1. SEALS

- Improving the effectiveness of existing waterproofing measures, waterproofing of sewers when

Lead through environmentally relevant areas such as water change areas to drinking water protection areas (mineral

encapsulation)

- Floor sealing with high-density liquid soil and landfill sealing

2. LIFT MINIMIZATION

- eg for accelerated backfilling when installing large pipes, etc. is possible based on the recipe

3. FLUSHINGS

- Static supports in the foundation area against rinsing and erosion of, for example, fine-grained components

4. BUILDING SPEED

- Various options for increasing the construction speed, shortening the construction time in time constraints,

the reduction of the space requirement, the minimization of the nuisance to residents at construction sites in the infrastructure sector

usable

5. BUILDING STABILIZATION

- Stabilization of exposed foundation areas of sensitive structures while securing the other light ones

Accessibility of the relevant areas

6. WALKABILITY

- Faster walkability is possible via the recipe setting for the liquid floor

7. CONCRETE SLAB

- Targeted reduction of thickness and reinforcement of concrete slabs above the liquid floor for later

building construction

8. UNDERFLOOR FILTER

- Use of soil filters through the production of defined water permeability, targeted pore volume and

desired surfaces including capillary formation

9. FLOOR PANELS

- to improve the load distribution and load-bearing capacity with high loads and buildings

- Improving the subsoil and increasing the service life of buildings and traffic routes

10. BORED PILES

- Bored piles and tamping columns to further increase the load-bearing capacity of subsoil (also in combination with

floating floor panels)

11. SLOPE STABILIZATION

- on roads, motorways, rail systems and routes of various media carriers

12. BRIDGE Abutments

- Use for the filling of bridge abutments and the compensation of the different settlement behavior between

bridge and adjacent roadway

13. PROTECTION OF MONUMENTS

- to improve the protection of underground structures against pressing water or layer water

- Protection of sensitive foundation areas and improvement of building stability without the adverse effects of

Concrete (lack of elasticity, vibration problems up to the risk of resonance, etc.)

- Protection of the sensitive building structure against the effects of dynamic loads, eg from regional

Traffic volume or from classic material installation with dynamic compaction

14. DIKE CONSTRUCTION

- Sealed pipe penetrations (seal structures) through the dyke without the risk of running lengthwise due to the ability to relax

and thus a secure connection with the pipe surface without tunnel effect etc.

- Rehabilitation of dyke cores using high-density liquid soil from existing materials, e.g. B. after

Method of a single-phase slot wall

15. PERMEABILITY

- kf values to be set variably, controlled via the recipe, enable different permeabilities and the

Use as a ground or water filter

16. ROOT PROTECTION

- due to the highly dense liquid soil in relation to the surrounding soil, the roots seek the way of the

lowest resistance, thereby reducing the risk of root penetration in the area of cables and

pipeline routes

- the settlement of deep-rooted plants can be minimized

17. EARTHQUAKE PROTECTION

- improvement g of protection of buildings surrounded with liquid soil trenches against the action of temporary ones

earthquake waves

- Improvement of the seismic protection of roads and railway lines through lateral slits in a defined

geometry and distances

18. UNDERGROUND CABLES and BURIED HIGH VOLTAGE LINES

- Optimization of the bedding and permanent heat dissipation in any soil as bedding material

(closing the pore spaces of the starting material)

19. DISTRICT HEATING CONSTRUCTION

- Use for the permanent securing of skin friction forces in district heating pipeline construction

- Production of specifically adjusted frictional forces for the bedding of plastic casing pipes

- Optimization of the pipe statics to the point of minimizing or avoiding supports

20. FLOWING SANDS

- Use in the presence of single-grain and flow sands by stabilizing them

21. FOUNDATION BACKFILL

- to minimize the filling area up to the use of special properties such as sealing effect or

Thermal insulation to avoid special measures such as the attachment of insulation boards or additional ones

sealing measures etc.

22. GAS PIPES

- Use to avoid tunnel effects in the event of a leak and to ensure detectability

23. GIL ROUTES

- Maximization of the frictional forces to minimize the required abutments

- Optimization of heat dissipation by minimizing pore spaces

24. LARGE PIPES

- Laying of large pipes with perfect gusset filling and 180° support guaranteed

25. BREAKDOWN

- Creation of collateral against ground failure

26. GROUNDWATER PROTECTION

- Supplementary protection also against layer water and pressing water by means of various

Vertical sealing process with high-density liquid soil

27. SLOPES

- Construction of load-bearing slopes to absorb the loads from road construction and later traffic loads

28. FLOOD DEFENSE

- quickly effective and economical flood protection solutions for emergencies

- New options for long-term planned flood protection when upgrading dikes

- New construction and relocation of dikes and dams

- Dam stabilization, surface sealing for leaking and sodden dams and dikes

29. VOID FILLING

- Backfilling of cavities in inaccessible areas and with special requirements to the necessary

Properties of the backfill material

- Filling of cavities due to leaching up to mining

30. INFRASTRUCTURE SOLUTIONS

- Various possibilities for improving the infrastructure solutions of a city in the area of supply and transport

disposal lines to traffic engineering concepts

- targeted use of the subterranean construction space through settlement-free, safe bedding of various media carriers

narrow space

31. COMBI ROUTES AND COMBI SHAFT (various manufacturers)

- Consisting of waste water and supply lines with new possibilities for storage spaces, extinguishing and

service water supply, etc.

- targeted increase in the flexibility of the infrastructure systems of a city in the supply and disposal area by means of

Combination routes and system solutions

32. CONTAMINATED SOIL

- Depending on the contamination and the resulting individual case, the immobilization for

lead to the reusability of these soils

33. COSTS

- Various possibilities for advantageous changes in the cost structure in the maintenance of the infrastructure systems and

in extending their failure-free useful life

- Reduction of depreciation, maintenance and renewal expenses

34. POWER PLANT CONSTRUCTION

- Use for the targeted reduction and prevention of supports and minimization of vibration transmission

35. COASTAL DEFENSE SOLUTIONS

- for better prevention of erosion and erosion up to better protection of the dunes and dykes as well

Coastal protection solutions for the construction of breakwaters and groynes

36. NOISE PROTECTION

- Applications for noise protection solutions, for example as noise barriers and as reinforced to naturally reinforced components

37. SURFACE PROTECTION

- Use to protect special, sensitive pipe materials including their surfaces with the risk of

mechanical and/or chemical damage

38. REFIXATION SPEED

- Can be controlled via the recipe to ensure rapid absorption of loads from earth pressure and buildings

39. PIPE PROTECTION

- Improving the protection of all types of pipelines and cable routes against the action of temporary

Earth movements and ongoing dynamic traffic loads

40. FLOATING FLOOR PANELS

- on non-load-bearing substrates for the construction of buildings or as road surfaces

41. FLOATING LAYING

(patented by another provider)

- from various media in and under water, on mud and other difficult to not conventionally stable soils

Floating installation of media to minimize or avoid dewatering

42. VIBRATION ABSORPTION

- to protect sensitive buildings and residents against the permanent effects of dynamic traffic loads

43. VIBRATION DECOUPLING

- from existing structures such as major structures, bridges, tunnels and stations against trains and others

Influences caused vibrations

44. ROAD SUBSTRUCTURE

- to improve the load-bearing capacity and service life of roads that are additionally stabilized in the subsoil

45. TANK SYSTEMS

- Applications in the construction of tank systems to gas stations, for example as a tight trough

46. TUNNEL

- Improving the protection of laterally backfilled tunnel structures against the effects of external vibrations

- Protecting residents by reducing traffic-induced vibration and vibration

47. OVERFLOW PROTECTION

- by trenches surrounded with liquid soil

48. UNDERGROUND IMPROVEMENTS

- when building on peat, mud, clay and muddy ground

49. UNDERWATER INSTALLATION

- according to previously determined requirements in the contractor method using the high inherent density and

surface tension

50. SCREWING PROBLEMS

- Solutions for preventing problems with underpinning, with shoring problems as a result of free-flowing soil

(Substitution of watertight construction)

51. VISCOSITY

- for the targeted use of changeable flow properties when building on slopes (rather stiff) up to very flowable

Material used in cavity filling

52. WALLS AND BORED PILES

- Cut-off walls, e.g. single-phase diaphragm walls, secant bored pile walls, retaining walls for various sealing,

vibration damping and vibration decoupling applications

53. HYDRAULIC ENGINEERING APPLICATIONS

- for the abrasion-resistant backfilling of piers and harbor protection systems

54. THERMAL INSULATION

- possible additional thermal insulation via recipe adjustment, e.g. B. in underground heat storage of solar energy

55. REUSE

- all soils with the exception of topsoil and pure rock, including non-compactable soils such as

Silt, clay, mud, clay, flow sand (partially also humic) possible

This information is food for thought on possible uses of liquid soil.

Due to the different starting materials, the diverse technological and final properties of the liquid soil, the further development of the process is a constantly open process. In order to find a solution for your construction task, we consider it sensible to create an open cooperation with our experience and your ideas.

This list should continue to grow in the interests of all users of new projects!