Max. particles: 120mm
Max. concentration: 70%
Max. working depth: ≤ 150m
Sealing arrangement: Double mechanical seal
Materials: High chrome, Hyperchrome, SS304, SS316L, Duplex SS etc.
Hydroman™ submersible dewatering gravel pumps are submersible to a depth of 20m and have no suction lift limitations, making them superior to self-priming pump systems. Submersible dewatering gravel pump is specially designed and fabricated with high wear resistant wet components, unique mechanical sealing and built-in motor thermal overload protection system, etc. which make it the excellent solution for removal or drainage groundwater or surface water continuously from a riverbed, construction site, mine shaft, tunneling, quarries, or industrial site, etc. Our flexible submersible dewatering pump can be portable or fixed installation on the dredger, trailer or foundation bed to fit your dewatering applications at work site.
Hydroman™ can offer a wide range of submersible pumps based on different application like: Submersible Gravel Pump, Submersible Slurry Pump, Submersible Sand Pump, Submersible Dredge Pump, Submersible Sludge Pump, Submersible Mud Pump, Submersible Dewatering Pump,Submersible Ash Pump, Submersible Sewage Pump, Submersible Deep Well Water Pump, and so on.
Hydroman™ Submersible Dewatering Gravel Pump Standard features:
Heavy-duty construction and strength with ease of transport, maintenance and less downtime
High-specification mining submersible cable as standard
Temperature sensors on the submersible motor windings to allow automatic shutdown in the event of overheating, allowing the submersible gravel pump to run dry without the risk of burn-out.
Submersible Gravel Sand Pump is easy operation, handling and maintenance.
High-quality ball bearings are well balanced and provide smooth pumping operations and increased wear-resistance for submersible dewatering slurry pump.
Successful Project of Hydroman™ Submersible Pump
|DREDGING||CASE STUDY||Hydroman Models|
|Deep Sea||SAIPEM Off Shore Dredging, Baku, Azerbaijan - 2007||150TJQ|
|Reservoir||Dirillo Reservoir Dredging, Sicily, Italy - 2006||THY300|
|Dam Cleaning, Sicilia, Italy - 2008||THY85|
|Harbour||Cooperativa S. Martino, Chioggia, Venezia - 2005||THY175|
|Cooperativa S. Martino, Chioggia, Venezia - 2005||250TJQ|
|Cooperativa S. Martino, Chioggia, Venezia - 2005||THY300B|
|Harbour Dredging, Jordan and Italy - 2009||THY85|
|Dredging with Ladder, Ukraina - 2010||150TSQ|
|Harbour Dredging, Mexico - 2011||150TQSY|
|Port Construction, Georgia - 2011||200TJQ|
|Construction Site||Pumping Bentonite, Germany - 2009||100TJQ|
|Inert-Construction Site, Spain - 2009||65TJQ|
|Channel||Channel Dredging, Germany - 2010||THY175|
|MINING||CASE STUDY||Hydroman Models|
|Sand and Gravel||Maritza, Bulgaria - 2006||THY300|
|Sand and Gravel Extraction, Azerbaijan - 2008||THY220|
|Sand Mining, Poland - 2011||80TJQ|
|Fire Brigades and Civil Emergencies, Austria and China - 2011||350TJQ|
|Sand and Gravel Dredging, Kazan, Russia - 2012||THY400|
|Dredging with Geotextiles, Poland - 2012||100TSQ|
|Sand and Gravel Extraction, Latvia - 2012||150TJQ|
|Mine Tail||Copper Tailings Reclamation, Batu Hijau, Indonesia - 2005||THY85|
|Mine Pond Dredging, Papua, Indonesia - 2006||THY300|
|Mine Tailings Dredging, Indonesia - 2011||THY400|
|Pumping in Mine-Processing Plant, Peru - 2011||TJQ100|
|Tailing Pond, Canada - 2012||THY400|
|Tailing Pond Cleaning, Italy - 2012||250TSQ|
|Open Pit Mine Tailing, Peru - 2012||THY85|
|Bitumen||Bitumen Dredging, Canada - 2007||TJQ200|
|Geo-Thermal||Drilling Operations, New Zealand - 2010||THY50|
Hydroman™ Submersible Dewatering Gravel Pump Detailed: