Chutes and transfer stations are some of the most important areas in a processing plant. They are also some of the most difficult areas to modify safely and accurately, especially in brownfield mining and industrial environments.
When a plant has been operating for years, the installed equipment rarely matches the original drawings perfectly. Conveyors may have been upgraded. Transfer chutes may have been patched, modified or replaced. Structural steel may have been changed during shutdowns. Platforms, stairs, handrails, guards, pipework and maintenance access points may have all shifted over time.
This is where 3D LiDAR scanning in Orange NSW becomes valuable.
Hamilton By Design’s post on Orange NSW 3D LiDAR Scanning explains how engineering-grade site capture can support processing plants, shutdown planning, structural upgrades and accurate as-built documentation across the Central West NSW region.
Read the full post here:
Orange NSW 3D LiDAR Scanning
For chute and transfer station work, accurate as-built data is especially important. A transfer station is not just one chute. It is a tight arrangement of conveyors, skirts, bins, hoppers, guards, platforms, walkways, supports, drives, pulleys and surrounding access systems. If one part of the design is based on an incorrect assumption, the issue can quickly affect fabrication, installation and shutdown timing.
A 3D LiDAR scan captures the real site conditions before design begins. The scan creates a point cloud that can be used to check clearances, confirm tie-in points, review access, understand surrounding steelwork and support scan-to-CAD modelling.
This helps answer practical questions before fabrication starts:
Will the new chute fit inside the existing transfer station?
Is there enough access for installation?
Will the modified chute clash with platforms, guards or pipework?
Are the existing drawings accurate enough to use?
Can the chute be installed within the shutdown window?
Will the design improve access for future maintenance?
For processing plants around Orange NSW and the Central West, these questions matter. Mine sites and industrial plants need upgrades to improve reliability, reduce blockages, manage wear and support capacity increases. However, every brownfield modification has to work around what is already installed.
3D LiDAR scanning helps reduce that uncertainty.
Instead of relying only on old drawings or manual measurements, engineers can work from measured site data. This can support chute redesign, transfer station upgrades, conveyor modifications, structural changes and improved maintenance access.
For chutes, the scan data can help define the surrounding envelope. Engineers can model the new chute while checking the existing conveyor position, discharge point, receiving belt, nearby steelwork and maintenance access. This is useful when trying to improve material flow, reduce spillage, reduce impact wear or increase throughput.
For transfer stations, the scan can capture the full surrounding structure. This helps with layout reviews, clash checks and constructability planning. It also supports better communication between engineers, fabricators, fitters, riggers and site supervisors.
The advantage is not just technical. It is practical.
Fitters and boilermakers often deal with the consequences of poor site information. If a chute is fabricated from outdated drawings, it may need cutting, trimming or rework during installation. That costs time. It also puts pressure on the shutdown team.
By scanning first, many of these issues can be found earlier.
For workers, this means clearer work packs, better access planning and fewer surprises during installation. For companies, it means less rework, more reliable shutdown planning and better confidence that the fabricated parts will fit the real plant.
3D LiDAR scanning can also support capacity upgrade projects. If a plant needs to increase throughput, the transfer points often become critical. Larger volumes of material may require chute modifications, conveyor upgrades, wider skirts, improved liners, larger openings or changes to the transfer geometry.
Before making those changes, the design team needs to know what space is available. A point cloud helps confirm the real installation envelope. It can also help identify where structural steel, platforms, pipework or access systems may restrict the upgrade.
Hamilton By Design combines LiDAR scanning with mechanical engineering and CAD capability. This means the scan is not just captured as a visual record. It can be used as the basis for practical engineering outputs such as 3D CAD models, layout drawings, sections, elevations and fabrication-ready documentation.
For chute and transfer station projects, this workflow can support:
Chute redesign and replacement
Transfer station layout reviews
Conveyor upgrade planning
Wear liner and access improvements
Structural steel modifications
Shutdown and installation planning
Scan-to-CAD modelling
As-built documentation
Capacity increase projects
The goal is to reduce the gap between what is assumed and what is actually installed.
In brownfield processing plants, that gap is where many problems begin.
A well-planned 3D LiDAR scan gives engineers, site teams and contractors a shared reference point. Everyone can see the existing plant conditions before the work begins. This improves communication and helps design decisions become more grounded in site reality.
For Orange NSW and the Central West mining region, this makes 3D scanning a strong first step before chute modifications, transfer station upgrades or processing plant capacity improvements.
Read more about the full service here:
Orange NSW 3D LiDAR Scanning
