Geotechnical emergency response.

How we work

1. 1

   We provide a commercial proposal

   day of inquiry
2. 2

   Our specialists travel to the site against a letter of guarantee (after contractor verification)

   2–3 d
3. 3

   Monitoring is launched with automated mobile NUR extensometers (more about the extensometer)

   3–4 d
4. 4

   We carry out a geomechanical deformation survey and fill in the deformation passport

   3–4 d
5. 5

   We determine the potential causes of the deformation and identify gaps in the study of the deforming area

   3–4 d
6. 6

   We conduct additional field investigations

   3–5 d
7. 7

   Together with the customer, we hold a video conference with our experienced specialists to develop response measures and design measures to minimize the consequences of a potential collapse

   4–5 d
8. 8

   Forecasting the development of the deformation process. Justification of critical deformation parameters

   4–5 d
9. 9

   Preparing the final report describing points 2–8

   2 wk
10. 10

    Monitoring support: configuring alerts for exceeding critical parameters, predicting the time of collapse, reporting on the deformation process dynamics, and providing online access to displacement and velocity charts

    six months