The successful completion of this field parking system is a testament to the collaborative efforts of the engineering team and the dedication of the construction workforce. By meticulously addressing engineering challenges, prioritizing environmental stewardship, and implementing efficient project management strategies, we delivered a world-class infrastructure solution that will serve the oil industry for years to come.
Client
Versaline Services
Services
Turnkey construction
Date
2011-2015
Budget
20M ($)
The construction of a field parking system for moving oil pipes, measuring 1.5 meters in diameter and spanning approximately 5 kilometers, across the Canadian landscape is a monumental civil engineering undertaking. This project involved a complex interplay of earthworks, concrete works, and tunnel construction, all executed within a demanding four-year timeframe.
As the lead civil engineer, my focus was on optimizing the project's execution while ensuring structural integrity, environmental sustainability, and operational efficiency.
Field parking includes systems for moving oil pipes, diameter 1.5 m, length about 5 km. Work includes earthworks, concrete works and construction of tunnels.
A comprehensive site assessment was crucial to understand the terrain, soil conditions, hydrological factors, and potential environmental impacts.Geotechnical investigations were conducted to determine soil bearing capacity, groundwater levels, and stability for foundation design.Detailed topographic surveys established the project's alignment and elevations.
Efficient earthmoving equipment and techniques were employed to minimize costs and environmental disturbances. Cut-and-fill operations were optimized to balance earthworks volumes.Soil stabilization measures were implemented where necessary to ensure long-term stability.
High-quality concrete mixes were designed to withstand extreme Canadian weather conditions, including freeze-thaw cycles. Concrete placement and curing procedures were strictly monitored to achieve desired strength and durability. Reinforcement design was carefully considered to ensure structural integrity.
Tunnel alignment and dimensions were optimized based on pipe diameter and transportation requirements.Ventilation and drainage systems were incorporated to maintain safe working conditions and prevent water ingress. Ground support systems were installed to prevent tunnel collapses.
Environmental impact assessments were conducted to identify potential risks and develop mitigation plans. Erosion and sedimentation control measures were implemented to protect water bodies and surrounding ecosystems. Waste management plans were established to minimize environmental impact.
The project presented numerous challenges, including remote work locations, harsh winter conditions, and the logistical complexities of transporting oversized pipes. To overcome these obstacles, innovative solutions were implemented, such as:
- Modular tunnel construction for faster assembly.
- Specialized equipment for pipe handling and transportation.
- Temporary heating and lighting systems for winter operations.
- Advanced monitoring systems to track project progress and identify potential issues.
The successful completion of this field parking system is a testament to the collaborative efforts of the engineering team and the dedication of the construction workforce. By meticulously addressing engineering challenges, prioritizing environmental stewardship, and implementing efficient project management strategies, we delivered a world-class infrastructure solution that will serve the oil industry for years to come.
