Tag: brownfield-engineering

Explore Hamilton By Design’s brownfield engineering projects, technical articles and practical insights. Our engineering-led services support existing industrial facilities through 3D LiDAR scanning, scan-to-CAD modelling, plant upgrades, equipment modifications, clash detection and as-built documentation.

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3D LiDAR Scanning for Coal CHPPs and Wash Plants in Hwange Zimbabwe

Watercolour illustration of LiDAR scanning at a Hwange coal wash plant, showing conveyors, a tripod scanner, point cloud data and the Hamilton By Design logo.
Blue line icon of a tripod-mounted LiDAR scanner surveying a mineral processing plant with a hopper, conveyors and transfer chute.

Hamilton By Design offers engineering-led 3D LiDAR scanning and scan-to-CAD support for coal handling and preparation plant projects in Hwange, northwest Zimbabwe. We help mining operators, maintenance teams and project engineers capture existing plant layouts and develop mechanical modifications around actual site conditions.

Whether the project involves a replacement transfer chute, conveyor modification or coal wash plant upgrade, reliable measurements provide a stronger starting point for design and fabrication. Our approach connects site capture with 3D modelling, mechanical engineering and practical drawing deliverables.

Zimbabwe projects are assessed individually, with site scanning arrangements, mobilisation, access requirements and remote engineering support agreed during project scoping.

Coal Handling and Wash Plant Engineering in Hwange

Hwange is an established coal mining and processing centre. Coal operations in the region include run-of-mine crushing, conveyor transport, washing and product handling. Makomo Resources, for example, describes coal washing using dense medium separation, magnetic separation and spiral separation.

Coal handling and preparation plants depend on interconnected equipment. A modification to one chute, screen or pump arrangement can affect surrounding pipework, support frames, access platforms and maintenance space.

For existing facilities, the challenge is often understanding how replacement equipment will fit into a plant that has changed over many years. Original drawings may show the initial installation while overlooking later repairs, equipment replacements and site modifications.

3D LiDAR scanning creates a current dimensional reference for planning these upgrades.

Why Scan a Coal Plant Before Modifying It?

Traditional measurements can capture individual dimensions, but complex plant upgrades require an understanding of the relationships between equipment.

A replacement chute may need to connect to an existing screen outlet, clear a support beam, discharge onto a conveyor and remain accessible for maintenance. Measuring each feature separately can leave gaps in the information needed for design.

3D laser scanning captures visible surfaces as a point cloud. Multiple scan positions are registered into a coordinated dataset, allowing designers to examine equipment positions, elevations and available space.

For a Hwange CHPP or wash plant project, scanning can help teams:

  • Establish existing conveyor and transfer point geometry.
  • Identify the space available for replacement equipment.
  • Check proposed layouts against surrounding plant.
  • Plan pipe routes and maintenance access.
  • Prepare drawings using current site information.
  • Reduce repeat visits for measurements already captured.

The scanning scope should reflect the engineering task. A targeted survey of a transfer station or pump area may provide the information required without scanning the entire facility.

LiDAR Scanning for Coal Conveyors and Transfer Chutes

Coal transfer points bring together conveyor discharge geometry, receiving belts, chutes, support frames and access systems. Differences between drawings and installed equipment can complicate replacement work.

Scanning can capture the visible geometry around conveyor head pulleys, chute exteriors, hoppers, guards, support members and adjacent platforms. This information provides a reference for modelling replacement components and checking their installation clearances.

Hamilton By Design can support:

  • Replacement transfer chute layouts.
  • Conveyor discharge and receiving interfaces.
  • Hopper and feed chute modifications.
  • Wear liner arrangements.
  • Mechanical connection details.
  • Fabrication and assembly drawings.
  • Maintenance access reviews.

Chute performance also depends on coal properties, moisture, particle size distribution, belt speed and throughput. Scan data establishes the available geometry, while operating information guides the design.

Internal chute surfaces require suitable access. Scanning the exterior does not reveal concealed liners, plate thickness or material build-up inside an enclosed chute.

Scanning Coal Wash Plant Equipment

Wash plant upgrades often involve congested layouts with equipment positioned across several levels. Floors, beams, pipe racks and existing maintenance arrangements can restrict the space available for new equipment.

