Pumps commonly used for irrigation fall into the following categories based on the design of the pump.
Displacement Pumps: Displacement pumps force the water to move by displacement. Displacement pumps are used for moving very thick liquids, creating very precise flow volumes, or creating very high pressures. With the exception of fertilizer injectors these are not typically used for irrigation systems.
Centrifugal pumps: A centrifugal pump uses an "impeller" to spin the water rapidly in a "casing", "chamber", or "housing". This spinning action moves the water through the pump by means of centrifugal force.
Submersible Pumps: Submersible pumps are installed completely underwater, including the motor. The pump consists of an electric motor and pump combined in a single unit. Typically the pump will be shaped like a long cylinder so that it can fit down inside of a well casing.
Turbines and Jet Pumps: A turbine pump is basically a centrifugal pump mounted underwater and attached by a shaft to a motor mounted above the water. The shaft usually extends down the centre of a large pipe. The water is pumped up this pipe and exits directly under the motor. Turbine pumps are very efficient and are used primarily for larger pump applications.
Booster Pumps: A booster pump is used to increase the water pressure of water that is already on its way somewhere. That is, a booster pump is used to "boost "the water pressure.
Floating Pump: A floating pump is simply a submersible pump or a turbine pump that is attached to the bottom of a float. The pump hangs below the float, and the float is anchored in a lake, pond, or river. A flexible pipe is used to take the water from the pump to the irrigation system. A floating pump is a good option to look into for installing a pump in a pond or lake.
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Irrigation
Sources of Irrigation
Irrigation History +
Sources of Irrigation +
IMPROVING SOIL MOISTURE +
Ponds +
Tanks +
Diversion Weirs +
Dams and Reservoirs +
Groundwater +
Conjunctive Water Use +
Wastewater +
Poor Quality Water +
Application of Irrigation water
Canal Irrigation +
Flood Irrigation +
Deficit Irrigation +
Supplemental Irrigation +
Sprinkler Irrigation +
Drip Irrigation +
Lift Irrigation +
Centre Pivot Irrigation +
Tidal Irrigation +
Micro-Irrigation Technologies for Small Holders +
Automatic Irrigation Systems +
Pressurized Irrigation +
Irrigation in Viticulture +
Purpose of Irrigation
Instruments and implements of Irrigation
Pumps +
Centrifugal Pumps +
Submersible Pumps +
Turbine and Jet Pumps +
Conveying Pipes +
Sprinklers +
Drippers +
Canal Automation Systems +
Irrigation Management
Economics of Irrigation System +
I&D System Types +
I&D Investment Functions +
I&D Management Issues +
Participatory I&D Management +
Equity in Irrigation +
Irrigation Services +
Irrigation and environment
Pollution and Irrigation +
Irrigation and Climate Resilience +
Environmental Aspects of Irrigation +
Environmental Impacts of Irrigation +
Green Lawn Irrigation +
Safe Use of Waste Water in Irrigation +
Organic Agriculture +
Soil Health +
Soil Health Management +
Quality of Irrigation Water +
Capacity Development
Drainage
Drainage Types and Systems
Agricultural Drainage +
Field Drainage systems +
Canal Irrigation and Drainage +
Surface Drainage Systems +
Subsurface Drainage +
Mole Drainage +
Bio-Drainage +
Regional Bio-Drainage +
Drainage Issues
- Cone of water-table depression, or Cone of pumping depression
- Pumping Stations
- Cone of depression, Cone of pumping depression, Cone of influence, Cone of exhaustion, Cone of water table depression, or Cone of pressure relief
- Field head-capacity curve for pump
- Jetting pump
- Sand pump, Shell pump, or Sludger
- Overpumping
- Final test, or Pumping test
- Chain pump
- Pump
- Pumpage
- Pump house
- Pumping station or Pumping plant
- Displacement pump
- Rotary pump
- Reciprocating pump, or Positive displacement pump
- Single-action pump
- Double-action pump
- Air displacement pump
- Air-chamber pump
- Air-lift pump, or Air lift
- Buoyancy pump
- Compressed air type pump
- Pneumatic pumps
- Single-entry pump, or Single-suction pump
- Double-suction pump
- Continuous-flow pump
- Piston pump
- Double-acting duplex pump
- Double pump
- Three-throw pump, or Triplex pump
- Direct-acting reciprocating pump
- U-Pump
- Chain pump
- Paternoster pump
- Force pump
- Plunger pump
- Differential pump
- Deep-well pump
- Single-stroke deep-well pump
- Double-stroke deep-well pump
- Triple-stroke deep-well pump
- Diaphragm pump
- Power pump
- Steam pump
- Crank-and-flywheel pump
- Bull pump
- Close-coupled pump, or Direct connected pump
- Compound pump
- Triple-expansion steam pump
- Donkey pump
- Jet pump
- Vacuum pump
- Steam vacuum pump
- Suction pump
- Lift pump
- Wind pump
- Impulse pump
- Straight-flow pump
- Propeller pump, or Axial flow pump
- Centripetal pump
- Centrifugal pump
- Vertical pump
- Horizontal pump
- Kaplan pump
- Radial-flow pump
- Mixed-flow pump, Screw pump, Angular flow pump, or Semiaxial pump
- Closed centrifugal pump
- Single-centrifugal pump
- Double-centrifugal pump
- Volute pump
- Turbine pump
- Deep-well turbine pump, or Bore-hole pump
- Single-suction pump
- Single-stage pump
- Multi-stage pump
- Vertical screw pump
- Centrifugal screw pump
- Horizontal screw pump, Screw feed pump, or Wood screw pump
- Peripheral pump
- Circular casing pump
- Well point pump
- Pump barrel
- Pump case, or Pump top
- Open impeller pump
- Closed impeller pump
- Semi-open impeller pump
- Pumping head, or Working head
- Total pumping head
- Horizontal centrifugal pump
- Pumping irrigation
- Proportional irrigation pump
- Hydraulically operating injection pump
- Drainage pump sump
- Jetting pump
- Axial flow (propeller) pump
- Drainage pumping station, Drainage pumping plant
- Pump submergence
- Radial flow pump
- Pumpcrete
- Pumping
- Pump house, or Pumping station
- Pumpcrete unit
- Pumpcrete
- Water level control system (pumps)
- Pump number control