Genirail provides railway operators with technical guidelines, research services, and innovative track products to improve reliability and reduce life‑cycle costs. Its flagship offering, the Rail G corrosion‑resistant, anti‑stray‑current rail, delivers a 25‑year design life for level crossings exposed to de‑icing salts, while its winter guidelines help maintain tracks in severe snow conditions.
Funding
Funding not disclosed
Founders
Product
Problem
Railway operators often face high maintenance costs, reduced track reliability, and shortened component lifespans due to corrosion, stray currents, and harsh weather conditions such as snow and de‑icing salts.
Solution
Genirail addresses these challenges by creating and disseminating technical guidelines, conducting targeted research and testing, and introducing innovative rail products designed for durability. Their corrosion‑resistant, anti‑stray‑current rail (Rail G) is engineered for road‑level crossings exposed to de‑icing salts and offers a 25‑year design life. Additionally, Genirail develops winter‑specific design and maintenance guidelines to help operators manage severe snow precipitation impacts on passenger tracks. By combining standards development with product innovation, they aim to improve track reliability, operational efficiency, and overall life‑cycle costs for the rail industry.
Target Audience
Primary customers are railway infrastructure owners, track maintenance contractors, and transit agencies seeking to reduce maintenance expenses and extend track component lifespans.
Features
- Corrosion‑resistant, anti‑stray‑current rail (Rail G) with a 25‑year design life for level crossings exposed to de‑icing salts
- Comprehensive winter guidelines for designing and maintaining tracks in regions with heavy snowfall
- Research and testing services focused on track performance, durability, and safety
- Development of industry‑wide technical guidelines to standardize best practices
- Integration of new rail product innovations into existing infrastructure with minimal disruption