A scanning scope can include accessible areas around:

  • Feed and distribution arrangements.
  • Screens and dewatering equipment.
  • Dense medium cyclones and associated pipework.
  • Sumps, pump boxes and slurry pumps.
  • Product and reject conveyors.
  • Process water systems.
  • Pipe racks and equipment supports.
  • Platforms, stairs and maintenance access.

Before scanning, we identify the equipment interfaces that need measurement and whether components must be isolated, cleaned or opened.

Dust, water spray, moving equipment and obstructed sightlines can affect capture quality. Planning suitable scan positions helps improve coverage and identify where supplementary measurements are required.

Scan to CAD for Existing CHPP Upgrades

A point cloud provides a dimensional reference. A CAD model converts selected information into geometry that can be used for design, coordination and drawings.

Hamilton By Design develops models using SolidWorks and AutoCAD, with deliverables selected to suit the client’s project and software requirements.

Modelling can focus on the equipment being changed and the surrounding features needed to check its fit. For example, replacing a screen discharge chute may require the screen outlet, chute envelope, receiving conveyor, support members and maintenance access to be modelled.

An agreed level of detail keeps the work focused. Measured geometry, approximate representations and features requiring additional verification are identified during the modelling process.

Learn more about our 3D laser scanning services.

Mechanical Design and Fabrication Support

Following site capture, the next step is developing a modification that suits the operating plant and can be manufactured and installed.

Hamilton By Design can assist with mechanical design for conveyor interfaces, transfer chutes, hoppers, pump boxes, pipe routing, equipment arrangements and guarding layouts.

Drawing packages can communicate component dimensions, assembly requirements, connection details and installation interfaces. This helps fabrication teams understand how the proposed equipment relates to the existing plant.

Critical features such as bolt hole patterns, flange faces and machined fits may require direct measurement or a separate detailed survey. These requirements are identified according to the fabrication tolerance and intended use.

Structural verification, process design and local certification requirements are defined within the project scope, with appropriately qualified specialists involved where required.

Explore our mechanical engineering consulting and mechanical drafting services.

Prepare for Shutdown Installation

A planned shutdown provides limited time to remove equipment, install replacements and return the plant to service. Capturing existing conditions before the shutdown supports earlier design and fabrication decisions.

A coordinated model can help review:

  • Component delivery and removal routes.
  • Equipment installation clearances.
  • Access for lifting and handling.
  • Interfaces with existing pipework and supports.
  • Temporary obstructions.
  • The proposed installation sequence.

Clash checks can identify geometric conflicts before components arrive on site. This gives the project team an opportunity to adjust the design while changes are easier to manage.

For staged projects, accessible areas may be scanned during operation, followed by additional measurements during isolation. The approach must be coordinated with the site’s operating conditions and safety procedures.

Deliverables for Hwange Coal Plant Projects

Deliverables are selected around the purpose of the project and may include:

  • Registered 3D point clouds.
  • Existing-condition CAD models.
  • Plant layout and general arrangement drawings.
  • Sections and equipment interface details.
  • Mechanical design models.
  • Fabrication and assembly drawings.
  • PDF review packages.

Point cloud formats can include E57 or RCP. Model exchange formats may include STEP or other agreed CAD formats.

Before work starts, we agree on coordinate references, model detail, file formats, revision requirements and dimensional acceptance criteria.

For clients with existing scan data, Hamilton By Design can assess whether the dataset is suitable for remote modelling and mechanical design. Registration quality, coverage and critical interfaces need review before the information is relied on.

Frequently Asked Questions

What does CHPP mean?

CHPP stands for coal handling and preparation plant. It generally covers activities such as coal crushing, sizing, washing and product handling. The equipment and process configuration vary between facilities.

Can LiDAR scanning be completed while a wash plant is operating?

Some accessible areas may be scanned during operation, subject to site approval and conditions. Moving equipment, dust and water spray can affect capture quality. Scanning inside enclosed equipment or hazardous areas may require isolation and specific access arrangements.

Can scanning help with replacement coal chutes?

Yes. Scanning establishes the visible geometry around a chute and its connections, supporting replacement design and fit checks. Internal surfaces and critical fabrication interfaces may need additional measurements.

Does scanning confirm equipment condition or structural capacity?

