Challenge
Weak and variable ground conditions at York Hospital required stabilisation to protect structural performance, without disrupting critical healthcare operations.
Solution
Geobear delivered precision geopolymer injection to strengthen soils and increase bearing capacity, enabling ground improvement works with minimal operational impact.
Works delivered within operational hospital site
No bulk excavation required
Minimal programme and access impact
Ground investigations at York Hospital identified areas of reduced bearing capacity beneath proposed or existing structures.
Given the critical nature of healthcare facilities, maintaining operational continuity throughout remediation was essential.
A solution was required that would deliver measurable soil improvement while minimising noise, vibration and disruption.
Traditional excavation or piling works would have introduced significant disturbance, extended programme duration and potential impact on sensitive hospital operations.
The client required a controlled, low‑impact alternative capable of strengthening the ground efficiently within a constrained environment.
Geobear implemented a designed geopolymer injection programme to improve the mechanical properties of the underlying soils.
Small‑diameter injection points were installed at calculated depths to introduce a two‑component geopolymer beneath the affected areas. Upon mixing, the material expanded to fill voids, bind loose soils and increase stiffness.
Injection was monitored in real time to ensure controlled improvement and protection of adjacent structures and services.
Ground bearing capacity was enhanced and settlement risk mitigated without intrusive construction methods.
The works were delivered efficiently within a live hospital setting, providing a durable and lower‑carbon alternative to traditional ground improvement techniques.
Don't let unstable ground put your business at risk. Our commercial team can provide a clear assessment and a fast, effective solution tailored to your operational needs.