RESOLVA INSIGHTS

South Korea Hydrogen-Powered Airport Ground Equipment Infrastructure Development Feasibility Study with Aviation Sustainability Market Forecast

Executive Viability Abstract

This feasibility study evaluates the implementation of hydrogen-powered Ground Support Equipment (GSE) and supporting infrastructure at major South Korean hubs, specifically Incheon (ICN) and Gimpo (GMP). Leveraging South Korea's Hydrogen Economy Roadmap, the project aims to replace diesel-powered pushback tractors, baggage loaders, and airport buses with Fuel Cell Electric Vehicles (FCEVs). The analysis indicates strong viability driven by government subsidies, decarbonization mandates, and the domestic technological lead of companies like Hyundai and Doosan.

Return on Investment
16.8%
Payback Span
7.2 Years
Net Present Value
$42.5 Million
IRR Index
15.4%
## Technical Feasibility The project focuses on the deployment of Liquid Hydrogen (LH2) and Compressed Gaseous Hydrogen (CGH2) fueling stations within airport perimeters. Existing battery-electric GSE face charging downtime issues which hydrogen solves with 5-10 minute refueling. Technical challenges include high-pressure storage safety within high-security zones and the integration of 'Hydrogen-as-a-Service' models to manage localized electrolysis. ## Market Analysis South Korea aims to have 30% of its total energy coming from hydrogen by 2040. The aviation sector is under pressure to reach Net Zero by 2050. The market for hydrogen GSE is expected to grow at a CAGR of 18.4% through 2032. Competitors are currently limited, providing a first-mover advantage for infrastructure providers. ## Financial Projections Initial CAPEX is high at $85M for a Tier-1 airport rollout, covering fueling stations and a fleet of 150 GSE units. However, OPEX is projected to be 25% lower than diesel counterparts due to lower maintenance of fuel cell stacks and decreasing hydrogen fuel costs ($4/kg target by 2030). ## Risk Assessment Key risks include the volatility of green hydrogen supply chains and the high initial cost of fuel cell equipment. Mitigation involves long-term PPA (Power Purchase Agreements) for renewable energy to power onsite electrolyzers and securing government 'Green Aviation' grants.