Subterra digitalizing utilities in a busy street of Zug

Utility detection experts know that capturing the data is just one step in the process. Processing, managing, and delivering the data are part of the workflow. Utility detection can be time-consuming, but the work can be completed efficiently with the right tools.

SUBTERRA GMBH地下探测公司,依靠detection devices in Germany, Liechtenstein and Switzerland for every stage of its construction projects. With a high level of data accuracy, the company locates and maps underground supply lines and structures. Cable detectors and other various geo-radar devices are used to determine the lines to the centimetre. By using different technologies, SUBTERRA can also detect non-metallic supply lines. The location of the detected lines can be marked directly on the floor for the customer, made available as a classic 2D plan, or as a digital 3D model.

SUBTERRA was requested to digitise a street in the business district of Zug, Switzerland. The aim of the project was the acquisition and digitisation of the subsurface as a 3D model. This model will enableWWZ: Energie, Telekom, Wasser und E-Mobilitätto plan a new district heating pipe underground with a considerable reduction of openings of the street and project time, including blocking the road for traffic and CO2 pollution through excavators.

The road to digitisation

The challenges of mapping 400 metres of a busy street in Zug, where the underground is full of utilities (electricity, water, sewage, gas, communications, etc.) go beyond utility detection; it includes finding the different utilities and mapping them in a congested area.
SUBTERRA used theLeica Ultradetection system, including aLeica Geosystems DA Transmitter，要检测金属线，因为深度的确切确定尤其重要。

"We used theLeica Ultra cable locatorto identify and mark the power and metal cables to have an initial overview of the underground utilities, we can give our customers information about the location of cables and metallic cables very quickly on-site," said Gordon Kopf owner of SUBTERRA.

团队还使用了IDS Stream Cand collected the data in 50 m long project segments to cover the entire area that needed to be scanned.
对于狭窄的区域，Subterra使用了Leica DS2000 utility detection radar. Together with the GPR, the team usedGeoMax Zoom 90机器人总站可提供地理作用和埋藏公用事业的精确位置。他们也GeoMax Zenith 35pro to measure points where a vertical placement of the pole is not possible.

"Once we collected the data with the precision locator and GPR, which took us approximately 8 hours in total, we went back to the office and processed in just 20 hours the collected data with IDS GredHD and created the final report to deliver to the customer," said Gordon Kopf.

Full end-to end solution from data collection to delivery

使用完整的工作流以从六边形地理系统中检测到实用程序（Subterra）（亚搏苹果appwww.subterra.ch) delivered a 3D model of the underground utilities from that street on time and budget and also allowed to open new business opportunities carrying out additional projects in Switzerland, Germany and Austria.