We provide below dewatering pumps and equipment.
₹ 18,000 /Piece Get Latest Price
Number Of Stages | Multi Stage Pump |
Type | Diesel |
Motor Phase | Single Phase |
Head | 15 to 50 m |
Maximum Discharge Flow | 1001 - 5000 LPM |
Brand | Darling,CRI,KSB & Kriloskar |
Model | as per customer requirement |
Power Source | Diesel |
I Deal In | New Only |
Installation/After Sales Service | Yes |
Country of Origin | Made in India |
Dewatering in its simplest meaning is the removal of water. This process is used in many industries but commonly referred to in constructions and wastewater when water is separated from solids through a variety of different pumping or filtering processes. Construction dewatering is often referred to as dewatering, unwatering, or water control. It involves pumping from wells or sumps to temporarily lower groundwater levels, to allow excavations to be made in dry and stable conditions below natural groundwater level. We provide following Dewatering pumps : Applications: 1. Construction : Foundation work for constructions of building, Road, Control of Ground Water Level, Sedimentations tanks at construction sites, Tunnel constructions etc. 2. Industries : Power plants, Cements plants, Thermal plants, Shipyard / Dry Dock application. 3. Mining : Underground Mines " Galleries to collecting pits, Underground Mines " Water from development drifting, Coal Mines, Open Mines " from bottom to surface, Mine dewatering. 4. Municipal : Building of Roads, Tunnel construction / work on Channels Rivers, Building of Bridges / Dams, Flood Dewatering, Fire Brigade, Various Infrastructure Projects. They are ideal for basement Dewatering, Pumping Heavily Contaminated Water with Sand, Gravel Sludge in construction Sites Mines, Industrial Processes, Pits, Quarries, Narrow Coffers, Dams well Point Dewatering, Mass Water Transfer/Dewatering Many More such applications. Specifications: Usage: Pump Max.Capacity: >300 L/min Power: Diesel Capacity: 25-15000m3/h Head: 8.6-200m
₹ 11,000 /onwards Get Latest Price
Motor Horsepower | 20 - 140 HP |
Brand | CRI, KSB, Kirloskar |
Maximum Discharge Flow | 1001 - 5000 LPM |
Maximum Head | 51 to 100 m |
Capacity (LPM) | Up to 6000 |
Dewatering in its simplest meaning is the removal of water. This process is used in many industries but commonly referred to in constructions and wastewater when water is separated from solids through a variety of different pumping or filtering processes. Construction dewatering is often reffered to as dewatering, unwatering, or water control. It involves pumping from wells or sumps to temporarily lower groundwater levels, to allow excavations to be made in dry and stable conditions below natural groundwater level.
Dewatering Equipments is used widely in waste management, dewatering equipment can save money by reducing solids handling or disposal expenses that are charged on a unit weight basis. The weight percentage of water in landfill-bound solids and raw wastewater sludge can effectively double or triple the cost of removal or treatment services.
We provide following Dewatering pumps :
Technical Specifications:
₹ 1.25 Lakh /Unit Get Latest Price
Motor Type | DC, AC |
Pump Head | as per requirement |
Material | Stainless Steel |
Power | as per customer erequierment |
DC Power | 80watt - 30kw |
Max Flow | 1 - 12000 meq |
A solar-powered pump is a pump running on electricity generated by photovoltaic panels or the radiated thermal energy available from collected sunlight as opposed to grid electricity or diesel run water pumps. The operation of solar powered pumps is more economical mainly due to the lower operation and maintainence costs and has less environmental impact than pumps powered by an internal combustion engine (ICE). Solar pumps are useful where grid electricity is unavailable and alternative sources (in particular wind) do not provide sufficient energy. Applications : Solar powered water pumps can deliver drinking water as well as water for livestock or irrigation purposes. Solar water pumps may be especially useful in small scale or community based irrigation, as large scale irrigation requires large volumes of water that in turn require a large solar PV array. As the water may only be required during some parts of the year, a large PV array would provide excess energy that is not necessarily required, thus making the system inefficient.
Suryakant Sanas (Director)
Sanas Engineering
SR. No. 82/6B,Dangat Patil Nagar,Gurukrupa Complex,Shivane, Guru Krupa Industrial Estate, Shivane
Pune - 411023, Maharashtra, India