Void filling vaults beneath NHS Walk-in Centre
Deteriorated brick vaults beneath pavement level posed a risk of future settlement and water-related degradation. The client needed a rapid, ...
Slab stabilisation at drink bottling plant
Geobear improved the ground beneath a live bottling plant concrete slab in Irlam, restoring support in one shift without excavation or downtime.
Stadium Pitch Ground Improvement
Geobear stabilised a major UK sports stadium pitch affected by subsidence and voiding using geopolymer injection. The project achieved 75% lower ...
Long Eaton Library Foundation Stabilisation
Geobear stabilised the front-left corner of Long Eaton Library, a Grade II listed Carnegie building, with geopolymer injection. 25.8 m treated, SPT ...
Hurst Castle Stabilisation
Geobear's innovative geopolymer solution provided a fast and effective way to stabilise Hurst Castle and protect it from coastal erosion.
St Mary's Church Stabilisation
Geobear stabilised the foundations of the historic St Mary's Church with a fast and non-invasive solution, preserving its structural integrity.
Historic Building Subsidence
Geobear provided a non-invasive, low-impact solution to stabilise the foundations of the historic Campbelltown Registry Office without excavation.
School Ground Stabilisation
Geobear stabilised a school's foundations with a fast and non-disruptive solution, allowing the contractor to complete the project during a short ...
Heathrow Terminal 3 Ground Improvement
Geobear provided a fast and non-disruptive ground improvement solution for a critical infrastructure project at Heathrow Terminal 3, saving time, ...
York St John University Ground Improvement
Geobear partnered with a contractor to provide a fast and non-disruptive ground improvement solution for a new building at York St John University.
Ripon Subsidence Repair
Geobear provided an insurance company with a fast, economic, and non-disruptive solution for a subsidence claim in Ripon, avoiding costly ...
Shrinkable Clay Repair Flackwell Heath
Geobear provided a BBA-accredited, non-invasive solution to resolve a complex subsidence claim caused by shrinkable clay and tree roots.
