PMS) and has identified critical areas for improving their business models. The use of benchmarking for sustainable development will allow metallurgical companies to calculate the quantitative parameters of the changes needed to increase competitiveness, including the environmental vector

Previous researches
The scientific problem
The research methodology
The current research structure
Main theoretical assumptions of the research
Research results
Environmental performance of the metallurgical industry in Ukraine
Findings
Conclusions
Full Text
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