Primary extraction performance depends on maximizing recovery while maintaining stable, compliant operations
Primary extraction separates bitumen from solids and water using large separation vessels that rely on retention time and air injection to recover bitumen froth from mined slurry. Large pumps then transfer bitumen froth, middlings, and underflow streams for further processing.
These highly erosive operating conditions can accelerate equipment wear and mechanical degradation. Maintaining optimal retention time, air injection, feed rates, and agitation cycles is essential to maximizing bitumen recovery, minimizing energy consumption, and supporting regulatory compliance.
These highly erosive operating conditions can accelerate equipment wear and mechanical degradation. Maintaining optimal retention time, air injection, feed rates, and agitation cycles is essential to maximizing bitumen recovery, minimizing energy consumption, and supporting regulatory compliance.
