SERVICES - our offer

  • Monitoring systems of underground mining excavations, including cooperation of anchors with rock mass under statistic and dynamic loads.
  • Bench testing of parameters of mining anchors.
  • Bench testing of the cooperation of mining anchors with rock mass under in situ conditions.
  • Measurement of ventilation and climatic parameters in mine excavations (including the speed of circulation and volume stream of circulating air, temperature and humidity, air pressure, alternative climate temperature, WBGT index).
  • Measurement of the content of flammable gases (hydrocarbon, hydrogen), toxic and hazardous to health (nitric oxide, carbon oxide, hydrogen sulfide) and others (oxygen, nitrogen, carbon dioxide) in the air in a mine and in boreholes drilled in mine excavations.
  • Measurement of air dustiness as well as determination of respirable and total fraction.
  • Energy input and basis physiological parameters of an employee.
  • Measurement of operating parameters of mine ventilators, including main ventilation.
  • Examination not destroying the condition of concrete and reinforced concrete facilities with the use of ultrasonic and sclerometric methods.
  • Georadar and tomographic examination of the condition of concrete and brick constructions.
  • Endoscopy.
  • Control of backfill networks, including:
    • Control of grindability of backfill pipelines (measurement of thickness of pipe walls),
    • Control of parameters of circulation of backfill compound (pressure measurement).
  • Monitoring of rock mass work with the use of tooling anchors.
  • Examination of parameters of shot firers under in-situ conditions.
  • Inclinometer measurements.
  • Measurements and forecasts of para-seismic impact on the surface.
  • Measurement of acoustic climate and other components of the environment in regions of planned and existing investments.
  • Measurement of the quality of soil, vegetation and agricultural products.
  • Measurement of deformation of mining areas caused by mining exploitation (classic and satellite methods).
  • Control measurement of engineering and technical facilities (shaft towers and exhaust extraction systems, transfer towers, technological sequences, chimneys, overhead cranes, other facilities)
  • Geodetic management of the investment.
  • Measurements of deformations and relocations of facilities.
  • Completion surveys, mapping and topographic surveys.
  • Measurements with the use GNSS technology.

COREstyr, an innovative system for storing and securing geological samples (including drill cores), is an alternative to the commonly used method of storing cores in wooden boxes.

PRODUCTION TECHNOLOGY

Plastic injection molding technology was chosen for the production of packaging. The material selected for the production of packaging for storing geological samples is called EPS, or expanded polystyrene, which is styrofoam obtained by foaming polystyrene granules.

EPS material is characterized by:

  • excellent insulating properties
  • excellent shock absorption properties
  • low weight
  • low moisture absorption
  • resistance to weather conditions
  • it is environmentally friendly (recyclable)

EPS is chemically and biologically inert and odorless. It does not provide a breeding ground for microorganisms, meets high environmental standards, and is subject to recycling processes.

It is also possible to manufacture packaging from EPS-FR and Neopor.

EPS-FR is a variant of standard EPS with the addition of a self-extinguishing material.

Neopor packaging is gray in color due to the addition of graphite particles, which increases the insulating properties of the packaging by 20%.