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Mining industry

Comparative Analysis of Public-Private Partnership Models for Industrial Infrastructure Construction

Strategic Insights

— 1 min read

Research conducted by the Sobolev Institute of Mathematics has compared different public-private partnership (PPP) models for industrial infrastructure construction projects in underdeveloped resource-rich regions. The study, which analyzed fifty polymetallic deposits in Transbaikalia, concluded that the classical PPP model is the most effective in cases of budget deficits. The research aimed to assess the economic consequences of transforming the partnership institution in industrial infrastructure construction from investor support in the Russian model to government support in the classical scheme. The findings suggest that intermediate partnership models can help reduce the budget burden by clustering deposits, developing subsoil user consortia, and practicing shared construction of necessary transport and energy infrastructure.

Key Takeaways:

  • The Stackelberg game theory-based model is used to build a parametrized family of bilevel mathematical programming models that describe different partnership schemes for industrial infrastructure construction projects.
  • A comparative analysis of Stackelberg equilibrium development programs that implement different PPP models is conducted, showing the classical PPP model to be most effective in cases of budget deficits.
  • The research helps assess the economic consequences of transforming the partnership institution in industrial infrastructure construction from investor support in the Russian model to government support in the classical scheme.
  • Intermediate partnership models that cluster deposits, develop subsoil user consortia, and practice shared construction of necessary transport and energy infrastructure can help reduce the budget burden.
  • The intensification of horizontal connections between subsoil users creates favorable conditions for additional effects from the consolidation of resources.
  • The classical PPP model can be implemented by clustering the deposits, developing subsoil user consortia, and practicing shared construction of necessary transport and energy infrastructure.
  • Sergei M. Lavlinskii and other researchers at the Sobolev Institute of Mathematics conducted the study, which was published in the Zapiski Gornogo instituta journal.
  • Artem A. Panin and Aleksandr V. Plyasunov are additional authors of the research.
  • Keywords for this news article include: Sobolev Institute of Mathematics, Mining Engineering.

Statistics:

  • 50 polymetallic deposits in Transbaikalia were analyzed in the research.
  • 272 was the issue number of the Zapiski Gornogo instituta journal where the research was published.
  • 145-158 was the page range of the Zapiski Gornogo instituta journal where the research was published.
  • Classical PPP model was found to be the most effective in cases of budget deficits.

Sources:

  • Sobolev Institute of Mathematics
  • Zapiski Gornogo instituta journal, 2025,272():145-158
  • Saint-Petersburg Mining University
  • NewsRx LLC
  • Journal of Engineering

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