Industrial

Absence of general plan and discrepancies with the reality are a real problem for many companies. Lack of technical documentation on equipment turns into a major problem.

Provision of functionality and operability of atomic power stations including buildings and other constructions is a complicated scientific and technical task as while operating materials get affected by a number damaging factors: ionizing radiation, corrosion, erosion, temperature, static loading, thermal loading and cyclical loading.

The objective was to clear out a possibility of quick determination of volume of products in open warehouses/ As an experiment we scanned iron briquettes.

Shooting of units inside and outside the building. Each unit was scanned. It took one hour to scan the units.

Two levels of the fluid bed kiln at the kiln works of the Nickel Plant. Laser scanner iQsun 880 by iQvolution, Germany was implemented for the first time in Russia. Work was carried out at high temperature, dustiness and vibration.

Seven sites with the area from 0.3 hectares up to 2.5 hectares were scanned. Scanning density – 3-5 cm. All in all 110 scans were taken. The work lasted for 4 working days (including transfer).

Survey was carried out from five points, located in the corners and the centre of the site. All in all 25 scans were taken with the density 5-6 cm. Field works lasted for one hour.

The result is the so called “point clouds” that allowed to conclude regarding perfect possibility to make survey at a distance equal to 100-200 m.

Implementation of CMS systems in this process is explained by the necessity to make survey inside each bunker. It is impossible to carry out this work from outside as the bunkers are hidden behind other constructions.

The work was carried out in July, 2003 in order to demonstrate the potential of laser scanning.

The work was carried out in January, 2004 in order to demonstrate the potential of laser scanning at surveys of compound technological constructions at processing plants. A cooper-smelting furnace was selected as an object for survey.

The work was carried out in January, 2004 in order to demonstrate the potential of laser scanning while making a survey of industrial spaces with technological constructions. Scanning was carried out both, inside (7 scans) and outside (6 scans) the building.

The experiment was carried out in September, 2003 in order to make an assessment in respect of the time spent on survey of compound constructions and results from the point of view of fullness and possibility of their further use.

The experiment was carried out in September, 2003 in order to specify the possibility of survey of separate industrial constructions.