Primary Crushing Plant Dumper & Infeed
ABOUT THE PROJECT
Working with a major quarry drill-and-blast operation, Enginuity led the Project Management and Engineering for a sustaining capital upgrade to the site’s primary crushing dumper and infeed system — a production-critical choke point within the materials handling circuit.
With the crushing interface directly influencing throughput and downstream performance, the project required a disciplined, risk-managed approach. Enginuity combined field investigation, digital site capture, and multidisciplinary engineering to define a practical upgrade pathway that could be executed safely within an active, high-tonnage environment.
The scope centered on integrating new infeed and vibratory equipment while rigorously assessing existing steel and concrete infrastructure. Detailed review of load paths, support conditions, and vibration implications informed decisions on what could be retained, where targeted reinforcement was required, and which components warranted full renewal. From early constructability planning through focused structural assessment, Enginuity reduced uncertainty and supported confident execution in a constrained brownfield setting.
Accomplishments:
- Defined a practical, buildable sustaining capital upgrade strategy
- Reduced brownfield risk through validation of existing structural capacity
- Enabled targeted reinforcement and reuse of legacy infrastructure
- Minimized operational disruption during planning and execution
- Strengthened long-term reliability of a production-critical crushing interface
Services Rendered:
- Project Definition and Early Stage Engineering
- Front-end scoping and field investigation to support informed decision-making
- Field investigation and digital site capture
- Concept-level mechanical integration of dumper and infeed components
- Load review and structural capacity verification
- Brownfield Risk Reduction
- Structural assessment of existing steel and concrete systems
- Reinforcement planning for dynamic and vibration-sensitive areas
- Engineering input to guide demolition strategy and construction sequencing
- Multidisciplinary Engineering Support
- Structural assessment and upgrade planning for existing steel and concrete
- Mechanical integration support at concept level
- Power and controls evaluation to confirm system compatibility
- Structural assessment of existing steel and concrete systems
- Reinforcement planning for dynamic and vibration-sensitive areas
- Engineering input to guide demolition strategy and construction sequencing
- Project Management Services Throughout
- Owner’s Rep. Services
- Procurement
- Scoping & Scheduling
- Tendering & Construction support
Client:
Amrize
Sector:
Project Category:
Purpose
Deficiency
Expansion
Compliance