Why you should choose the EvoWash sand washing plant
There are numerous reasons why the Evowash offers the best sand washing solution on the market. The case for the Evowash over traditional washing technologies such as bucket wheels and screw classifiers is well established but when it comes to other hydrocyclone based washing plants the superior quality and performance of the Evowash is just as clear.
Vertical versus Inclined Cyclone Configuration
The Evowash design includes a vertical hydrocyclone arrangement with 10mm rubber lining throughout.
CDE Evowash
Inclined hydrocyclones generate excess wear on one side of the cyclone, resulting in increased costs of spare parts and unnecessary plant downtime.
Cyclone discharge and feedbox
The Evowash includes a large rubber lined feedbox which is positioned to ensure the cyclone underflow is discharged across the full width of the dewatering screen.
This maximises the screening area and ensures high efficiency dewatering of your sand. The feedbox can also be opened during operation to monitor the cyclone discharge onto the dewatering screen.
CDE Evowash feedbox and cyclone
If the feedbox is too small it also results in excess wear on the dewatering screen as all of the discharge impacts on the centre of the screen rather than being spread across its full width.
Discharging the cyclone underflow onto the centre of the screen means you are not using the full screening area which results in your sand product having a higher moisture content than should be the case.
The Evowash uses modular Isenmann non-bolted polyurethane screen panels in combination with polyurethane side protection panels to protect the screen frame from wear.
There is also a polyurethane dam bar at the end of the screen that retains material on the screen for a longer period of time resulting in better dewatering of your material.
Evowash dewatering screen
On systems which require bolting of the dewatering screen not only is the screening area reduced but replacing the panels takes considerably more time during planned maintenance.
The introduction of the Polyurethane side protection panels also servues to maximise plant production.
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Electrics
Electrical connections on the Evowash are housed in our unique goal post arrangement which offers protection against vibration and the outside elements.
Evowash electric motors
The integrated Warman slurry pump on the Evowash is protected from damage by rogue aggregates by means of a polyurethane pump protection mat with 20mm aperture.
Evowash sump
Marshmallow screen mounts
The Evowash uses high efficiency rubber marshmallow screen mounts that transfer 10% - 15% more energy to the screen resulting in better dewatering of your material and also protecting the screen frame from vibration likely to lead to plant failure.
Evowash screen mounts
Marshmallow screen mounts ensure the maximum transfer of energy from the screen into the material being dewatered. This ensures the final product has the lowest possible moisture content and is ready for market straight from the EvoWash.
Alignment of cyclone and dewatering screen specification
All Evowash sand washing plants are designed to ensure the capacity of the cyclone and the dewatering screen are aligned for optimum performance.
Proper alignment of the cyclone and dewatering screen configuration ensures that production is maximised as a result of careful attention being paid to maximising the life of all the component parts of the EvoWash sand washing plant.
Sand produced by Evowash
Float system
The Evowash utilizes a vertical floating system. The sump always maintains the water level, ensuring that we avoid material impacting on the walls of the sump.
Evowash sump float
