The City of Mission’s composting facility, known as Minnie’s Pit in British Columbia, Canada, faced challenges with regulatory non-compliance and inadequate infrastructure. In June 2014, the city issued a Design-Build RFP to upgrade the facility within a strict three-month timeline and on a limited budget.

BuildWorks, in collaboration with Bioworks Compost Systems, delivered a comprehensive solution aimed at enhancing efficiency, capacity, and compost quality. The design featured a 140×70 ft MegaDome® fabric-covered building and an extended aerated static pile (E-ASP) system, increasing capacity by 200% compared to conventional setups. Bioworks’ patented Airfloor® technology ensured optimal aeration and effective leachate collection, while the durable MegaDome® structure provided robust protection for long-term use.

Despite the tight schedule, BuildWorks completed the project in just 100 days. The facility not only met but exceeded expectations, with the customer expressing high satisfaction both at the warranty inspection and again seven years later during a maintenance review. This project stands as a testament to successful project management, innovative design, and unwavering commitment to quality.

Key Features & Benefits:

• Capacity Increase: The extended aerated static pile (E-ASP) system boosted composting capacity by 200%, enabling more efficient operations.
• Airfloor® Technology: Patented system ensures optimal aeration and leachate collection, crucial for efficient composting and odor control.
• Durable Infrastructure: The MegaDome® fabric-covered structure offers long-term durability and protection, reducing maintenance needs.
• Rapid Project Delivery: Completed within just 100 days, meeting tight deadlines and budget constraints.
• Proven Long-Term Reliability: High customer satisfaction was noted both at the initial inspection and seven years later, reflecting the system’s durability and performance.
• Regulatory Compliance: The design successfully addressed previous non-compliance issues, ensuring adherence to environmental regulations.