Project Update | Kensignton
MESO Solutions is excited to share an update from our project in Kensington, delivered for our client HSN. This development will feature a co-living building with a two-level basement parking.
Due to heritage assets on site, close underground infrastructure and neighbouring buildings, this project needs high precision and technical expertise.
Double Bracing Installed
Complex sites like this require a strategic approach. Since achieving the required anchor offset was not feasible within the site constraint, the MESO team adopted an internal bracing system in place of a conventional ground anchor installations.
The double level bracing system was custom engineered for this project, thus to safely retain the structures and maintain stability – all while avoiding interference with the sewer asset.
Momentum On The Ground
The team has made significant progress – ground anchor installations are completed and pit has been installed. Dewatering and water control injections are underway on site, managing tough ground and unpredictable weather. Despite the challenges, the crew on ground has it under control and is delivering this project safely and on schedule.
We engineer – with innovation, precision and care.
Progress On SIte
Aerial view of our project in Kensington, showcasing the double level MESO brace installed for extra support.
Double Level Bracing
Where anchors weren't feasible due to site constraint, the team engineered and installed double level bracing for support and stability.
Pit and Dewatering Systems Installed
Despite the challenging ground conditions and unpredictable weather, the team on site is pushing through and delivering this project safely and on time.
Permeation Grouting
Water control injections are in progress on site as the team tackles challenging conditions and prepares for the next stages.
Heritage Construction
With a heritage listed structure on site, underground sewer infrastructure and close neighbouring buildings, this site needs high precision.
MESO Brace
MESO adapted to the challenging constraints on site by engineering a double level internal bracing in place of anchors for safety of the surrounding structures and to maintain stability.
