Vortex Hi-Lift ADR
Amphitec has developed the Vortex® Hi-Lift ADR dry and liquid pressure/vacuum air mover. This machine is the ideal solution for vacuuming, discharging and/or transporting polluted product.
Market searches for safely transporting product
Enigma, a local industrial contractor, was searching for a proper solution for handle polluted or even hazardous soil in industrial areas. There is an increasing demand in handling polluted soil around underground gas pipelines and electric cables. With the conventional excavation techniques damages are easily made and can cause immediate danger and shutdown of process installations. Amphitec offers the perfect solution with its ADR classified Vortex Hi-Lift ADR, equipped with a 400º rotating excavation boom.
Vortex® Hi-Lift ADR characteristics
With the use of special 3D designing software, Amphitec has been able to develop the Vortex® Hi-Lift ADR. The 14 m3 dry and liquid pressure/vacuum tanker is equipped with a 9000 m3/hr roots blower pump with a max. vacuum of 96% and a max. overpressure of 1 bar. The specially developed excavation boom enables you to offer the service of vacuum excavation. A fast growing service in the industrial and municipal contracting business.
Key advantages of the Vortex® Hi-Lift ADR are its Hi-Lift system, the ADR certified blowing system - no changeover required-, a low total weight, the smaller turning circle and a lower noise level - below 80 dB(A)-! With the suction boom specially designed for safe and efficient excavation works, this machine replaces the conventional, often unsafe excavation techniques. Unlike other vacuum excavation techniques the Vortex® Hi-Lift ADR can be used for industrial vacuum/pressure activities. It is also perfect for vacuuming and blowing products like cement, fly ash, grit, powders and heavy sludge. This versatility ensures that the investment can quickly be recouped.
The Vortex® Hi-Lift ADR enables you to perform your industrial vacuum and excavation applications in the most cost effective and safest way!
Date of placement: 09-02-2011 00:00:00