News
Conveyor and feed hopper for soil decontamination
Tecnitude feeding hoppers:
A tool adapted to different soil remediation techniques
Specifications :
Loading of heterogeneous materials such as soil with potentially sticky stones into a 7m3 hopper.
- At the hopper outlet, the product must be calibrated from 0 to 200mm. Material is extracted from the hopper at a rate of 30 to 90T/h.
- Extraction driven by a 4kW Drive/Geared Motor with adjustable speed.
- Required lead time: 4 weeks
The right solution: the Tecnitude feed hopper
Our solution:
- Supply of a 7m3 capacity feed hopper. As the materials to be handled are very sticky, the inside of the hopper is lined with HDPE.
- A 15° inclined bar screen is located on top of the hopper to calibrate the products to 0-200mm.
- A 6m x 1000mm Manuextract E.A. for material discharge. The rubber Belt is equipped with containment edges to promote watertightness.
- A 4kW Drive/Geared Motor at the head of the machine
- A cable-operated emergency stop system is located alongside the Belt Extractor. Protective fences are installed on the underside of the Extractor to ensure optimum personal safety.
- Production time: 4 weeks
- Delivery: Italy
Feeding hoppers:
solutions adapted to soil sorting and decontamination operations
Some soils, after having been subjected to accidents or massive industrial activity, end up contaminated by the various pollutants associated with these activities. Some areas therefore need to be cleaned up and made fit for industrial or agricultural use once again. The decontamination operation then consists of cleaning them up by eliminating residual pollution.
A number of techniques are available, and this operation is not insignificantly costly for the industrialist, between extraction according to the nature of the soil and sorting of pollutants according to their type.
The Tecnitude hopper feeder is used in soil remediation processes of all kinds. In addition, its lining in specific, watertight materials makes it possible to transport different materials without risk.