A scan records visible surface geometry. Plate thickness, material properties, weld integrity and load capacity require appropriate inspection and engineering assessment.

What scanning accuracy should we specify?

Accuracy should match the intended use. Plant layout coordination and precision component fabrication have different requirements. Project tolerances and verification methods should be agreed before scanning begins.

Can Hamilton By Design use scans supplied by a Zimbabwean survey company?

Yes, subject to a review of the dataset. We can assess registration, coordinates, coverage and suitability for the proposed modelling or design scope. Additional measurements may be required where interfaces are missing or insufficiently resolved.

Can Hamilton By Design support projects in Hwange?

We welcome enquiries for Hwange coal handling and wash plant projects. Site capture, international mobilisation, local coordination and remote design arrangements are assessed against the scope, schedule and access requirements.

Discuss Your Hwange Coal Plant Project

Planning a conveyor modification, replacement chute or coal wash plant upgrade in Hwange?

Send Hamilton By Design the plant location, equipment photographs, available drawings and a short description of the proposed work. Include the shutdown date, required deliverables and any existing point cloud data.

We can then define a practical scope for scanning, modelling and mechanical design.

Contact Hamilton By Design to discuss your Hwange CHPP or coal wash plant project.

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Chute Design in the Mining Industry
3D LiDAR Scanning for As-Built & Brownfield Engineering
Supporting Australian Coal – Engineering-Led 3D Scanning for CHPP & Coal Wash Plants
CHPP Engineering & 3D Scanning

Related Coal Plant Scanning and Engineering Services

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Wastewater Treatment Plant Upgrades in Newcastle and the Hunter: 3D Scanning and Mechanical Engineering

Wastewater treatment plant transitioning from an operating facility through a LiDAR point cloud to a CAD model of proposed pump and pipework upgrades.
Wastewater treatment plant icon showing a clarifier, treatment tanks and process building in a blue engineering line-art style.

Upgrading a wastewater treatment works can be difficult when the plant must remain operational and existing drawings no longer match what is on site. New pumps, pipework and equipment have to fit around established assets, often within crowded areas and limited shutdown windows.

Hamilton By Design supports wastewater infrastructure projects across Newcastle, Lake Macquarie, Port Stephens, Maitland and the Hunter Valley. We combine 3D LiDAR scanning, point cloud modelling, mechanical design and fabrication documentation to help project teams plan upgrades around actual site conditions.

Wastewater treatment works across the region

Hunter Water lists wastewater treatment works at Belmont, Boulder Bay, Branxton, Burwood Beach, Cessnock, Clarence Town, Dora Creek, Dungog, Edgeworth, Farley, Karuah, Kearsley, Kurri Kurri, Morpeth, Paxton, Raymond Terrace, Shortland, Tanilba Bay and Toronto. Each facility has its own layout, equipment and operating constraints. www.hunterwater.com.au

Hamilton By Design can assist utilities, engineering consultants, contractors, maintenance teams and fabricators working on these types of facilities. Our involvement can range from surveying a single equipment area to developing models and drawings for a broader mechanical upgrade.

Capture existing conditions before designing

Older drawings provide a starting point, but years of repairs and modifications can change a plant substantially. A 3D laser scan records visible equipment, pipework, platforms, structural elements and available space as a point cloud.

That survey can help a project team answer practical questions:

• Will a replacement pump or skid fit?

• Where can new pipework run without clashing with existing assets?

• Is there enough access to install and maintain the equipment?

• Which dimensions need direct measurement before fabrication?

Scanning cannot reveal concealed services or verify every connection dimension. Those details should be identified and checked as part of the project scope.

From point cloud to mechanical design

Hamilton By Design can turn relevant parts of a point cloud into 3D CAD models and use them to develop a proposed modification. Depending on the project, this may include pump layouts, pipe routes, equipment bases, supports, guarding interfaces, general arrangements and fabrication drawings.

The model should suit the decision being made. A concept study may need an overall layout and a list of constraints. Fabrication requires more detailed information and verification of critical interfaces.

Planning upgrades around an operating plant

A pump replacement involves more than matching the footprint of the old unit. The design may also need to address suction and discharge connections, lifting access, maintenance clearance, the existing base and the route for removing and installing equipment.

