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Case Study: Al Thumama Stadium
05 October 2026
Summary
Built to host matches up to the quarterfinals of the FIFA World Cup Qatar 2022™, the 40,000-seat Al Thumama Stadium is an iconic cultural landmark in Doha. Its unique architectural design, modeled after the Gahfiya, a traditional woven cap, presented major aesthetic constraints that ruled out conventional lightning protection systems.
Raychem RPG engineered a custom Active Lightning Protection System using Early Streamer Emission (ESE) Technology, delivering a mechanically robust, electrically sound, and visually seamless solution for this world-class venue.
The Challenge
Located 12 km south of Doha's skyline, Al Thumama Stadium required a comprehensive lightning and grounding protection system capable of safeguarding 40,000 spectators and high-value stadium infrastructure.
- Architectural & Aesthetic Constraints: Traditional, passive lightning protection systems rely on extensive rooftop conductor networks, which would have severely compromised the stadium’s intricate, Gahfiya-inspired woven facade.
- High-Visibility Project Risks: As a prime venue for an international event, the project demanded an advanced, faultless earthing and lightning protection design.
- Complex Design Integration: Integrating protective components without altering structural aesthetics required advanced engineering modeling and custom mounting hardware.
The Approach
Raychem RPG’s cross-functional team collaborated closely with the project’s main contractors to design an active protection system tailored specifically to the stadium’s geometric profile:
- Risk & Grounding Analysis: Utilized specialized risk assessment software and technical grounding tools to evaluate lightning vulnerability and determine optimal coverage zones.
- Detailed Line Diagram Embedding: Furnished contractors with comprehensive technical designs directly embedded into their electrical line diagrams, simplifying implementation and field execution.
- Sole Solution Provider: Managed end-to-end technical complexity—from initial risk calculation to schematic integration and installation oversight.
The Solution
Rather than cluttering the roof with passive air terminals, Raychem RPG deployed an Active Lightning Protection System powered by Early Streamer Emission (ESE) Technology:
- Maximized Protection Radius: ESE air terminals proactively launch upward streamers to intercept lightning strikes at a greater distance, drastically reducing the physical footprint of the protection network.
- Preserved Stadium Aesthetics: Maintained the structural integrity and visual appeal of the woven Gahfiya roofline.
- Custom Local Fabrication: Designed and locally manufactured specialized support hardware and mounting poles, ensuring the installation was both mechanically robust against environmental conditions and electrically sound.
Key Results & Impact
- Architectural Harmony: Protected the complex exterior design of Al Thumama Stadium without compromising safety or aesthetic standards.
- Turnkey Engineering Execution: Delivered end-to-end technical support—from software-driven risk analysis to local hardware fabrication and site deployment.
- International Event Security: Provided reliable active lightning protection for a 40,000-capacity FIFA World Cup 2022™ venue, safeguarding players, fans, and critical stadium assets.