Engineering and erection of a dual-silo storage installation designed to strengthen raw-material storage capacity, handling flow, and site logistics for industrial grain operations.
This project expanded commercial grain storage capacity through the erection of two large silos, coordinated with foundations, handling interfaces, access, and site logistics.
Silo work requires exact sequencing: foundation readiness, shell assembly, lifting plans, structural integrity checks, and connection to upstream and downstream grain movement systems.
MEC aligned foundation interfaces, silo shell works, mechanical handling routes, and access planning to deliver storage capacity that supports dependable raw-material operations.
The completed silos expanded on-site storage resilience, improved procurement flexibility, and created a more dependable grain-handling backbone for downstream operations.
The scope included storage-system engineering, civil interfaces, mechanical handling coordination, and field erection controls for a dual-silo configuration.
Capacity targets, site interfaces, foundation readiness, and handling routes were confirmed.
Civil interfaces, anchor points, equipment access, and safe work zones were prepared.
Shell sections, support components, platforms, and structural assemblies were installed.
Conveying connections, access checks, final inspection, and operations turnover were completed.
“MEC delivered an engineering program we could trust end-to-end — disciplined planning, accountable execution, a commissioned asset that performs as designed.”
