Pioneering Hydrogen-Powered Piling Rig for Sustainable Construction
Key Ideas
- Real-world trial on a hydrogen-powered piling rig showcases the potential of hydrogen for fuelling construction equipment and reducing emissions.
- Feasibility trial, titled ZECHER, achieved a 36% hydrogen displacement in real-world usage, demonstrating the viability of the concept.
- Dual-fuel rig successfully deployed in a live construction project, proving the effectiveness of hydrogen as an alternative to traditional fuels.
- Challenges in scaling up hydrogen usage in the construction industry exist, including limited infrastructure and supply chain issues, but progress is being made.
At the 2024 GE Basements & Underground Structures conference, Cementation Skanska project manager Chris Roberts will present a real-world trial on a dual-fuel hydrogen piling rig, highlighting the potential of hydrogen in construction. The industry's shift towards net zero emissions necessitates the removal of fossil fuels, driving innovation in equipment like cranes and piling rigs. The ZECHER trial involved adapting an existing piling rig for dual-fuel usage, achieving a 36% hydrogen displacement. The rig's performance was tested during piling operations, recording a hydrogen replacement of 36% at Granby Terrace Bridge. While challenges in infrastructure and supply chain remain, progress is being made with commitments to hydrogen adoption, marking a significant step towards a fossil fuel-free construction sector.
Topics
Installation
Renewable Energy
Environmental Impact
Technology
Innovation
Net Zero Emissions
Energy Transition
Construction Industry
Sustainable Construction
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