Peru Hydrogen Export Infrastructure Development Feasibility Study with Energy Transition Market Forecast

Executive Viability Abstract

This feasibility study evaluates the development of a large-scale Green Hydrogen export hub in Peru, specifically focusing on the Ica and Arequipa regions. Leveraging Peru's exceptional solar and wind resources, the project aims to produce and export hydrogen-derived carriers like green ammonia to European and Asian markets. The study highlights a competitive LCOH (Levelized Cost of Hydrogen) potential and strategic proximity to major maritime routes.

## Market Analysis Global demand for Green Hydrogen is projected to reach 500-800 million tonnes per annum by 2050. Peru's specific advantage lies in its high capacity factors for renewables (wind >50%, solar >30%), allowing for a highly competitive LCOH estimated at $1.50 - $2.20/kg by 2030. Key export targets include the Port of Rotterdam (EU) and Japanese energy conglomerates seeking carbon-neutral fuel alternatives. ## Capex Summary The total estimated capital expenditure is $5.2 Billion USD. This includes: - Renewable Power Plants (Wind/Solar): $2.8B - Electrolyzer Arrays (PEM and Alkaline): $1.1B - Desalination and Water Treatment: $0.3B - Ammonia Synthesis and Liquefaction Hub: $0.6B - Port Infrastructure and Storage: $0.4B ## Revenue Model Revenue is driven by long-term Off-take Agreements (15-20 years) with international energy utilities. Secondary revenue streams include carbon credit sales via the voluntary market and domestic supply for Peru's heavy mining industry. Targeted price point: $4.50/kg delivered at destination port. ## ROI Summary The project demonstrates a robust financial profile with an estimated ROI of 16.8% over a 25-year lifecycle. The financial viability is bolstered by declining electrolyzer costs and favorable trade agreements between Peru and major energy importers.