ADS Rugged, non clog submersible pump set with integral Agitator for Hydraulic Dredging

AS Rugged , non clog, submersible portable pump set for pumping of heavily concentrated slurries/or highly viscous sludge.

Applications

Marine : Capital/ Maintenance Dredging at Docks, harbors, Jetties, Channels, Tidal gates, Estuaries, etc. Dewatering and drilling of Dry Docks etc.

Water Bodies : maintenance Dredging to increase/restore capacity of Dams, Check dams, Weirs, Rivers, Lakes, Reservoirs, Desalting raw water intakes of pumps/turbines etc.

Construction : Dewatering cum dredging of ballast from Coffer Dams/Caissons prior to concreting channels for pipeline/cable laying; drainage of seepage/leakage water from Tunnels; etc

Mining : Drainage, fine reclamation, lagoon clean up, tailing removal etc.

Industry : To pump Abrasive slurries/ Viscous  sludges in thermal Power stations, Stone processing units, sewage/Effluent treatment plants, Steel plants etc.

These pump sets represent the most cost effective solution of transporting solids (firstly by suspending solids in fluid and then pumping them through pipe lines to desired location).  As compared to conventional non submersible pumps (which suck liquid via a suction pipe thereby failing to lift the denser solids) forcefully push solids resulting in higher solid discharge.

Operational Mechanics

“Aqua”® Dredging Submersible Pump set

Built in agitator forces high-energy vortices onto the bottom, stirring  and churning up sedimented material below the pump’s suction.  This effect in tandem with the resultant pressure differential between pump suction versus down pressure of agitator, thoroughly mixes and homogenizes the stirred up material, which is then sucked by the pump.  Especially useful for bulk pumpage of slurries with fast settling fine to coarse solids (dredging etc.)

“Aqua”® Dredging Submersible Pump set With Jetting Ring

Built in agitator and optional jetting ring working in tandem for bulk pumpage of medium and coarse solids in thick and viscous sludge.