The same applies to new pipework. Reviewing a proposed route against a scan of the surrounding plant can expose conflicts before spools are detailed. Where the survey does not show a critical feature clearly, the project team can arrange a targeted inspection or measurement.

One workflow from survey to drawings

Hamilton By Design can capture the relevant area, model existing constraints, develop the mechanical arrangement and prepare the agreed drawings. Keeping those steps connected helps the design team recognise where information is missing and where site verification is needed.

Deliverables can be tailored to the project stage and may include a registered point cloud, selected 3D CAD models, general arrangement drawings, interface details and fabrication documentation.

Frequently asked questions

Can a wastewater treatment works be scanned while operating?

Many survey tasks can be planned around normal operations, subject to the operator’s access, induction and safety requirements. The survey area and required detail should be agreed before the site visit.

Do we need to scan the entire facility?

Often, surveying the equipment area and its immediate interfaces is enough. A wider survey may be useful for long pipe routes, multiple work areas or staged upgrades.

Can a point cloud be used directly for fabrication?

A point cloud records surveyed surfaces. Critical connections, concealed details and installation tolerances still need to be checked before fabrication.

Can Hamilton By Design help after the survey?

Yes. We can use the survey information to support 3D modelling, mechanical design, drawing production and fabrication planning, according to the agreed scope.

Discuss a wastewater plant upgrade

If you are planning a pump replacement, pipework modification, equipment installation or wider treatment works upgrade in Newcastle or the Hunter, contact Hamilton By Design to discuss the site, the proposed change and the information your project team needs.

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Water Infrastructure Engineering Services NSW
Industrial 3D Scanning Services Australia | Engineering Grade Laser Scanning
Mechanical Engineering Consulting
3D Laser Scanning
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Mechanical Engineering and 3D Scanning for Sewage Treatment Plants on the NSW Central Coast

Practical support for treatment plant upgrades in Bateau Bay, Charmhaven, Gwandalan, Kincumber, Mannering Park, Toukley and Woy Woy

Wastewater treatment plant icon showing a clarifier, treatment tanks and process building in a blue engineering line-art style.

Upgrading an operating sewage treatment plant starts with understanding what is actually on site. Pumps, pipework, valves, tanks, platforms and access routes may have changed since the original drawings were produced. A replacement item can look straightforward on a drawing but prove difficult to install once existing equipment and maintenance clearances are taken into account.

Hamilton By Design brings together 3D laser scanning, scan-to-CAD modelling, mechanical engineering and drafting to support wastewater infrastructure upgrades across the NSW Central Coast. Based in Wyong, we can capture existing plant geometry and use it to develop practical designs for equipment replacement, pipework changes and other mechanical modifications.

Our work can support asset owners, water utilities, principal contractors, equipment suppliers and fabricators from the first site assessment through to installation documentation.

Start with an accurate picture of the existing plant

Sewage treatment plants are often upgraded in stages while they continue to operate. Over time, equipment is replaced, pipe routes change and new services are fitted around older assets. Existing drawings remain useful, but critical interfaces should be checked against current site conditions before fabrication.

A 3D laser scan records visible plant geometry as a point cloud. Depending on the project scope, we can capture:

  • Pump rooms, equipment bays and treatment plant structures
  • Existing pipework, valves, flanges and supports
  • Tanks, walkways, platforms and access areas
  • Equipment footprints and available installation space
  • Interfaces between new equipment and existing assets

The point cloud can then be used to develop a focused 3D model or drawings for the proposed work. Where dimensions are critical to manufacture or installation, those interfaces can be identified for closer measurement and verification.

Mechanical engineering for plant upgrades

Good as-built information is the starting point. The next step is a design that can be installed, operated and maintained within the available space.

Hamilton By Design can assist with mechanical layouts and design documentation for projects involving:

  • Pump replacement and associated pipework changes
  • Valve and equipment access improvements
  • Pipe supports, equipment mounts and skids
  • Replacement or modification of mechanical components
  • Maintenance platforms and guarding
  • Retrofit layouts for existing treatment plant areas
  • General arrangement and fabrication drawings

For a brownfield upgrade, we can model a proposed item within the scanned surroundings to review fit, access and potential clashes before drawings are issued. The required engineering checks and specialist inputs can then be defined around the actual project scope.

