Permeameters and Infiltrometers

Guelph Permeameter SoilMoistire
Guelph Permeameter, Complete Kit Case

Products

Lab Permeameter, Five Station
Permeameters
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PR16
Lab Permeameter (soil core method), Single Station Learn More About PR16 Permeameters
Lab Permeameter, Single Station,
Max:
Min: 1
Step: 1
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Lab Permeameter (soil core method), Single Station
PR16-5
Lab Permeameter, Five Station Learn More About PR16 Permeameters
Lab Permeameter, Five Station
Max:
Min: 1
Step: 1
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Lab Permeameter, Five Station
PR16-SSA
PR16, Slow Soil Attachment, Ksat of 108 to 109 m/s Learn More About PR16 Permeameters
PR16, Slow Soil Attachment, Ksat of 108 to 109 m/s
Max:
Min: 1
Step: 1
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PR16, Slow Soil Attachment, Ksat of 108 to 109 m/s
PR16-FSA
PR16, Fast Soil Attachment, Ksat of 103 to 104 m/s Learn More About PR16 Permeameters
PR16, Fast Soil Attachment, Ksat of 103 to 104 m/s
Max:
Min: 1
Step: 1
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PR16, Fast Soil Attachment, Ksat of 103 to 104 m/s
2840K1PC + 0237D10L10
Automated Aardvark Permeameter (borehole method, automated), Complete Kit (Including Auger Kit)   Case contents:
Automated Aardvark Permeameter, Complete Kit (Including Auger Kit)
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Min: 1
Step: 1
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Automated Aardvark Permeameter (borehole method, automated), Complete Kit (Including Auger Kit)   Case contents:
2840K1PC
Automated Aardvark Permeameter Kit (No Auger Kit)   Case contents:
Automated Aardvark Permeameter Kit (No Auger Kit)
Max:
Min: 1
Step: 1
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Automated Aardvark Permeameter Kit (No Auger Kit)   Case contents:
2800K1
Guelph Permeameter (borehole method), Complete Kit
Guelph Permeameter, Complete Kit
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Min: 1
Step: 1
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Guelph Permeameter (borehole method), Complete Kit
2800K4
Guelph Permeameter Kit (No Auger Set, No Carrying Case)
Guelph Permeameter Kit (No Auger Set, No Carrying Case)
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Min: 1
Step: 1
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Guelph Permeameter Kit (No Auger Set, No Carrying Case)
Guelph Tension Infiltrometer Kit, Less Reservoir
Infiltrometers
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2805D10K1
Guelph Pressure Infoltrometer (surface method), Complete Kit
Guelph Pressure Infoltrometer, Complete Kit
Max:
Min: 1
Step: 1
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Guelph Pressure Infoltrometer (surface method), Complete Kit
2805D10
Gueph Pressure Infoltrometer Kit, Less Reservoir
Gueph Pressure Infoltrometer Kit, Less Reservoir
Max:
Min: 1
Step: 1
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Gueph Pressure Infoltrometer Kit, Less Reservoir
2825K1
Guelph Tension Infiltrometer (surface method), Complete Kit
Guelph Tension Infiltrometer, Complete Kit
Max:
Min: 1
Step: 1
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Guelph Tension Infiltrometer (surface method), Complete Kit
2825
Guelph Tension Infiltrometer Kit, Less Reservoir
Guelph Tension Infiltrometer Kit, Less Reservoir
Max:
Min: 1
Step: 1
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Guelph Tension Infiltrometer Kit, Less Reservoir
2830K3
Double Ring Infiltrometer (surface method), 12″ and 24″ Rings, 3L and 10L Bubblers
Double Ring Infiltrometer, 12" and 24" Rings, 3L and 10L Bubblers
Max:
Min: 1
Step: 1
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Double Ring Infiltrometer (surface method), 12" and 24" Rings, 3L and 10L Bubblers
2830K2
Double Ring Infiltrometer, 12″ and 24″ Rings, Less Reservoirs
Double Ring Infiltrometer, 12" and 24" Rings, Less Reservoirs
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Min: 1
Step: 1
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Double Ring Infiltrometer, 12" and 24" Rings, Less Reservoirs
PR16, Flow Cell Cap
Replacement Parts
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2805K1
PR15, O RING KIT, FOR 2805D10 PRESSURE INFILTROMETER
PR15, O RING KIT, FOR 2805D10 PRESSURE INFILTROMETER
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Min: 1
Step: 1
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PR15, O RING KIT, FOR 2805D10 PRESSURE INFILTROMETER
PR16-RC
PR16, Reciever
PR16, Reciever
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Min: 1
Step: 1
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PR16, Reciever
PR16-CP
PR16, Flow Cell Cap
PR16, Flow Cell Cap
Max:
Min: 1
Step: 1
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PR16, Flow Cell Cap
2840-1000
PR40, Aardvark Permeameter Module
PR40, Aardvark Permeameter Module
Max:
Min: 1
Step: 1
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PR40, Aardvark Permeameter Module
2840-1003-01
PR40, WATER CONTAINER (RESERVOIR)
PR40, WATER CONTAINER (RESERVOIR)
Max:
Min: 1
Step: 1
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PR40, WATER CONTAINER (RESERVOIR)
2840-2000
PR40, REGULATOR MODULE ONLY
PR40, REGULATOR MODULE ONLY
Max:
Min: 1
Step: 1
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PR40, REGULATOR MODULE ONLY
2844L50
PR40, MEASURING TAPE 50 FEET ASSEMBLY
PR40, MEASURING TAPE 50 FEET ASSEMBLY
Max:
Min: 1
Step: 1
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PR40, MEASURING TAPE 50 FEET ASSEMBLY
7201W10PKG
PR40, DIGITAL USB SCALE, 10 KG
PR40, DIGITAL USB SCALE, 10 KG
Max:
Min: 1
Step: 1
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PR40, DIGITAL USB SCALE, 10 KG
2800K2
PR80, Guelph Permeameter Extension Kit, 80 CM
PR80, Guelph Permeameter Extension Kit, 80 CM, PR80, 2800K2 plus Auger Extension Kit, 80 CM
Max:
Min: 1
Step: 1
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PR80, Guelph Permeameter Extension Kit, 80 CM
2800K5
PR80, 2800K2 plus Auger Extension Kit, 80 CM
PR80, Guelph Permeameter Extension Kit, 80 CM, PR80, 2800K2 plus Auger Extension Kit, 80 CM
Max:
Min: 1
Step: 1
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PR80, 2800K2 plus Auger Extension Kit, 80 CM
2800GPSK
PR80, PERMEAMETER SUPPORT KIT
PR80, PERMEAMETER SUPPORT KIT
Max:
Min: 1
Step: 1
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PR80, PERMEAMETER SUPPORT KIT
2800K3
PR80, TIP AND COUPLING KIT
PR80, TIP AND COUPLING KIT
Max:
Min: 1
Step: 1
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PR80, TIP AND COUPLING KIT
2800K6
PR80, REPLACEMENT RUBBER PARTS, COMPLETE SET
PR80, REPLACEMENT RUBBER PARTS, COMPLETE SET
Max:
Min: 1
Step: 1
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PR80, REPLACEMENT RUBBER PARTS, COMPLETE SET
2806F1
PR80, HEAVY DUTY GUELPH STAND
PR80, HEAVY DUTY GUELPH STAND
Max:
Min: 1
Step: 1
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PR80, HEAVY DUTY GUELPH STAND

