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Hardware :

LLC Institute SHELF has all necessary software for execution of all kinds of operations of its activities. Including the equipment that allows conducting geophysical investigations and surveys effectively and in the shortest possible time.

Main equipment:
Laser scanner Mensi GS200
Availability of the most modern equipment using technology of 3D scanning gives tremendous advantages for Surveying Department operation:

  • High speed of measuring reduces conducting of field work up to 50-90%.
  • Remote measuring method (allows work execution at out-of-theway areas with especially harsh and dangerous conditions).
  • High speed of getting more complete and accurate data about object.
  • Possibility of equipment application at adverse weather conditions.
  • 3D surveying and industrial objects surveying and measuring (complicated process complexes, oil refineries, columns, derricks, tank capacity determination
  • Areal objects surveying (railway stations, airports, plants territory)
  • Road surveying (road blading, bridges surveying)
  • Topography (plans and maps with scale 1:500)
  • Buildings reconstruction and construction (architectural measuring)
  • Buildings, archaeological monuments restoration
  • Historical heritage objects 3D data archiving
  • Mining (rocks volume measuring, open-cut mine surveying)
  • Tunnels surveying (section design position monitoring)
  • Micro relief surveying


Georadar Terra SIRch SIR-3000
This instrument satisfies requirements of FCC regulations (Federal Communication Commission of USA) and is characterized by lack of harmful radiation and noises acceptance affecting on useful information recognition about object under inspection.
Geo radio radar range of application
Geological survey:

  • Geological sections analyses, layers thickness and types of rocks;
  • Ground waters level determination;
  • Karst, landslide deposits and taliks evaluation;

Waters survey:

  • Rivers and lakes depth and bed profile, ice and snow thickness determination;
  • Flooded objects detection;
  • Near-bottom sediments (silt and sapropel) thickness mapping;


Archeology:

  • Buried foundations and walls of ancient settlements mapping;
  • Local archeological objects detection.

Concrete reinforcements investigation:

  • Structural layers thickness and reinforcement type (frequency and depth of reinforcements application);
  • Detection of cracks and defects in solid coating;
  • Underground communications detection;
  • Electric wiring and pipes along building units detection.


Environmental protection:

  • Oil pollution of grounds, industrial and domestic wastes buried landfills mapping.


Pipe Locator METROTECH FM9800 TX
Apparatus is intended for simple and accurate route localization and cable and metal pipeline depth of burial determination. It allows distinguishing parallel routes and detect branches of cables and cable channels.
Route location accuracy: 5% + 5 cm
Depth: up to 6 m

Progressive technologies used by the Institute: 3-D laser system MENSI GS 200, Georadar Terra SIRch SIR-3000 in combination with computer software packages - Plant Design Management System PDMS of AVEVA company gives an opportunity to reduce object construction schedule for a customer, providing high accuracy and quality.
Progressive technologies used by the Institute: 3-D laser system MENSI GS 200, Georadar Terra SIRch SIR-3000 in combination with computer software packages - Plant Design Management System PDMS of AVEVA company gives an opportunity to reduce object construction schedule for a customer, providing high accuracy and quality.


Software
At present the main purpose of Institute different activities is designing at more state-of-the-art and qualitative level, in the shortest possible time and with less expenses.
Use of computer technologies, namely such advanced software packages as PDMS AVEVA, PDMS Lotsia, AutoCad, MathCad, PlaniCad and others, for designing assists in these purposes achievement.

  • Component subsequent and reliable data provision In standard design environment that uses technologies of drawing-board size of each detail should be selected prior to its drawing. This process requires a lot of time and results in expensive errors which frequently can be found only in the process of construction. In PDMS all sizes and components configuration are determined and listed in the catalogue which can be changed by a designer. It guarantees that all details have proper sizes and stable for the whole project, irrespective of how many executors participate in a project.
  • Specified design specifications observance. Pipes specifications and steel structures catalogs which exactly specify components that should be used are drawn up with the purpose of subsequent, reliable and economical designing provision. All applications on pipelines, vent, heating and conditioning, cable runs and steel structures designing use these specifications and control components selection.
  • Components collision avoidance. Despite high-level skill and plant design management experience drawing execution standard technologies still depend on human errors. Routes and general layout location on the restricted space of 2-D plane drawings lead to collision between components, as they can hardly be distributed on one surface. PDMS allows solving such problems.

 
© 2012 Institute SHELF