From site scan to upgrade drawings

A typical project can be staged so the information is useful at each decision point:

  1. Define the upgrade area. Identify the equipment, interfaces, deliverables and dimensions that matter to the project.
  2. Capture the existing conditions. Scan the accessible plant areas and gather any additional measurements needed at critical connections.
  3. Register and review the point cloud. Check coverage and identify areas hidden from the scanner that need further inspection.
  4. Develop the design. Model the relevant existing assets and proposed mechanical changes.
  5. Prepare documentation. Provide agreed outputs such as CAD models, general arrangements, sections or fabrication drawings.
  6. Support installation planning. Review access, sequencing and site questions as the upgrade moves toward construction.

Deliverables can include registered point clouds in formats such as E57 or RCP, 3D CAD models, AutoCAD drawings and PDF drawing packs, according to the client’s requirements. Hamilton By Design also describes these scanning and engineering deliverables across its existing water infrastructure and industrial scanning services. Hamilton By Design Co.

Supporting treatment plants across the Central Coast

The seven locations below are established sewage treatment plant locations on the Central Coast. Each upgrade still needs its own site assessment, operating constraints and agreed scope. Central Coast Council

Bateau Bay

For work at Bateau Bay, a targeted scan can document the existing mechanical area before equipment or pipework is changed. Modelling the proposed arrangement against site conditions can help the project team check interfaces and access early.

Charmhaven

Major works at Charmhaven make coordination of existing and proposed infrastructure particularly important. Hamilton By Design can support defined mechanical work packages with site capture, 3D modelling and drawings for interfaces within the agreed area. Central Coast Council has published information about its Charmhaven sewage treatment plant upgrade. Central Coast Council

Gwandalan

At Gwandalan, scanning can provide a current record of an upgrade area where existing equipment and services need to be understood before design. That record can support pump, pipework or equipment layout changes and discussions with fabricators.

Kincumber

Mechanical modifications at Kincumber may involve fitting new components into established plant spaces. A point cloud and focused CAD model can help identify the available envelope and the connections that need direct verification.

Mannering Park

For Mannering Park projects, measured site information can support the design of replacement equipment, pipe supports and access improvements. Capturing the surrounding plant helps make installation constraints visible before fabrication.

Toukley

Toukley upgrade work can benefit from documenting existing pipe routes, equipment positions and maintenance access. Scan-to-CAD models give designers and contractors a common reference when planning a modification.

Woy Woy

At Woy Woy, scanning and mechanical drafting can help teams plan replacement or retrofit work around existing assets. Deliverables can be limited to a particular pump room or expanded to a larger plant area, depending on the project.

Why combine scanning and mechanical design?

A point cloud is valuable as a site record, but a project team also needs to decide what to build. By connecting scanning with mechanical design, Hamilton By Design can help turn site measurements into layouts and drawings suited to the upgrade task.

This approach is particularly useful when:

  • Original drawings are incomplete or no longer reflect the installed plant
  • Equipment must be replaced within a confined space
  • New pipework has to connect to existing systems
  • Fabrication is being planned before a shutdown
  • Several contractors need a shared view of the same work area

The scan records visible geometry; it does not reveal buried services, internal equipment condition or hidden connections. We identify those limits during scoping so the project team can arrange the inspections and checks needed for its design.

Talk to Hamilton By Design about a Central Coast plant upgrade

If you are planning mechanical work at a sewage treatment plant in Bateau Bay, Charmhaven, Gwandalan, Kincumber, Mannering Park, Toukley or Woy Woy, Hamilton By Design can help define a practical scanning and engineering package.

Send us the plant location, the proposed change, any available drawings and the dates that matter to your project. We can discuss the area to capture, the interfaces to verify and the models or drawings your team needs.

Contact Hamilton By Design to discuss your wastewater treatment plant upgrade.

Mechanical Engineering and 3D Scanning for Sewage Treatment Plants on the NSW Central Coast

Practical support for treatment plant upgrades in Bateau Bay, Charmhaven, Gwandalan, Kincumber, Mannering Park, Toukley and Woy Woy

Upgrading an operating sewage treatment plant starts with understanding what is actually on site. Pumps, pipework, valves, tanks, platforms and access routes may have changed since the original drawings were produced. A replacement item can look straightforward on a drawing but prove difficult to install once existing equipment and maintenance clearances are taken into account.