Learn More

Permeameters and Infiltrometers are used to determine how fast water moves through a soil profile. This can be measured and described by several concepts such as infiltration rate, permeability, hydraulic conductivity, etc. Infiltrometer is mostly referred to methods used a one-directional flow.

Environmental Science and Engineering

  • Groundwater Modeling: Determines flow rates and patterns in aquifers for predicting groundwater availability and contamination spread.
  • Contaminant Transport Studies: Helps simulate the movement of pollutants through soil and groundwater.
  • Wetland Hydrology: Supports wetland design and restoration by estimating water movement into and out of saturated soils.

Civil Engineering

  • Geotechnical Engineering:
    • Used in designing foundations, especially in saturated soils.
    • Assesses drainage characteristics for slope stability and embankments.
  • Pavement Design:
    • Evaluates subgrade drainage capacity to avoid water-related pavement failures.
  • Construction Dewatering:
    • Helps estimate the rate of groundwater inflow to excavation sites and design appropriate pumping systems.

Agriculture and Soil Science

  • Irrigation Management:
    • Assists in scheduling irrigation by understanding how quickly water percolates through the root zone.
  • Drainage System Design:
    • Informs layout and sizing of subsurface drains for waterlogged fields.
  • Soil Health Assessment:
    • Indicates soil structure and porosity, reflecting compaction and other management impacts.

Hydrology and Water Resources Engineering

  • Watershed Hydrology:
    • Used in hydrologic models (e.g., SWAT, HEC-HMS) to simulate infiltration and baseflow.
  • Flood Prediction and Management:
    • Influences infiltration rates and runoff generation, affecting peak flow predictions.
  • Aquifer Recharge Studies:
    • Determines potential recharge rates and helps manage artificial recharge systems.

Mining and Petroleum Engineering

  • Mine Dewatering and Safety:
    • Helps design drainage systems to control water in mines, especially underground.
  • Oil and Gas Reservoir Analysis:
    • Analogous parameters are used to model fluid flow in porous reservoir rocks.

Climate Science and Ecology

  • Climate Impact Studies:
    • Models soil moisture dynamics in response to climate change scenarios.
  • Ecohydrology:
    • Links water availability with vegetation patterns and ecosystem functioning.

Urban Planning and Infrastructure

  • Stormwater Management:
    • Determines infiltration rates for green infrastructure (e.g., rain gardens, permeable pavements).
  • Septic System Design:
    • Ensures proper percolation rates for wastewater dispersal fields.