Bored Piling Services in UAE 

Bored Piling, also referred to as Drilled Shafts or Replacement Piles, is a proven deep foundation technique widely used across the UAE for major construction projects. 

At APCC, bored piling is one of our core foundation solutions, designed to support heavy-duty structures such as skyscrapers, high-rise towers, bridges, infrastructure developments and industrial facilities. This piling method is considered the powerhouse of foundation engineering due to its ability to achieve greater pile depths and larger diameters compared to other piling techniques, making it ideal for projects with high load-bearing requirements and challenging soil conditions commonly found in Dubai, Abu Dhabi and across the UAE.

How Bored Piling Works 

Bored piling is classified as a replacement piling method, where existing soil is excavated and replaced with reinforced concrete to form a strong, stable foundation element. Since the borehole remains open before concreting, proper stabilization techniques are essential to maintain safety and accuracy. Drilling Process APCC utilizes advanced rotary drilling rigs equipped with auger or drilling bucket tools to excavate the ground. 

The drilling is carried out in controlled stages: The drilling tool penetrates the soil and collects excavated material. The tool is lifted to remove the soil The process is repeated until the specified depth is reached. This method ensures precision, minimal vibration and suitability for urban construction sites and sensitive surrounding structures. Borehole Stabilization. In conditions where the soil is loose or the groundwater table is high, which is common in many UAE regions, borehole stability is critical. 

APCC ensures safe and efficient piling operations by using: 

Temporary Steel Casing 

A robust steel casing is installed at the top of the borehole to prevent soil collapse and control water ingress during drilling and concrete placement. 

Additional stabilization methods can be applied based on site-specific geotechnical conditions.