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Geotechnical Engineering Companies Calgary, Pile Foundation test Alberta, Calgary Geotechnical Report, CSL pile testing, Pile Testing Alberta, Geotechnical Engineer, Slope analysis, Retaining wall design, PDA pile testing, Geotechnical investigation

Our Services

Learn more about our areas of expertise

Geotechnical Engineering Companies Calgary, Pile Foundation test Alberta, Calgary Geotechnical Report, CSL pile testing, Pile Testing Alberta, Geotechnical Engineer, Slope analysis, Retaining wall design, PDA pile testing, Geotechnical investigation

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Geotechnical Engineering

PrairieGEO has extensive experiences of geotechnical engineering in all type of projects.

Construction Materials Testing

PrairieGEO provides wide range of field and laboratory material testing services for construction projects.

Cone Penetration Testing

PrairieGEO customized an all-terrain mobile cone penetration tester to provide accurate subgrade soil information to assist engineer making better decisions.

  • In accordance to ASTM D3441
  • Assess in-situ soil shear stresses and provide continuous readings through out the entire soil strata
  • Correlates to geotechnical design parameters better than Standard Penetration Test (SPT)

Dynamic Pile Load Testing (PDA)

Pile Foundation Specialist

High strain dynamic load testing and pile driving monitoring system. Perform dynamic load testing on most types of deep foundations

  • Calculate bearing capacity and assess structural integrity
  • Assess driving stresses and hammer performance
  • Complete with CAPWAP®, GRLWEAP for results verification and provide pile driving criteria
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pile testing calgary alberta

Dynamic Pile Load Testing (PDA)

Dynamic Pile Load Testing (PDA)

Pile Foundation Specialist

High strain dynamic load testing and pile driving monitoring system. Perform dynamic load testing on most types of deep foundations

  • Calculate bearing capacity and assess structural integrity
  • Assess driving stresses and hammer performance
  • Complete with CAPWAP®, GRLWEAP for results verification and provide pile driving criteria
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Dynamic Pile Load Testing (PDA)

Crosshole Sonic Logging (CSL)

Pile Foundation Specialist

Evaluation of concrete quality in deep foundations by the Crosshole Sonic Logging method (CSL)

  • Assesses concrete quality and consistency of drilled shafts and other cast-in-place concrete structures
  • Performs real-time analysis on site, as well as data transfer with CHA-W reporting software for additional analysis
  • Utilizes PDI-TOMO, 3-D tomographic software for superior tomographic results of questionable areas
Crosshole Sonic Logging (CSL)
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Crosshole Sonic Logging (CSL)

Pile Foundation Specialist

Evaluation of concrete quality in deep foundations by the Crosshole Sonic Logging method (CSL)

  • Assesses concrete quality and consistency of drilled shafts and other cast-in-place concrete structures
  • Performs real-time analysis on site, as well as data transfer with CHA-W reporting software for additional analysis
  • Utilizes PDI-TOMO, 3-D tomographic software for superior tomographic results of questionable areas
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Crosshole Sonic Logging (CSL)

Thermal Integrity Profiling (TIP)

Pile Foundation Specialist

Evaluation of the entire cross-section and the entire length of the deep foundation element measuring heat generated by curing cement to assess the quality of concrete pile foundations.

  • Evaluates concrete quality inside and outside the reinforcing cage
  • Accelerates construction with tests conducted during concrete curing
  • Reveals necking or inclusions, bulges, variations in concrete cover, shape of shaft and cage alignment
  • Thermal Wire Cables can replace access tubes
  • Thermal Aggregator Units (TAG) allow for real-time data review via the Cloud
Thermal Integrity Profiling - TIP
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Thermal Integrity Profiling (TIP)

Pile Foundation Specialist

Evaluation of the entire cross-section and the entire length of the deep foundation element measuring heat generated by curing cement to assess the quality of concrete pile foundations.