Hamilton By Design brings together 3D laser scanning, scan-to-CAD modelling, mechanical engineering and drafting to support wastewater infrastructure upgrades across the NSW Central Coast. Based in Wyong, we can capture existing plant geometry and use it to develop practical designs for equipment replacement, pipework changes and other mechanical modifications.

Our work can support asset owners, water utilities, principal contractors, equipment suppliers and fabricators from the first site assessment through to installation documentation.

Start with an accurate picture of the existing plant

Sewage treatment plants are often upgraded in stages while they continue to operate. Over time, equipment is replaced, pipe routes change and new services are fitted around older assets. Existing drawings remain useful, but critical interfaces should be checked against current site conditions before fabrication.

A 3D laser scan records visible plant geometry as a point cloud. Depending on the project scope, we can capture:

  • Pump rooms, equipment bays and treatment plant structures
  • Existing pipework, valves, flanges and supports
  • Tanks, walkways, platforms and access areas
  • Equipment footprints and available installation space
  • Interfaces between new equipment and existing assets

The point cloud can then be used to develop a focused 3D model or drawings for the proposed work. Where dimensions are critical to manufacture or installation, those interfaces can be identified for closer measurement and verification.

Mechanical engineering for plant upgrades

Good as-built information is the starting point. The next step is a design that can be installed, operated and maintained within the available space.

Hamilton By Design can assist with mechanical layouts and design documentation for projects involving:

  • Pump replacement and associated pipework changes
  • Valve and equipment access improvements
  • Pipe supports, equipment mounts and skids
  • Replacement or modification of mechanical components
  • Maintenance platforms and guarding
  • Retrofit layouts for existing treatment plant areas
  • General arrangement and fabrication drawings

For a brownfield upgrade, we can model a proposed item within the scanned surroundings to review fit, access and potential clashes before drawings are issued. The required engineering checks and specialist inputs can then be defined around the actual project scope.

From site scan to upgrade drawings

A typical project can be staged so the information is useful at each decision point:

  1. Define the upgrade area. Identify the equipment, interfaces, deliverables and dimensions that matter to the project.
  2. Capture the existing conditions. Scan the accessible plant areas and gather any additional measurements needed at critical connections.
  3. Register and review the point cloud. Check coverage and identify areas hidden from the scanner that need further inspection.
  4. Develop the design. Model the relevant existing assets and proposed mechanical changes.
  5. Prepare documentation. Provide agreed outputs such as CAD models, general arrangements, sections or fabrication drawings.
  6. Support installation planning. Review access, sequencing and site questions as the upgrade moves toward construction.

Deliverables can include registered point clouds in formats such as E57 or RCP, 3D CAD models, AutoCAD drawings and PDF drawing packs, according to the client’s requirements. Hamilton By Design also describes these scanning and engineering deliverables across its existing water infrastructure and industrial scanning services. Hamilton By Design Co.

Supporting treatment plants across the Central Coast

The seven locations below are established sewage treatment plant locations on the Central Coast. Each upgrade still needs its own site assessment, operating constraints and agreed scope. Central Coast Council

Bateau Bay

For work at Bateau Bay, a targeted scan can document the existing mechanical area before equipment or pipework is changed. Modelling the proposed arrangement against site conditions can help the project team check interfaces and access early.

Charmhaven

Major works at Charmhaven make coordination of existing and proposed infrastructure particularly important. Hamilton By Design can support defined mechanical work packages with site capture, 3D modelling and drawings for interfaces within the agreed area. Central Coast Council has published information about its Charmhaven sewage treatment plant upgrade. Central Coast Council

Gwandalan

At Gwandalan, scanning can provide a current record of an upgrade area where existing equipment and services need to be understood before design. That record can support pump, pipework or equipment layout changes and discussions with fabricators.

Kincumber

Mechanical modifications at Kincumber may involve fitting new components into established plant spaces. A point cloud and focused CAD model can help identify the available envelope and the connections that need direct verification.

Mannering Park

For Mannering Park projects, measured site information can support the design of replacement equipment, pipe supports and access improvements. Capturing the surrounding plant helps make installation constraints visible before fabrication.

Toukley

Toukley upgrade work can benefit from documenting existing pipe routes, equipment positions and maintenance access. Scan-to-CAD models give designers and contractors a common reference when planning a modification.

