Vacuum Excavation empowers construction projects by providing a safe, clean, and non-destructive method of obtaining detailed utility data such as depth, type, and condition.
Vacuum Excavation technology is used to remove below surface materials safely with no manual hand-tooling required in the process. The benefits of Vacuum excavation include:
There all several different industries that can benefit from Vacuum Excavation including railways, civil works, highways, power plants, waterworks, gas utilities, power utilities, construction, and telecom.
Vacuum Excavation is utilized as a data collection activity for Subsurface Utility Engineering Quality Level A activities. Potholing, daylighting, or test pitting occurs to expose and verify the physical characteristics of a utility or structure housing utilities, including its Geodetic location. It is applied when data is required on utility depth, composition, and type. This data is then integrated with information gleaned from Quality Levels D, C and B and reflected on a CAD drawing.
Vacuum Excavation utilizes high-powered fans to safely excavate up to 141 feet (43 metres) of depth depending on the configuration. First, a small surface area hole of about 10 inches (250 mm) is created, this may vary depending on the ground conditions. Then the suction excavator hose removes below surface materials. Compressed air is used to fracture the ground for the suction excavator to be able to remove the material safely.
Using a powerful vacuum and high-pressure water, prices holes, trenches, and tunnels can be cut to the required size and proportion. Because compressed air or water is used to loosen the earth, the risk of damaging underground utilities is less, and contractors can safely find and expose them. Often excavation reveals unknown utilities, saving workers from injury, money, and time.
The two most popular methods are pneumatic excavation and hydro excavation. In pneumatic excavation, high-speed airflow is used to loosen the material covering the target and the soil is sucked away with the vacuum tube. This soil can be used as native backfill as it is not mixed with any other materials.
During hydro excavation, a high-pressure water jet is used and where required, at high temperatures, to loosen the material covering the target, including frozen ground. This method is suitable for any soil type. On hard surfaces such as asphalt or concrete, a coring system is applied prior to excavation to expose the soil surface.
Supporting customer’s Utility Engineering and Mapping needs since 1989. multiVIEW Locates (“multiVIEW”) is celebrating a very important milestone. multiVIEW recently exceeded the 50,000 project mark in support of customer’s utility engineering and mapping needs since resetting the counter on its…
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Decades of experience provide multiVIEW with the technical depth and practical insight to deliver greater value to our customers.
Our Quality Management System (QMS) guides consistent project execution, technical review and delivery across multiVIEW.
Our flexible resourcing model supports changing project demands, extended coverage and responsive delivery across a wide range of project requirements.
We invest in continuous improvement through ongoing technical, operational and Health & Safety training, supported by established HS&E policies and procedures.
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