Construction of Green Logistics System and Carbon Emission Assessment at Tianfu Airport

Abstract

This paper takes Tianfu Airport as the core research object and focuses on the construction of its green logistics system and carbon emission optimization. By using methods such as SWOT analysis, Porter's Five Forces Model, SMART principles, and carbon emission simulation models, it comprehensively diagnoses and plans the key nodes of airport logistics system carbon emissions, competitive situation, and strategic paths. The status diagnosis section reveals the carbon emission characteristics of key nodes such as aircraft fuel consumption and ground vehicle emissions, and constructs relevant indicator databases through data cleaning and analysis; the competitive analysis section evaluates industry pressures using Porter's Five Forces Model, and clarifies the transformation direction by comparing domestic and international cases. The strategic formulation section proposes a three-stage implementation path of "short-termmedium-term-long-term", and refines emission reduction targets and technical management solutions based on SMART principles. The policy analysis further discusses the shortcomings of current policies and proposes improvement suggestions such as financial support and technological research and development. The paper summarizes the research findings, points out limitations in data acquisition and policy implementation, and looks forward to future research directions.