Woy Woy

At Woy Woy, scanning and mechanical drafting can help teams plan replacement or retrofit work around existing assets. Deliverables can be limited to a particular pump room or expanded to a larger plant area, depending on the project.

Why combine scanning and mechanical design?

A point cloud is valuable as a site record, but a project team also needs to decide what to build. By connecting scanning with mechanical design, Hamilton By Design can help turn site measurements into layouts and drawings suited to the upgrade task.

This approach is particularly useful when:

  • Original drawings are incomplete or no longer reflect the installed plant
  • Equipment must be replaced within a confined space
  • New pipework has to connect to existing systems
  • Fabrication is being planned before a shutdown
  • Several contractors need a shared view of the same work area

The scan records visible geometry; it does not reveal buried services, internal equipment condition or hidden connections. We identify those limits during scoping so the project team can arrange the inspections and checks needed for its design.

Talk to Hamilton By Design about a Central Coast plant upgrade

If you are planning mechanical work at a sewage treatment plant in Bateau Bay, Charmhaven, Gwandalan, Kincumber, Mannering Park, Toukley or Woy Woy, Hamilton By Design can help define a practical scanning and engineering package.

Send us the plant location, the proposed change, any available drawings and the dates that matter to your project. We can discuss the area to capture, the interfaces to verify and the models or drawings your team needs.

Contact Hamilton By Design to discuss your wastewater treatment plant upgrade.

Hamilton By Design logo displayed on a blue tilted rectangle with a grey gradient background

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Call Us
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E-Mail Us
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Our clients:

Industrial 3D Scanning Services Australia | Engineering Grade Laser Scanning
3D Laser Scanning of Pump Stations for Reverse Engineering Sydney NSW
Wastewater Treatment Plant LiDAR Scanning in Sydney NSW – Engineering Accuracy for Complex Brownfield Upgrades
Water Infrastructure Engineering Services NSW

Explore services that can support the planning, design and documentation of sewage treatment plant upgrades across the NSW Central Coast.

Wastewater Treatment Plant LiDAR Scanning Capture existing tanks, equipment, pipework and structures to support as-built models and brownfield upgrade design. Water Infrastructure Engineering Services NSW Bring together site scanning, scan-to-CAD, mechanical engineering and drafting for water and wastewater infrastructure. Pump Station 3D Scanning and Reverse Engineering Document existing pumps, valves, pipework and equipment interfaces before refurbishment or replacement. Pump Reverse Engineering and Replacement Parts Develop CAD models and drawings for worn, obsolete or unsupported pump components when reliable drawings are unavailable. Brownfield Water Infrastructure Engineering Plan new mechanical equipment and pipework around existing operational assets, site constraints and installation access. Mechanical Engineering on the Central Coast Local support for mechanical design, plant upgrades, fabrication documentation and site-based engineering work. Central Coast 3D Scanning and Engineering Engineering-led LiDAR scanning, point-cloud-to-CAD modelling and drafting for Central Coast infrastructure projects. Existing-Condition Studies and 3D Laser Scanning Establish a measured record of current plant conditions before developing a modification or replacement design.
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Mechanical Design for Conveyors in Welshpool

Industrial conveyor and transfer chute shown with a LiDAR point cloud, 3D CAD model and fabrication drawing, with the Hamilton By Design logo.

Conveyor upgrades, transfer chutes, 3D scanning and fabrication drawings for industrial facilities in Welshpool, WA

Blue line icon of an industrial belt conveyor with rollers, support frame, gearbox and drive motor.

A conveyor modification has to work with the equipment and space already on site. A replacement chute may need to fit between existing steelwork and services. A new conveyor section may need to connect to equipment whose drawings are incomplete or out of date. Guarding must allow for operation and maintenance as well as the intended installation.

Hamilton By Design brings these tasks together for Welshpool projects. We combine mechanical design, 3D LiDAR scanning, scan-to-CAD, reverse engineering and engineering drafting to help industrial clients move from an existing plant problem to a practical design and documented solution.

