Enabling high-capacity, efficient and sustainable freight transport
Freight rail is essential for the competitiveness of global logistics systems and a key pillar of low-carbon transportation. At Sener, we develop advanced infrastructure solutions for freight railway lines, logistics hubs, terminals and port connections. We work across the entire value chain: from feasibility and layout design to detailed engineering, systems integration and project management. Our teams have contributed to mixed-traffic corridors, heavy-haul projects and intermodal terminals designed to support high axle loads, demanding traffic volumes and long-term infrastructure durability.
Our experience includes engineering for freight lines capable of handling the heaviest and most intensive transport operations. We have supported infrastructure upgrades to allow mixed traffic (freight and high-speed) and authored technical guides for UIC and ADIF on heavy-haul integration and system planning.
We offer comprehensive services tailored to freight-specific challenges: from long gradients and train length optimization to yard design, loading logistics and terminal access. We also provide simulation and modeling services to evaluate capacity, energy use and operational safety. Our solutions help public authorities and private clients reduce costs, improve performance and enable multimodal transport integration.
Our freight rail solutions include terminal layout, platform and track geometry, signaling upgrades, logistics flow optimization and port rail access logistics. We cover track geometry, civil works, signaling, electrification, rolling stock compatibility and safety audits. We consider traffic flow, rolling stock characteristics and cargo typologies to ensure optimal throughput and safety.
By integrating simulation tools, RAMS methodologies and digital coordination, we help create freight rail networks that reinforce the backbone of global logistics.
Our work begins with understanding logistics needs — demand forecasts, cargo types and intermodal flows — and then evolves into complete engineering solutions. We design lines and terminals that minimize bottlenecks, reduce energy consumption and enable digital control systems. Our integrated teams support implementation through tender, construction, commissioning and lifecycle planning.
We use simulation tools to model future traffic under different operational scenarios. Our designs support high-reliability freight corridors, including energy-efficient electrification systems, high-capacity signaling and infrastructure compatible with European and international standards.
We deliver complete engineering services for heavy-haul infrastructure, freight terminals and port access lines.
Contact our team
Interested in a project or proposal? Connect with our transportation sector specialists.