GSP

GSP stands for Ground Stabilisation Process which is a unique technology developed by Anleggspakken. It is a cost-effective and sustainable solution for stabilising weak soils and improving the load-bearing capacity of the ground.

GSP involves injecting a slurry of cement or lime and water into the weak soil using high-pressure grouting equipment. The slurry fills the voids in the soil, hardens and binds the particles together to form a solid mass, improving the strength and stability of the ground.

GSP can be used to stabilise a wide range of soil types including sand, silt, clay and organic soils.

GSP is a cost-effective and sustainable solution for stabilising weak soils, increasing load-bearing capacity, improving construction timeframes, reducing maintenance costs and enhancing overall safety at construction sites.

GSP reduces construction-related carbon emissions by cutting down on the need for truck deliveries, lowering energy consumption and reducing waste. Additionally, GSP uses natural materials and is free of hazardous chemicals, making it a sustainable and eco-friendly solution.

GSP typically takes 24-72 hours to harden, depending on the site conditions and weather conditions.

Yes, GSP is a safe and environmentally friendly solution. It is free of hazardous chemicals and has no negative impact on the environment. Additionally, it requires less heavy equipment and fewer truck deliveries, reducing exposure to noise, dust and emissions for workers and the public.

Yes, GSP has been used successfully in numerous real-world scenarios across Norway and other countries. It has been used to stabilise roadways, railways, embankments, tunnels and other infrastructure projects.

For more information about GSP by Anleggspakken, please visit our website or contact us directly to speak with one of our experts.

Yes, Anleggspakken offers comprehensive training and support for using GSP. Our team of experts provides hands-on training and technical guidance to ensure successful implementation of GSP at your construction site.