  • Evaluates concrete quality inside and outside the reinforcing cage
  • Accelerates construction with tests conducted during concrete curing
  • Reveals necking or inclusions, bulges, variations in concrete cover, shape of shaft and cage alignment
  • Thermal Wire Cables can replace access tubes
  • Thermal Aggregator Units (TAG) allow for real-time data review via the Cloud
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Thermal Integrity Profiling - TIP

Pile Integrity Testing (PIT)

Pile Foundation Specialist

Low strain integrity testing for concrete or timber pile foundations

  • Reveals potential shaft or pile defects such as major cracks, necking, soil inclusions or voids
  • Can be used to determine unknown pile lengths
  • Complete with PIT-Professional reporting software allows advanced modeling and analysis
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Pile Integrity Testing (PIT)

Pile Integrity Testing (PIT)

Pile Foundation Specialist

Low strain integrity testing for concrete or timber pile foundations

  • Reveals potential shaft or pile defects such as major cracks, necking, soil inclusions or voids
  • Can be used to determine unknown pile lengths
  • Complete with PIT-Professional reporting software allows advanced modeling and analysis
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Pile Integrity Testing (PIT)

Pile Foundation Design

Pile Foundation Specialist

Optimized deep foundation design for bridges, buildings, towers and heavy equipment with optional in-house Cone Penetration Test (CPT) method

  • Driven steel piles (pipe or H-Pile)
  • Cast-in-place (CIP) piles
  • Screw (Helical) Piles
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Cone Penetration Test - CPT

Pile Foundation Design

Pile Foundation Specialist

Optimized deep foundation design for bridges, buildings, towers and heavy equipment with optional in-house Cone Penetration Test (CPT) method

  • Driven steel piles (pipe or H-Pile)
  • Cast-in-place (CIP) piles
  • Screw (Helical) Piles
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Cone Penetration Test - CPT

Static Pile Load Testing

Pile Foundation Specialist

Axial compression static load test for pile foundation up to 3000 kN of service load

Customized setup to verify tension / lateral service loads up to 40 kN (8000 lb) for solar panel foundations

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Static Pile Load Testing

Static Pile Load Testing

Pile Foundation Specialist

Axial compression static load test for pile foundation up to 3000 kN of service load

Customized setup to verify tension / lateral service loads up to 40 kN (8000 lb) for solar panel foundations

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Static Pile Load Testing

Pile Inspection and Capacity Evaluation

Pile Foundation Specialist

  • Pile inspection services for all types of deep foundations including driven steel pile, cast-in-place (CIP) concrete pile, continuous flight auger (CFA) pile, helical (screw) pile, micro pile and compact pile
  • Pile capacity evaluation for existing foundation including length, integrity, and resistances
Pile Inspection and Capacity Evaluation
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Pile Inspection and Capacity Evaluation

Pile Foundation Specialist

  • Pile inspection services for all types of deep foundations including driven steel pile, cast-in-place (CIP) concrete pile, continuous flight auger (CFA) pile, helical (screw) pile, micro pile and compact pile
  • Pile capacity evaluation for existing foundation including length, integrity, and resistances
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Pile Inspection and Capacity Evaluation

Geotechnical Site Investigation

Geotechnical Engineering

Site investigation for proposed development

  • Preliminary geotechnical assessment
  • Site specific considerations
  • Geotechnical hazard assessment verification
  • Assisted with advanced soil laboratory testing results to make accurate recommendations
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Geotechnical Site Investigation

Geotechnical Site Investigation

Geotechnical Engineering

Site investigation for proposed development

  • Preliminary geotechnical assessment
  • Site specific considerations
  • Geotechnical hazard assessment verification
  • Assisted with advanced soil laboratory testing results to make accurate recommendations
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Geotechnical Site Investigation

Earth Retaining Wall Design

Geotechnical Engineering

Provide practical design for mechanically stabilized earth (MSE) retaining wall with wide range of facing materials including but not limited to:

  • MagnumStone
  • Allan Block
  • Sienna Stone
  • Naturally vegetated slope face
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Earth Retaining Wall Design

Earth Retaining Wall Design

Geotechnical Engineering

Provide practical design for mechanically stabilized earth (MSE) retaining wall with wide range of facing materials

