Biopolymer derived from algae, environmentally safe and produced in bioreactors. Enhanced soil stabilization and dust suppression.
Reacts with soil to produce a hydrophobic surface with superior mechanical properties, such as increased compressive strength, superior cohesion and increased elasticity.
Cutting-edge technology capable of generating savings on your construction project.
Natural soil
Yellow lateritic Soil
Dilution of SoilTech in water
Simple application
After application of SoilTech
Test specimen
APPLICATION METHODOLOGY
Dilution of SoilTech in the water truck according to laboratory recommendation.
Improvement of soil mechanical properties
SoilTech significantly increases CBR in different soil types.
Acts as stabilizer in different layers
SoilTech can be used as a base, sub-base and sub-subgrade stabilizer.
Environmentally safe
SoilTech is completely natural and free from chemical contaminants that can impact the environment.
Increase in cohesion
Increase in particle agglomeration on the soil surface.
Effective dust suppression is becoming mandatory as numerous health and environmental concerns associated with excessive airborne particulate matter are being raised.
SoilTech soil stabilization polymers also provide dust suppression when applied using conventional spraying apparatus. SoilTech offers a wide range of benefits over water spraying as our patented biopolymer solutions have unique properties that enable them to effectively bind and stabilize soil particles and reduce dust emissions in mining, agriculture, and construction.
Reduce operational and logistics costs by treating the soil in-situ.
No need for additional soil stabilization materials like gravel, sand and cement.
Our unique patented technology ensures increased road surface resilience and strength, dust elimination, and lower total cost of ownership.
Study Case
Anápolis – GO
SoilTech applied as soil stabilizer in a neighborhood pavement project, located in Anápolis – GO, by MCDR Engenharia Inovações Tecnológicas.
Primary Challenges
Heavy rainfall, which severely impacts the infrastructure.
Yellow lateritic soil erosion.
Additionally, the engineering company involved identified critical needs, such as elevated logistics costs for granular materials and delays in securing permits for new soil extractions, as well as the need to reduce the expenses for ongoing road maintenance.
Proposed Solution
Achieved Results
Marked improvement in application speed and operational efficiency, labor cost savings, and simplified storage needs.
Substantial decrease in airborne dust, enhanced soil’s particle cohesion, and increased soil impermeability, which should lead to increased durability of roadways and decrease in erosion.
“Our experience with SoilTech resulted in a more homogeneous mixture, improved cohesion among the grains, and an increased load-bearing capacity of the material. This has led us to recommend its consideration for use in future projects involving earthworks and paving.”
Delano Cavalcanti Calixto, Public Works Secretary, Anápolis – GO (Brazil)
Natural soil Before and After application of SoilTech
Anápolis – GO (Brazil)
