The project involved the design and construction of a large-scale concrete dome for granular fertilizer storage in Camrose, Alberta. The dome was engineered to provide a high-capacity, durable storage solution to support efficient handling, reclaiming, and distribution of fertilizer materials.

• Construct a 150-foot diameter concrete storage dome with 12-foot high walls and a total storage capacity of 10,000 metric tonnes.
• Enable high-capacity rail receiving operations at 300 metric tonnes per hour (MTPH).
• Provide efficient reclaim and load-out capabilities at 100 MTPH.
• Prepare site and dome area for heavy industrial operations.
• Build associated infrastructure including a rail tunnel and load-out tower.
• Mechanically install belt conveyors, bucket elevators, bins, and distribution systems for smooth material flow.
• Construct a control building near the load-out area for operational management.

• Large-scale, monolithic concrete dome designed for durability and weather resistance.
• High-capacity rail receiving and load-out systems optimized for material throughput.
• Mechanical conveying and bucket elevator systems ensuring efficient material transport within the facility.
• Rail tunnel and load-out tower enhancing logistic efficiency.
• Dedicated control building to facilitate precise operational control.

• Successfully delivered a robust fertilizer storage dome with a capacity to handle 10,000 metric tonnes.
• The facility supports high-throughput rail and load-out operations, improving supply chain efficiency.
• Mechanical installations and infrastructure ensured reliable and safe material handling.
• Project met all functional, safety, and operational requirements, enabling streamlined fertilizer distribution.