INNOVATIVE FINANCING MECHANISMS FOR GREEN GROWTH: UNLOCKING PRIVATE CAPITAL FOR SUSTAINABLE DEVELOPMENT

Аннотация

The green economy aims to achieve sustainable development by minimizing environmental risks and promoting the efficient use of natural resources. However, the implementation of green projects often requires substantial capital investments, which remain a major challenge for many developing countries. The Build-Operate-Transfer (BOT) model presents a viable solution for mobilizing private sector investment in environmentally sustainable initiatives. Keywords: BOT model, green economy, public-private partnership (PPP), sustainable development, infrastructure financing, renewable energy, climate investment, institutional reform, environmental policy, risk-sharing, concession contracts, regulatory framework, carbon finance, private sector mobilization. This paper explores the potential of the BOT model as an effective financing mechanism in the context of green economic development. Drawing on international experiences, it highlights successful BOT-based investments in renewable energy, sustainable infrastructure, and environmental protection. Furthermore, the study evaluates the relevance and applicability of the BOT approach in Uzbekistan, where green growth is becoming a strategic priority. By examining the strengths and limitations of BOT projects, this research offers practical recommendations for improving regulatory frameworks, risk- sharing mechanisms, and public-private cooperation. The findings suggest that when properly designed and managed, the BOT model can serve as a powerful catalyst for attracting green investments and accelerating the transition toward a low-carbon economy. Introduction. The transition to a green economy has become a global imperative due to the growing threats posed by climate change, environmental degradation, and the depletion of natural resources. Green economy strategies aim to achieve sustainable economic growth while reducing ecological footprints and promoting low-carbon development. However, achieving this transformation requires substantial long-term investments, particularly in renewable energy, sustainable infrastructure, and eco-friendly technologies. 148 SCIENCE AND INNOVATION IN THE EDUCATION SYSTEM International scientific-online conference In this context, the Build-Operate-Transfer (BOT) model offers a promising approach to financing green development projects. By allowing private investors to design, build, and operate infrastructure assets for a defined period before transferring ownership to the government, the BOT model reduces the fiscal burden on the public sector and attracts much-needed capital and expertise. Theoretical Framework of the BOT Model. The Build-Operate-Transfer (BOT) model is a specialized form of public-private partnership (PPP) that leverages private sector capital and expertise to finance, construct, and operate infrastructure projects. Its theoretical foundation is derived from various schools of economic thought, including public choice theory, transaction cost economics, agency theory, and institutional economics. Public choice theory, as described by Buchanan and Tullock (1962), posits that government actors may act in self-interest and face limitations in long-term investment planning due to political cycles and budget constraints. In this context, BOT contracts provide an alternative method for infrastructure development by enabling private entities to assume responsibility for project implementation and financing. This helps overcome government inefficiencies and enhances the delivery of public services. Oliver Williamson’s transaction cost theory suggests that institutions should choose governance structures that minimize the costs associated with economic exchanges. BOT arrangements reflect this principle by embedding detailed contractual frameworks that define each party’s roles, responsibilities, and risk-sharing mechanisms, thereby reducing uncertainties and enforcement costs (Williamson, 1985). In green energy projects, these contracts are particularly effective in aligning private incentives with public environmental objectives. Agency theory, as developed by Jensen and Meckling (1976), explains how principals (governments) delegate tasks to agents (private investors) under conditions of asymmetric information. BOT contracts manage agency risks by integrating performance-based incentives, regulatory supervision, and clear termination clauses. This ensures accountability and efficiency in project delivery. Key features of the BOT model include: Risk-sharing between public and private sectors; Long-term investment horizons (15–30 years); Incentives for efficiency and innovation; Clear contractual and regulatory frameworks. 149 SCIENCE AND INNOVATION IN THE EDUCATION SYSTEM International scientific-online conference When applied to green infrastructure, BOT contracts can be adapted to prioritize environmental performance, emission reductions, and sustainability metrics. BUILD OPERATE TRANSFER Team formation Effective project