Africans United Underground Railroad
With a budget of $7 billion USD, the Africans United Underground Railroad project focus on the most critical and high-priority components, ensuring that the project is scalable and achievable within the available resources, while maintaining the core vision of connecting major cities in Africa via a high-speed underground rail network.
The AUUR project aims to build a core underground rail network connecting major African cities with the goal of improving transportation, reducing congestion, and enhancing economic opportunities. This revised scope will focus on implementing the most critical routes first, with phased development, and will leverage the $7 billion budget efficiently by concentrating on the foundational elements.
Phased Approach
Phase 1: Core Route Construction ($4 billion)
Route Selection:
Douala to Malabo (Approx. 115 km, sea tunnel connection)
Abidjan to Lagos (West African Corridor)
Nairobi to Addis Ababa (East African Corridor)
Infrastructure:
Tunnels & Stations: Begin construction on primary tunnels with high-speed, deep underground tracks, using a basic but efficient tunneling system.
Stations: Build small to medium-sized stations in key cities to start, with the capacity to expand later. These stations will be equipped with basic modern amenities for passengers but will focus on essential infrastructure.
Technology:
Train Technology: Focus on electric trains running at speeds of 250-300 km/h, reducing the overall cost compared to maglev systems. These trains will be efficient and environmentally friendly but with a more gradual scaling approach.
Energy: Use a combination of traditional energy sources (e.g., hydroelectric and solar power) during the initial phase, with plans to gradually integrate renewable energy.
Estimated Cost for Phase 1: $4 billion USD
This will cover construction, land acquisition, materials, and labor costs.
Phase 2: Expanding the Network ($2.5 billion)
Secondary Routes:
Cape Town to Johannesburg (Southern African Corridor)
Accra to Dakar (West African Corridor)
Further Station Development:
Expand station facilities to accommodate higher volumes of passengers and integrate more features like retail spaces, lounges, and better connectivity with other transport options (buses, taxis, etc.).
Sustainability Features:
Continue integrating solar panels and wind energy into station operations.
Implement energy-efficient lighting and systems for long-term sustainability.
Estimated Cost for Phase 2: $2.5 billion USD
This will cover additional infrastructure, materials, and operational systems.
Phase 3: System Optimization and Maintenance ($0.5 billion)
Operational Efficiency:
Automated Ticketing and Control Systems: Develop and implement automated ticketing systems, ensuring smooth operations and reducing labor costs.
Training and Employment: Train local workers to manage the system, creating ongoing employment opportunities and ensuring local expertise is developed.
Initial Maintenance: Set aside funds for the first few years of system maintenance, ensuring that infrastructure remains in good condition as services expand.
Estimated Cost for Phase 3: $0.5 billion USD
Focus on long-term maintenance and operational costs.
Total Project Budget: $7 Billion USD
The $7 billion budget will be utilized across the three phases, with Phase 1 focusing on the foundational construction of the rail system, Phase 2 expanding the network to other cities, and Phase 3 ensuring the system’s sustainability, efficiency, and maintenance.
Revenue Generation and Financing
Ticket Sales: Ticket pricing will be set to make the service affordable for African citizens while ensuring sustainable operations. Estimated annual revenue from passenger sales will be around $2 billion USD once the system reaches full capacity in Phase 2.
Public-Private Partnerships: This project will leverage government support, as well as funding from private investors, international banks, and development institutions such as the African Development Bank (AfDB) and the World Bank.
Commercial Opportunities:
Retail space inside stations
Advertising within stations and trains
Freight transport through underground systems