2.2 Techno-Economic Modelling Parameters for Production and Transport Vectors
This dissertation establishes a multi-dimensional methodological framework to evaluate the economic viability and structural resilience of cross-border clean energy supply chains. By synthesizing quantitative techno-economic logistics modelling with institutional economics, the research design addresses the unique structural hurdles inherent in capital-intensive bilateral infrastructure projects. The analytical architecture integrates a transaction cost economics perspective to examine how contractual governance, asset specificity, and relational safeguards determine supply chain efficiency within bilateral corridors (Analyzing Supply Chain Efficiency of Korean Export Firms: A Transaction Cost Economics Perspective, 2025). This analytical paradigm enables a rigorous assessment of the institutional mechanisms required to reduce commercial friction and facilitate sustainable capital deployment across export networks. Furthermore, the methodological strategy incorporates corridor-specific logistics optimization and infrastructure appraisal criteria to evaluate clean molecule transport pathways. Drawing on contemporary analytical models developed for designing sustainable hydrogen export corridors (Designing a Sustainable Hydrogen Export Supply Chain: A Qatar-Centric Analysis, 2025), the framework establishes comparative baseline metrics across chemical carriers, liquefaction protocols, and maritime shipping configurations. These quantitative parameters are subsequently cross-referenced against public co-financing architectures and export credit guarantees to assess sovereign risk mitigation in regional trade arrangements (Export Credit Agencies, Trade Finance and South East Asia, 2026). Consequently, this methodological integration bridges the conceptual divide between macroeconomic trade theory and project-level engineering constraints, providing an empirical apparatus that captures the systemic interactions among regulatory compliance, logistics performance, and capital allocation across Indo-Pacific energy corridors.