02/05

Raising and leveling of road surfaces for various purposes

Using geopolymer resins for injection is a quick and effective way to fix problems affecting the stability of major roads, bridges, tunnels, and public transportation networks. Geopolymers can be used to strengthen the soil under the road surface, as well as to lift and level sagging elements.

GeoResin often implements projects to restore a wide range of infrastructure facilities. Technologies used by our company can extend the life cycle of infrastructure facilities without disrupting the daily operation of the transportation network or affecting its users.

Maintenance of roads, highways, bridges, and crossroads

Long-term maintenance of a roadway can cause it to deteriorate. Various factors, such as overloading by large vehicles, exposure to the external environment, and others, can lead to ground subsidence and roughness on the road, which in turn leads to accidents and a decrease in the load capacity of the road. This problem occurs most often in high-traffic areas, parking lots, and truck maneuvering areas, at crossings between the roadway approach and the bridge, and at loading bays.

GeoResin geopolymer injection technologies allow to raise and eliminate subsidence. This is accomplished by injecting resin into the base of the road, which fills all of the free space, allowing for quick and effective reinforcement of the soil and leveling of the roadway. The solution is cost-effective and quick to apply, with minimal inconvenience to traffic.

Geopolymer injection method for lifting and leveling of road surfaces

A geopolymer injection method called Slab Lifting can help restore the position of the roadway. It allows lifting and leveling of sagging areas, making it easier to repair emergency sections of roads, areas near bridges, railroads, port docks, loading docks, and other facilities.

Using the Slab Lifting method is more effective than traditional roadway repair methods. Advantages of the method:

  • ·geopolymer resins are better able to withstand intense dynamic loads;
  • ·restoration of a road or parking lot with geopolymer resins takes from a few hours to a couple of days;
  • ·works can be performed in stages, without blocking all traffic areas, and at a convenient time when the traffic is minimal.

Traffic can be restored on the section repaired with geopolymers in 15 minutes after the completion of the work. Compared to the time it takes to restore a road section with dismantling and restoration of the roadway, which can take weeks or months, the use of the Slab Lifting method is a faster and more convenient solution.

Geopolymer injection technologies allow not only to restore the level of the roadway, but also to strengthen the base soil under the traffic way, or to strengthen the base when laying new highways and autobahns. When geopolymers are injected into excessively wet soils, excess moisture is displaced, which increases the bearing capacity of the roadway. The Deep Stabilization technique is usually used for this purpose.

WHAT DOES THE BASE PROBLEM LOOK LIKE?

Base problems can occur for a variety of reasons, including the following:

  • ·insufficient compaction of the base soil;
  • ·improper design of the roadway;
  • ·poor quality of construction materials;
  • ·inadequate maintenance, and other factors.

Any of these factors can lead to roadway deterioration, shortening its life cycle and reducing truck traffic capacity.

Effective and timely renewal and maintenance is critical to ensure the lashing properties of the transportation infrastructure. GeoResin technology avoids unnecessary budget expenditures and reduces inconveniences and disruptions to public transportation facilities.

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If you have reached this section, you care about the future of your property. By getting help from qualified professionals in good time, you will save a lot of time and money.

The first step in preserving a building that is prone to collapse is to have the building surveyed by professionals. This will help you avoid making rash or poorly-planned decisions as to what to do in order to stop the process.

GeoResin specialists will come on site and determine the type of foundation deformation and find out the reasons for it. Depending on the data they will make the necessary calculations and determine what actions to take to halt the building destruction and what is the best method of foundation stabilization.

Based on the received information, you can make a balanced decision on which of the three directions to take:

  • 01 Continue to monitor the dynamics of destruction with the help of professional instruments, defining yourself a «point of no return».
  • 02 Develop a draft solution, taking into account structural, financial and «life» constraints, and implement it.
  • 03 Apply for an alternative solution on the basis of the survey to a third party.

SUBSIDENCE OF TRANSPORTATION INFRASTRUCTURE FACILITIES CAN BE CAUSED BY THE FOLLOWING FACTORS:

  • Not properly rammed base
  • Man-caused breakdowns and failures of utility lines
  • Regular fluctuations of groundwater table and soil temperature
  • Earthwork or pile work nearby
  • Regular vibrations impact
  • Organic processes in the base soils

QUESTIONS THAT GEORESIN WILL ANSWER:

  • What is going on with the house or structure in general?
  • What caused the cracks or deformations in the structure?
  • Is there any point in waiting for improvements or changes and what kind of changes?
  • Can we get by with face-lift?
  • What will happen if nothing is done?
  • Will «store-bought» or «do-it-yourself» solutions help?
  • Can a «familiar foreman» solve the problem?
  • Is it possible, and how, to slow down or stop the process of destruction?
  • Is it possible to get everything back as before? what are the options?
  • When is it better and cheaper to start solving the problem? is it possible not to resolve it right away?
  • How much does it cost to solve the problem and what are the conditions for implementation?
  • What can be done for x hryvnias?

WE GUARANTEE:

1

Almost instant result

2

Selection and determination of a suitable solution together with the customer

3

Only top equipment and tools

4

Possibility of step-by-step implementation of the project in accordance with the client's schedule

5

Post-project monitoring and efficiency in case of additional works are needed. contactable 24/7

6

Parallel improvement of waterproofing, thermal and vibration insulation of structures

in any situation, it is important to consciously assess the risks of decision or inaction with an expert in the field of construction

25%

savings in comparison with traditional technologies

2-3days

for a standard project

5years

minimum warranty on the work performed

18seconds

curing time of the material

0,5mm

accuracy of work

EXAMPLES OF COMPLETED PROJECTS

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