Crushing, Screening, Leaching, Milling, Separation, Sizing, Waste Fines & Decant Water, Classification, Tails Handling, Dense Medium Separation, Desalination Filtration
At Engino, we bring specialist expertise in the engineering design of crusher stations andsurge bin structures, supporting high-throughput material handling across diverseresource sector projects. Ourexperience spans both fixed and relocatable crushingfacilities in iron ore, lithium, copper, bauxite, nickel, salt, and battery mineraloperations—across both greenfield developments and brownfield upgrades.
We support clients from the early layout and study phases through to detailed design,ensuring our solutions are practical, robust, and tailored to site-specific constraints.Our engineering team focuses on structural efficiency, vibration mitigation, impactloading, maintenance access, and modular construction to minimise downtime andinstallation complexity.
Our scope includes the design of:
- Primary, secondary, and tertiary crusher support structures
- ROM walls and reinforced earth retaining walls
- Surge bins, chutes, hoppers, and liner support framing
- Access platforms, maintenance walkways, and safety systems
Using advanced tools such as finite element analysis (FEA), dynamic load simulations,and detailed 3D modelling, we ensure the structural and mechanical interface is fullycoordinated, reducing construction risks and eliminating clashes. We work closely withequipment vendors, site teams, and project stakeholders to ensure seamlessintegration of crushing equipment into the broader plant layout.
Our designs are compliant with Australian Standards and align with client preferencesfor operability, maintenance, and lifecycle performance. We also offer constructabilityreviews and staging guidance to support efficient installation in live plant environments.
Whether designing for a high-capacity primarycrusher station or an in-plant secondaryscreening and surge system, Engino delivers engineered solutions that optimise space,reduce material build-up, and ensure reliability under high-impact, high-dust operatingconditions.
