Featured Insights for
Dredging & Pumping Professionals
Autonomous ModDredge for Remote and Unmanned Dredging
Remote and unmanned dredging is becoming more practical for sites where conventional dredging creates safety, access, or staffing challenges. Tailings ponds, industrial lagoons, wastewater basins, retention ponds, and restricted-access waterways often place operators near unstable shorelines, contaminated sediment, soft ground, or difficult launch areas. In these environments, the question is not just how much material needs to be removed. The real question is how to remove it safely and consistently without putting crews in the wrong place.
Recent Articles
If you've spent any time managing dredging operations for waterway maintenance or marine construction, you already know...
If you've spent time pumping mine tailings, abrasive ore slurries, or thick settling pond material, you already know...
How do you prevent cavitation in an industrial pump? The practical answer is to make sure the pump always has more...
Mine process ponds rarely lose capacity overnight. They lose it slowly, as fines, tailings, sand, silt, clay, and...
Two dredging configurations show up constantly in project reviews and RFPs: a boom-mounted dredge pump system and a...
If you've spent time managing mine process ponds, you already know the frustration. Sediment accumulates faster than...
Key Takeaways: How Floating Dredge Systems Cut Mine Pond Disruption Floating dredge systems remove sediment from mine...
Dredge pump maintenance is not just a shop task. It is what keeps the dredge producing when the material is abrasive,...
At some point, a marine excavator pump setup stops feeling like a tool and starts acting like the bottleneck. The...
The hardest part of mining canal dredging is not always the sediment. It is what happens to the rest of the site when...