Why steel in mining infrastructure

Mining environments demand speed, flexibility and structural reliability. Soil–steel systems provide an engineered alternative to massive cast-in-place construction without compromising performance under heavy loads.

Fast Installation

Bolted plate assembly reduces on-site works and avoids long curing times, enabling streamlined construction within active operations.

Lower construction impact

Reduced concrete volume and lighter components simplify logistics and minimize disruption to production areas.

Built for change

Modular steel structures adapt to phased mine development, expansions and evolving layouts.

Where it is used

Mining operations require protected service infrastructure that supports production, not delays it. ViaPlate steel galleries are installed both on the surface and in underground environments, including portals, declines, plant areas and beneath active haul routes.

The soil–steel structural system enables deep burial under heavy mining traffic while maintaining structural integrity and service accessibility.

Drainage and dewatering
Enclosed culverts for surface and subsurface water management, designed to handle high-flow conditions beneath operational areas.

Ventilation airways
Profiled steel galleries providing dedicated airflow paths for underground and near-surface ventilation circuits.

Utilidor corridors
Protected multi-service tunnels consolidating utilities, walkways and services into a single structural corridor.

Drainage & dewatering

ViaPlate drainage galleries are engineered to function beneath active operations. The soil–steel interaction enables burial under deep cover and heavy haul routes while maintaining predictable hydraulic performance and structural reliability.

Fast bolted assembly reduces construction time and simplifies installation logistics compared to traditional concrete solutions.

Ventilation airways

Selectable profiles – round, pipe-arch, low-profile and high-profile arch – allow cross-sections to be optimized for required airflow and structural demands. Installed beneath traffic routes and embankments, the steel structure protects ventilation infrastructure while maintaining required internal clearance.

Configuration options

Cross-section profiles are selected to match hydraulic capacity, airflow requirements, cover height and site constraints.

Round profile

Pipe-arch profile

Low-profile arch

High-profile arch

Structural performance & durability

ViaPlate systems are engineered for burial under deep cover through soil–steel interaction, making them suitable beneath haul routes and stockpiles.

Hot-dip galvanizing provides baseline corrosion protection, with optional polymer or epoxy coatings matched to mine-water chemistry and environmental exposure.

Sealed joints and integrated detailing support watertight performance and long service life in harsh mining conditions

Hot-dip galvanizing

Factory-applied zinc coating for baseline corrosion protection.

Optional advanced coatings

Polymer or epoxy systems matched to site-specific chemistry.

Sealed joints and detailing

Gasket and sealant configurations for watertight performance.

Long service life

Engineered durability in harsh mining environments.

Design and engineering support

ViaCon performs structural capacity calculations and optimally sizes each drainage, ventilation or utilidor system for specified flows, loads and site conditions. Support includes concept development, structural design, supply and installation guidance.

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Steel: The smarter choice

The strength and sustainability of steel provides durability and lifespan advantages for construction projects.

Case studies

Discover the full range of real-world implementations and sustainability benefits of ViaCon solutions and expertise.