Localization of problematic areas using dynamic probing and soil reinforcement in 2- to 3-hour intervals, allowing immediate loading of the pavement after completion of the work.
The foundations were stabilized through subsoil improvement, specifically by reducing compressibility and increasing stiffness under both static and dynamic loading conditions.
As a result, the issue was resolved within several hours. Water inflow into the excavation was completely eliminated, and the joints of the diaphragm wall were effectively sealed and structurally bonded.
Ground improvement was performed beneath the entire slab area and along the perimeter to create a stable load-bearing base prior to structural lifting operations.
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We will be able to tell you about other cases very soon.
We will be able to tell you about other cases very soon.
Post-treatment geotechnical verification testing confirmed that the design bearing capacity of the improved soil mass had been successfully achieved.
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POLYJET delivers geotechnical solutions across a wide range of infrastructure and construction projects. Our case studies demonstrate the effectiveness of geopolymer injection, soil stabilisation and ground improvement technologies in real-world conditions. We work with infrastructure operators, industrial facilities and construction companies to solve complex ground-related challenges, including settlement, weak soils and groundwater issues.
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Engineering Experience Across Infrastructure Projects
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