Methods of GEORESIN technology

Thanks to modern methods of GeoResin technology, it became possible to strengthen the base soil and align structures with an accuracy of one millimeter. Lifting of structures is always performed under the control of precision equipment, which eliminates any negative consequences.


Individual selection of materials and technical solutions for a specific project

The DEEP LIFTING method of GEORESIN technology is used to restore the bearing capacity of the base and foundation soils in the shortest possible time without earthwork and excavation work. This method is used both for private houses and for industrial facilities at various stages of construction, as well as during operation, without stopping technological processes.

The method consists in point injection of two-component geopolymer resin into the soil layer. As a result of the chemical reaction when mixing the components, the GEORESIN material tends to increase in volume up to 30 times: as a result, the voids are filled, moisture is displaced from the pores, and the base is compacted.


Method advantages

  • 1Technological features allow work to be carried out in tight conditions, in hard-to-reach places with minimal vibration and noise.
  • 2Technology makes it possible to strengthen the soil in the necessary places. It is relevant for man-made impacts on the base during operation.
  • 3High level of control of the performed works, which includes control of the volume of the fixed soil massif.

Якщо ви хочете вивчити технологію детальніше з науковими викладками і технічними описами (в оригіналі), то перейдіть до технічної бібліотеки GeoResin.



Using the FLOOR LIFTING method of GEORESIN technology, it is possible not only to stop the subsidence of the floor slab on the ground, the foundation slab, but also to raise the structure to the design marks, significantly increasing the bearing capacity of the foundation
and filling all voids formed at the slab-soil contact point. This is an ideal solution for carrying out restoration work in warehouses, logistics centers and other infrastructure facilities (automotive
roads, overpasses, airfield runways, etc.). The technology involves the introduction of two-component geopolymer resin under the slab using thin steel tubes – packers. It happens already in the first minute
expansion of the material. As a result, the soil at the base of the slab is compacted, its bearing capacity increases, and the slab itself rises to the design mark.


Method advantages

  • 1Equipment, work methods and materials minimize interference with existing structures, make it possible to carry out work without stopping production processes at the enterprise.
  • 2High level of construction control (up to 1mm). Complete restoration of the “plate-base” contact.
  • 3The material is hydrophobic, when it expands, it displaces water from the soil. Resistant to vibration and dynamic loads.

If you want to study the technology in more detail with scientific explanations and technical descriptions (in the original), then go to the GeoResin technical library.



Column Injection technology allows you to arrange a reliable foundation even in the presence of waterlogged and peaty horizons. Geopolymer piles are an excellent alternative to traditional methods of strengthening the base in complex soils. Technology
allows to carry out work under an already built house and is suitable for any types of structures.

In the course of the works, injection pipes in Kevlar casing are inserted into the soil to a depth of up to 6 meters and a special geopolymer composition is injected into them. After that, the material in the shell expands and hardens, forming a pile in shape.
After hardening, the material has a high bearing capacity and increases the calculated resistance of the surrounding soil.


Method advantages

  • 1The possibility of installing a geopolymer column in hard-to-reach places with instant load transfer.
  • 2Ensures the solution of two problems at the same time: increasing the load-bearing capacity of the base; supporting the operation of the foundation structures.
  • 3A reliable solution for soil reinforcement in peat lenses, loose soils, soft clays.

If you want to study the technology in more detail with scientific explanations and technical descriptions (in the original), then go to the GeoResin technical library.



BENEFIL technology allows for quick and high-quality conservation of old collectors, pipelines and mines, without violating the existing construction norms and rules. This is a great alternative to flooding with water or pouring concrete. Polymeric
the composition used for the preservation of voids has a low specific gravity and at the same time has high strength. Pumping of the warehouse can be carried out even in hard-to-reach areas, avoiding excavation work.

The material is injected under pressure. At the same time, the workstation with a supply of solution can be within a radius of up to 100 meters from the injection site. In the process of work, the solution expands in volume several times, completely
filling technical voids.


Method advantages

  • 1A wide field of application of the technology – conservation of mines, subway tunnels, pipelines, technical containers, strengthening of dams.
  • 2The polymer is completely safe for the environment. Fire resistant and can be recycled for reuse.
  • 3The possibility of quick deconservation of the object. It has the ability to absorb residual liquids and gases.

If you want to study the technology in more detail with scientific explanations and technical descriptions (in the original), then go to the GeoResin technical library.


The repair technology consists of system components that are used in different combinations depending on the technical solution of the engineering task.

Stati-Cal’s masonry crack repair technology is specifically designed to repair any type of brick and stone building, from historic to modern, private to public.

The Stati-Cal strategy is based on the fact that each building undergoes certain deformations within its geometric parameters during operation, which occur due to many different reasons. Due to their special design, the use of spiral anchors in the repair of cracks and damages makes it possible to stabilize and securely connect masonry elements, while maintaining their consistent elasticity and ability to absorb and transmit natural deformations that occur during the operation of the building.


Advantages of the METHOD

  • 1Special stainless steel
  • 2Prestressed spiral-shaped structure
  • 3Unique adhesive system

If you want to learn more about the technology and applications, go to the page with a more complete description or contact the project manager.