  • Magnumstone
  • Allan Block
  • Sienna Stone
  • Naturally vegetated slope face
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Earth Retaining Wall Design

Slope Stability Assessment

Geotechnical Engineering

  • Assess the sensitivity and risk of the local slope impacts on the proposed development and to provide an adequate setback distance that achieves the minimum factor of safety
  • Earthwork slope evaluation and recommendation
  • Slope failure study and remediation
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Slope Stability Assessment

Slope Stability Assessment

Geotechnical Engineering

  • Assess the sensitivity and risk of the local slope impacts on the proposed development and to provide an adequate setback distance that achieves the minimum factor of safety
  • Earthwork slope evaluation and recommendation
  • Slope failure study and remediation
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Slope Stability Assessment

Soil Bearing Assessment by Plate Load Test

Geotechnical Engineering

Plate load test is done on site to determine the ultimate bearing capacity of soil and settlement of foundation under the loads for clayey and sandy soils. Plate load test is an in-situ testing method which is helpful for the selection and design of the foundation.

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Plate Load Testing

Soil Bearing Assessment by Plate Load Test

Geotechnical Engineering

Plate load test is done on site to determine the ultimate bearing capacity of soil and settlement of foundation under the loads for clayey and sandy soils. So, plate load test is helpful for the selection and design the foundation. To calculate safe bearing capacity suitable factor of safety is applied.

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Plate Load Testing

Instrumentations for slope, embankment monitoring

Geotechnical Engineering

Geotechnical Instrumentation refers to the various sophisticated instruments that are used to monitor geotechnical structures, sites, and the environment

  • Slope inclinometer
  • Piezometer for pore water pressure
  • Settlement plate for sensitive structure / utilities
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Instrumentations for slope, embankment monitoring

Instrumentations for slope, embankment monitoring

Geotechnical Engineering

Geotechnical Instrumentation refers to the various sophisticated instruments that are used to monitor geotechnical structures, sites, and the environment

  • Slope inclinometer
  • Piezometer for pore water pressure
  • Settlement plate for sensitive structure / utilities
Get a Quote
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Instrumentations for slope, embankment monitoring

Industry-lead in Non-nuclear Density Gauge for Field Compaction Testing

Construction Materials Testing

Electrical Density Gauge (EDG): The Electrical Density Gauge (EDG) is a nuclear-free alternative for determining the moisture and density of compacted soils used in road beds and foundations.

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Industry-lead in Non-nuclear Density Gauge for Field Compaction Testing

Industry-lead in Non-nuclear Density Gauge for Field Compaction Testing

Construction Materials Testing

Electrical Density Gauge (EDG): The Electrical Density Gauge (EDG) is a nuclear-free alternative for determining the moisture and density of compacted soils used in road beds and foundations.

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Industry-lead in Non-nuclear Density Gauge for Field Compaction Testing

California Bearing Ratio Testing

Construction Materials Testing

CBR Testing is primarily undertaken to provide data for road pavement design. 

  • It is a penetration test which is used to evaluate the subgrade strength primarily of roads, pavements and foundations
  • The CBR test often forms part of the overall site investigation and is useful for determining the thickness of materials needed for the proposed construction
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California Bearing Ratio Testing - CBR

California Bearing Ratio Testing

Construction Materials Testing

CBR Testing is primarily undertaken to provide data for road pavement design. 

  • It is a penetration test which is used to evaluate the subgrade strength primarily of roads, pavements and foundations
  • The CBR test often forms part of the overall site investigation and is useful for determining the thickness of materials needed for the proposed construction
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California Bearing Ratio Testing - CBR

In-situ Dynamic Cone Penetration Testing (DCPT)

Construction Materials Testing

DCPT is the most cost effective way to assess the shallow subgrade soil stiffness. It can be correlated to CBR values for roadway evaluation.

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Dynamic Cone Penetration Testing - DCPT

In-situ Dynamic Cone Penetration Testing (DCPT)

Construction Materials Testing

DCPT is the most cost effective way to assess the shallow subgrade soil stiffness. It can be correlated to CBR values for roadway evaluation.

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Dynamic Cone Penetration Testing - DCPT

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