CASE STUDY

Structural Platform Design for Piling & Crane Operations

EBT designed and delivered a stabilised piling and crane platform using site-won materials, meeting BR 470 & BR 475 standards. The solution reduced material imports, cut costs, and ensured safe, uninterrupted heavy plant operations.

Project Details
TL;DR:

EBT engineered a compliant, sustainable stabilised platform for piling rigs and cranes, using site-won materials to minimise imports while ensuring safety and performance under heavy plant loads.

  • Conducted geotechnical testing to design a bespoke stabilisation solution.

  • Delivered a fully compliant platform to BR 470 & BR 475 standards.

  • Reduced costs and environmental impact by avoiding imported aggregates.

Contact EBT for engineered, sustainable working platform solutions that meet the highest safety and compliance standards.

Structural Platform Design for Piling & Crane Operations

Temporary works

Client: Major UK Contractor
Project Partner: EBT (Earthworks & Build Technologies)
Project Scope: Design of Stabilised Piling & Crane Platforms

Project Overview

EBT was commissioned by a leading UK contractor to engineer structural working platforms capable of supporting heavy-duty piling rigs and crane operations on natural ground. The primary objective was to deliver a safe, compliant, and cost-effective solution that reduced environmental impact by minimising the use of imported materials.

Challenges

Ensuring platform stability on variable natural ground conditions

Meeting stringent safety and compliance standards (BR 475)

Reducing reliance on imported aggregates and materials

Supporting dynamic loads from heavy plant operations

Approach

EBT adopted a performance-based engineering strategy, beginning with a comprehensive geotechnical site assessment. Key activities included:

Soil Sampling & Laboratory Testing to understand material properties

Ground Condition Evaluation to assess bearing capacity and settlement risks

Design of Stabilised Platform using site-won materials to enhance sustainability

The engineering team developed a bespoke stabilisation solution tailored to the site’s geotechnical profile. The design ensured the platform could withstand dynamic loads while maintaining structural integrity throughout the construction phase.

Key Outcomes

✅ Minimised Importation of Materials, reducing both cost and environmental footprint

✅ Fully Compliant Design, aligned with BRE 470 and BR 475 standards

✅ Safe & Stable Platform, enabling uninterrupted crane and piling operations

✅ Seamless Integration with the contractor’s construction programme

Impact

The stabilised platform performed exactly as designed, supporting critical operations without incident. EBT’s collaborative and technically rigorous approach contributed significantly to the project’s overall safety, efficiency, and sustainability.

Conclusion

This case study highlights EBT’s expertise in delivering innovative, sustainable, and technically sound solutions for complex temporary works in challenging ground conditions. It reinforces EBT’s reputation as a trusted partner for major infrastructure projects.

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