Direct Pump-to-Shaker Slurry Separation
Process Slurry at the Point of Production
One of the biggest advantages of the Slurry Separation platform is direct pump integration. Instead of routing slurry through settling ponds, temporary containment, or multiple inefficient transfer steps, the material can be pumped directly into the shaker system for immediate screening and dewatering.
That direct pump-to-shaker workflow helps operators reduce footprint, increase processing speed, and manage solids and water at the point of production rather than after the slurry has already spread across the site.
Designed to Integrate With
Dredges
Submersible slurry pumps
Booster pump systems
Excavator-mounted pump systems
High-solids non-clog pump systems
Dredge discharge piping and transfer lines
Benefits of Direct Pump Integration
Reduces or eliminates the need for settling ponds
Minimizes rehandling and secondary transfer steps
Improves water recovery and solids management
Supports faster project deployment in space-constrained environments
Creates a cleaner production flow from excavation to dewatering
Improves control over separation performance at the point of discharge
Why the Pump Matters
Feed conditions drive separation performance. That is why slurry pump knowledge matters. Systems that ignore the pump side of the process often leave performance on the table. Slurry Separation is built around the relationship between the pump, the feed condition, the screen, and the downstream handling requirement.
Request a System Recommendation
Tell us what pump you are using, your expected flow rate, slurry characteristics, and site layout. We will recommend a direct pump-to-shaker configuration sized for your application.