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Why Vacuum Excavation is Better Than Traditional Heavy-Machinery Digging Using a high power vacuum suction mechanisms, vacuum excavation is a recently-emerged technique for the excavation of earth or other materials for purposes of analyzing sites, remediation projects, construction works, or other civil engineering programs. This efficient method relies on a jet of air or water to loosen earth, as opposed to heavy machinery or hand-held machines. Upon loosening, the soil is drawn from the sub-surface via an air vacuum hose, which takes to an onboard debris tank for backfilling or disposal later on. As such, is vacuum excavation great for your projects? Vacuum excavators are in increasing demand as their method is fast earning recognition as best practice in the specialty of site analysis, general construction, and remediation tasks. This technique is often the only option on fuel stations as well as power distribution sites. The technique is highly prioritized for other safety-aware industrial applications, for instance oil refineries and sites for the production, storage, or supply of chemical and petrochemical substances. Using vacuum excavation as a non-destructive technology, contractors can quickly, safely, and cost-effectively work on all sites that conventional digging machines such as JCBs, mini-diggers, as well as trenchers may be used. Yet, the best aspects of this technology is potential to cost-effectively apply on fields hard to access with conventional digging equipment. This is also the technology you want to harness as an alternative to manual hand-digging, enhancing the safety of site operators and increasing the progress pace of any excavation project.
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This approach is preferred for its ability to prevent service strikes, among other important reasons. Take into account that service strikes do not usually happen and go away without the contractor incurring substantial costs. The utility supplier in question will incur interruption of supplies, revenue loss, bad publicity, and customer service concerns. If you’re the contractor, there may be cost consequences, project delays, and likely damage to client relationships for you to deal with. What’s more, service strikes may cause fatalities or injury to personnel or members of the public. Yet, vacuum excavation allows for the production of a positive visual confirmation of any existing underground utilities without the need for physical contact with machines. That is the factor behind avoidance of utility strikes and boosting of site operational safety. Economical viability is the other important benefit from several perspectives. For starters, this technique is faster than hand-digging, helping complete projects sooner. Likewise, it less expensive to fix an affected area after excavation because the method is accurate and damage is small. For sure, vacuum excavation is high-quality earth digging technology. It’s efficient, quicker, and safer for site workers as well as surrounding members of the public.