Soil Stabilisation & Ground Improvement Solutions in UAE
You Need Us When:
Foundation settlement and cracks
Weak or unstable soils
Water leakage in underground structures
Infrastructure instability
High groundwater levels
Advanced geopolymer injection and geotechnical solutions for foundation repair, soil strengthening and infrastructure protection.
Our Geotechnical Services
Integrated geotechnical approach based on investigation, engineering design and injection technologies.
Engineering Solutions for Ground Stability
We provide integrated geotechnical solutions for soil stabilisation, foundation repair and ground improvement using advanced POLYJET technologies.
Our approach is applied in projects where conventional methods are ineffective or impractical. We work in complex conditions including weak soils, reclaimed land and high groundwater levels.
Each solution is based on site investigation, engineering calculations and controlled injection technologies to ensure stability and long-term performance.
Our approach is applied in projects where conventional methods are ineffective or impractical. We work in complex conditions including weak soils, reclaimed land and high groundwater levels.
Each solution is based on site investigation, engineering calculations and controlled injection technologies to ensure stability and long-term performance.
- Site investigation and soil analysis
- Engineering calculations and design
- Selection of optimal stabilisation method
- Controlled injection and soil improvement
- Monitoring and quality control
Why Choose POLYJET
- Non-excavation solutions
- Fast execution
- High precision
- Works in difficult soil conditions
- Suitable for infrastructure
How We Work
Request Submission
You send us a request describing your problem or project needs.
1
Site Assessment & Analysis
We analyze the task, inspect the site, and perform any necessary surveys or investigations.
2
Engineering Solution & Design
We develop a technical solution, perform calculations, and prepare design documentation.
3
Certified Contractors Engagement
We invite certified professionals to carry out the work.
4
Delivery of Materials & Equipment
We supply all required materials and equipment to the site.
5
Project Supervision & Quality Control
We supervise the execution of the work and ensure quality control at every stage.
6
Soil Investigation & Testing
Laboratory Testing
Geophysical methods
Field trials
Case studies
GeotechSintez — the manufacturer of materials and developer of technologies for soil stabilization and geotechnical solutions.
We create geotechnical solutions where traditional methods are ineffective or uneconomical by combining a scientific and technical approach with practical experience. Thanks to our unique expertise, comprehensive range of modern technologies, and dedicated service, our experts have successfully solved over 100 geotechnical tasks, including highly critical projects and those in harsh climatic conditions.
We create geotechnical solutions where traditional methods are ineffective or uneconomical by combining a scientific and technical approach with practical experience. Thanks to our unique expertise, comprehensive range of modern technologies, and dedicated service, our experts have successfully solved over 100 geotechnical tasks, including highly critical projects and those in harsh climatic conditions.
More than 100 projects completed by company experts
100+
Over 200 satisfied clients
200+
Over 40 years of combined expertise
40+
About Us
documents and certificates
FaQ
In our practice, geotechnical engineering goes far beyond calculations or reporting. It combines site investigations, detailed analysis of ground conditions, and the development of solutions that can actually be implemented on site.
Our geotechnical engineers evaluate soil and rock, groundwater behavior, and structural interaction to ensure decisions are technically sound and applicable in real conditions.
Our geotechnical engineers evaluate soil and rock, groundwater behavior, and structural interaction to ensure decisions are technically sound and applicable in real conditions.
Ground engineering approaches are typically recommended when conventional methods—such as piling or soil replacement—are too invasive or lead to unnecessary cost overruns.
In many cases, injection technologies offer a more cost-effective alternative, particularly in active facilities or constrained environments. Each option is assessed against real site conditions before a recommendation is made.
In many cases, injection technologies offer a more cost-effective alternative, particularly in active facilities or constrained environments. Each option is assessed against real site conditions before a recommendation is made.
Every project begins with a ground investigation, which may include in-situ testing, laboratory analysis, and a review of similar engineering projects.
Particular attention is paid to soil, rock and groundwater conditions, including key parameters such as bearing capacity and shear strength, forming the basis for reliable geotechnical design.
Particular attention is paid to soil, rock and groundwater conditions, including key parameters such as bearing capacity and shear strength, forming the basis for reliable geotechnical design.
Yes. Most of our work involves existing facilities where structural changes are not feasible.
Solutions are developed to interact with existing foundations, loads, and surrounding soils without requiring dismantling. This approach is widely used in industrial and infrastructure projects, where uninterrupted operation is essential.
Solutions are developed to interact with existing foundations, loads, and surrounding soils without requiring dismantling. This approach is widely used in industrial and infrastructure projects, where uninterrupted operation is essential.
Yes. We regularly deal with challenging environments, including:
- High or variable groundwater conditions
- Weak, heterogeneous, or anthropogenic soils
- Complex interaction between soil, rock and groundwater
We provide comprehensive geotechnical and ground engineering services, including:
- Site assessment and investigation
- Stability analysis
- Foundation design and technical recommendations
- Development of solutions for soil improvement
- Support during implementation and construction management
Projects involving slopes or excavations require detailed slope stability assessment, taking into account soil properties, groundwater, and loading conditions.
Where necessary, retaining walls and other earth retaining systems are designed as part of an integrated geotechnical approach.
Where necessary, retaining walls and other earth retaining systems are designed as part of an integrated geotechnical approach.
Cost effectiveness is achieved through proper method selection rather than simplification.
Different technical options are compared at the design stage, considering risk, execution time, and long-term performance. This often allows avoiding excessive construction measures while maintaining safety and reliability.
Different technical options are compared at the design stage, considering risk, execution time, and long-term performance. This often allows avoiding excessive construction measures while maintaining safety and reliability.
Yes. Close collaboration with structural engineers, contractors, and project teams is a standard part of our process.
This ensures alignment between geotechnical design, structural requirements, and overall project constraints.
This ensures alignment between geotechnical design, structural requirements, and overall project constraints.
Experience gained across a wide range of engineering projects—from industrial facilities to transport infrastructure—allows us to anticipate potential issues early.
This leads to more robust, effective solutions that account for real-world constraints rather than theoretical assumptions.
This leads to more robust, effective solutions that account for real-world constraints rather than theoretical assumptions.
Yes. Environmental factors, including those related to climate change, can significantly affect groundwater levels, soil behavior, and long-term stability.
These aspects are considered during design, particularly in projects where durability and lifecycle performance are critical.
These aspects are considered during design, particularly in projects where durability and lifecycle performance are critical.
The process begins with a professional assessment of your site and objectives.
Based on available data—and, if required, additional investigations—recommendations are prepared for foundation design, ground improvement, and overall project strategy.
Based on available data—and, if required, additional investigations—recommendations are prepared for foundation design, ground improvement, and overall project strategy.