Cracked Walls

Cracked Walls and Poor Soakwell Installation: Causes, Consequences, and Remedies



Cracking walls and poor soakwell installation are two distinct yet interconnected issues that often plague structures, both residential and commercial. Cracking walls can be a visible manifestation of underlying structural problems, sometimes exacerbated by poor installation of drainage systems like soakwells. This essay delves into the causes, consequences, and potential remedies for these issues.


Causes of Cracking Walls:

  1. Settlement: Uneven settling of the ground beneath a structure can lead to differential movement, resulting in cracks in walls. Poorly compacted soil or inadequate foundation preparation contribute to this.
  2. Moisture Changes: Fluctuations in moisture levels due to weather conditions, poor drainage, or plumbing leaks can cause soil to expand and contract, straining the building’s structure.
  3. Structural Deficiencies: Inadequate design, substandard construction materials, or lack of proper reinforcement can weaken walls, making them more susceptible to cracking.
  4. Earthquakes: In seismic zones, earthquakes can exert substantial forces on buildings, leading to cracks in walls.


Causes of Poor Soakwell Installation:

  1. Improper Sizing: Incorrectly sized soakwells may not effectively handle excess rainwater, causing water to accumulate around the foundation and potentially contributing to soil movement.
  2. Inadequate Placement: If soakwells are placed too close to the building, excess water might infiltrate the soil near the foundation, leading to differential settlement and cracks.
  3. Clogging: Poor maintenance or debris accumulation can block soakwell drainage, causing water to back up and saturate the soil around the structure.
  4. Substandard Materials: Low-quality soakwell materials can deteriorate over time, reducing their effectiveness and potentially causing water-related issues.


Consequences of Cracking Walls and Poor Soakwell Installation:

  1. Structural Integrity: Cracking walls compromise the structural integrity of a building, potentially making it unsafe for occupants. Poor soakwell installation can exacerbate this by allowing water to further weaken the foundation.
  2. Water Damage: Cracks in walls can lead to water infiltration, damaging interior finishes and contributing to mold growth. Poorly installed soakwells can cause water pooling around foundations, potentially leading to flooding.
  3. Financial Implications: Repairing cracked walls and rectifying soakwell issues can be expensive, requiring professional intervention and sometimes even foundation stabilisation.
  4. Aesthetic Concerns: Cracking walls diminish a building’s aesthetic appeal and resale value. Additionally, water pooling due to soakwell problems can damage landscaping and property aesthetics.


Remedies and Prevention:

  1. Structural Assessment: Regular inspections by qualified professionals can identify cracks in walls and structural weaknesses. Addressing these issues promptly can prevent further damage.
  2. Proper Drainage: Installing well-designed soakwells, correctly sized and appropriately placed, helps divert excess water away from the foundation.
  3. Foundation Repairs: Repairing cracks in walls may involve injecting epoxy resins or using other suitable methods to restore structural integrity.
  4. Professional Installation: Engaging experienced contractors for both wall repair and soakwell installation is essential to ensure proper workmanship and adherence to best practices.
  5. Maintenance: Regular maintenance of soakwells, including clearing debris and checking for clogs, prevents water backup issues.



Cracking walls and poor soakwell installation are interconnected problems that can compromise the safety, integrity, and aesthetics of structures. Understanding their causes, consequences, and implementing appropriate remedies and prevention measures are vital for maintaining resilient and long-lasting buildings. Adequate attention to both structural integrity and drainage systems contributes to a more secure and visually appealing built environment.

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