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Inground Swimming Pools

Inground Swimming Pools – Soil Testing & Reporting

Before starting your pool project, it’s crucial to conduct a thorough geotechnical investigation to anticipate and address any challenges that may arise during construction.

This Geotechnical Report is an invaluable resource for both the pool builder and engineer, offering key insights into potential factors that may impact construction timelines or the overall performance of the pool:

  • Soil Stability: Whether the ground can support the pool’s weight and withstand excavation. Unstable soils can shift over time, causing cracks or even structural failure in the pool.
  • Drainage: Poor drainage can lead to water accumulation around the pool, which may result in structural damage, increased pressure on the walls, or flooding.
  • Soil Type: Expansive soils can expand when wet and contract when dry. This movement can stress the pool’s structure. Identifying the soil type allows for the use of appropriate construction techniques, such as reinforcing the pool’s foundation.
  • Excavation Feasibility: Some soils are difficult to excavate or may require specialized equipment, which can influence both the cost and complexity of the project.
  • Mitigation Planning: If poor soil conditions are identified, builders can implement preventive measures like installing reinforcements or drainage systems, ensuring the pool remains structurally sound for years to come.

By conducting a soil test, you can avoid costly repairs down the road and ensure your pool is built on a stable, suitable foundation.

We also deliver a full suite of other Geotechnical services and testing.

Why Choose Smolders Geotechnical?

  • All work is carried out by qualified engineering geologists or geotechnical engineers.
  • Fully insured with Professional Indemnity and Public Liability coverage.
  • Extensive experience with residential and commercial developments.
  • We offer a wide range of drilling rigs and equipment to suit any site conditions.
  • Members of the Foundations and Footing Society Victoria, Australian Geomechanics Society, and the Australian Institute of Geoscientists.
  • Fast, responsive, and comprehensive service.
  • Expertise with challenging and tight-access sites.
  • Your first step to achieving the best outcome for your build.

Smolders Geotechnical Services

Our Services Include:

  • Soil Testing/Site Classification Reports to AS2870:2011
  • Geotechnical Assessments and Landslip Risk Assessments for EMO
  • Full Geotechnical Site Assessments
  • Basement Investigations
  • Saturated Hydraulic Conductivity Testing
  • Land Capability Assessments (LCA)
  • Footing Probes
  • Bushfire Attack Levels, Wind Load Ratings

Inground Pool Soil Testing Frequently Asked Questions

What is inground pool soil testing?

Inground pool soil testing helps you understand the ground conditions before construction begins. By assessing the soil and subsurface conditions, we can identify things like filled ground, rock, groundwater, or tree roots that could affect the build or the long-term performance of the pool.

How is the site assessed for a pool?

We assess the site by completing a site classification report, which allows us to identify any subsurface issues early such as rock or unstable soil. Finding these problems before construction starts helps avoid delays, unexpected costs, and structural complications.

What insights does the report provide?

  • Soil Stability: whether the ground can support the pool’s weight and withstand excavation.
  • Drainage: Understanding the soil’s drainage properties is vital. Poor drainage can lead to water accumulation around the pool, which may result in structural damage, increased pressure on the walls, or flooding.
  • Soil Type: Identifying the soil type allows for the use of appropriate construction techniques, such as reinforcing the pool’s foundation.
  • Excavation Feasibility: Some soils are difficult to excavate or may require specialized equipment, which can influence both the cost and complexity of the project.
  • Mitigation Planning: If poor soil conditions are identified, builders can implement preventive measures like installing reinforcements or drainage systems, ensuring the pool remains structurally sound.

Why is testing important before installing a pool?

This Geotechnical Report is an invaluable resource for both the pool builder and engineer, offering key insights into potential obstacles like filled ground, rock formations, groundwater, or vegetation that could impact construction timelines or the overall performance of the pool.

Can pool testing be done with other site services?

Absolutely! We regularly complete pool testing at the same time as other site investigations for new builds, extensions, pool houses, granny flats, and more. For a small additional fee, we can include everything required for your inground pool within the same report.

Soil Testing
Link to Soil Testing
Land Capability Assessment
Link to Land Capability Assessment
Geotechnical Assessments
Link to Geotechnical Assessments
Geotechnical Site Assessments
Link to Geotechnical Site Assessments
Basement Investigations
Link to Basement Investigations
Onsite Storm Water Disposal
Link to Onsite Storm Water Disposal
Inground Pool Testing
Link to Inground Pool Testing
Landslip Risk Assessments
Link to Landslip Risk Assessments

All works completed by
qualified professional
Engineering Geologists.

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