Welshpool is a major Perth industrial precinct with manufacturing, engineering, logistics and supply chain businesses. That mix makes conveyor and materials handling work relevant to both production facilities and the workshops that build equipment for projects elsewhere in Western Australia. canning.wa.gov.au

Conveyor design that starts with the existing plant

Conveyor projects often begin with a specific problem: a transfer point that spills material, a worn chute, restricted maintenance access, an equipment replacement or a proposed change to the production layout. The first step is to understand what must change and which parts of the existing installation must be retained.

Hamilton By Design can assist with the mechanical design and documentation of:

  • Conveyor modifications and equipment interfaces
  • Transfer, feed and discharge chutes
  • Hoppers, skirts and wear-liner arrangements
  • Support frames and equipment layouts
  • Machinery guarding and maintenance access
  • Replacement parts where usable drawings are unavailable
  • General arrangement and fabrication drawings

The scope can be tailored to the job. A workshop may need a model and drawings for one replacement assembly. An operating facility may need site capture, design development and an installation drawing package for a wider conveyor upgrade.

3D LiDAR scanning before conveyor modifications

Measurements taken from old drawings do not always represent the installed plant. Conveyor frames may have been altered, supports may have moved during earlier upgrades, and nearby pipework or cable trays may restrict the space available for new equipment.

For a brownfield project, industrial 3D scanning can capture the conveyor and its surrounding area as a point cloud. Relevant geometry can then be used to check proposed equipment locations, clearances and interfaces during design.

Scanning is particularly useful around crowded transfer stations, elevated conveyors and installations where a fabrication or shutdown window leaves little time to resolve a fit-up problem. The required measurements and tolerances should be agreed for each project; critical connection details may still need direct verification. Learn more about scanning conveyor transfer towers.

From point cloud to mechanical design

A point cloud records the existing condition. It becomes more useful when the project team can turn the relevant parts into a model, drawing or design decision.

Hamilton By Design’s scan-to-CAD services for Perth projects can support the modelling of conveyor interfaces, surrounding steelwork and equipment layouts. A proposed modification can then be developed in context, with attention to access, removal paths and the space needed for fabrication and installation.

Depending on the agreed scope, deliverables may include a registered point cloud, a 3D CAD model, general arrangement drawings, fabrication details or files for coordination with the client’s wider plant model.

Transfer chutes and materials handling

The transfer point affects much more than the space between two conveyors. Material flow, loading position, impact, wear, dust, spillage and access for liner replacement all influence how a chute should be designed.

Hamilton By Design supports chute design and materials-handling engineering for new work and existing installations. For a Welshpool fabrication project, this may mean developing a replacement chute from supplied dimensions and operating information. For an installed plant upgrade, it may mean scanning the transfer area first and designing the new assembly around the actual conveyor and support geometry.

Where a chute is causing repeated maintenance problems, the design brief should identify the material being handled, operating duty, wear locations, cleaning needs and access constraints. Those inputs help define a solution that can be built and maintained, rather than simply reproducing a part that has performed poorly.

Reverse engineering and replacement components

Existing conveyors may have components with no current CAD model or reliable manufacturing drawing. A part may have been modified over time, or a supplier may no longer support the original equipment.

Hamilton By Design can use measurements and reverse-engineering 3D scanning to reconstruct relevant geometry. The resulting model can support a replacement design, drawing update or review of how a component interfaces with the rest of the conveyor.

Reverse engineering also creates an opportunity to examine the original component’s function and condition. Wear, deformation and previous repairs should be considered before dimensions are carried into a new design.

Drawings that support fabrication and installation

A 3D model helps the team review a proposal, but the workshop and installation team also need clear documentation. Depending on the project, Hamilton By Design can prepare general arrangement drawings, component drawings, assembly details and fabrication information for review and manufacture.

Good documentation makes the intended interfaces visible: what connects to the existing plant, which dimensions need checking on site, how an assembly is broken into transportable pieces and what access is required for installation. Our broader mechanical engineering services connect design, CAD modelling and drafting with the practical needs of plant upgrades.

Support for Welshpool workshops and industrial operators

Hamilton By Design can work with Welshpool fabrication businesses, maintenance teams, manufacturers and project engineers at different stages of a conveyor job.

A fabrication workshop may need a missing component modelled and drawn before it can quote or manufacture a replacement. A facility operator may need to establish the existing geometry before approving a layout change. A project engineer may need a coordinated model and drawing package for review before a shutdown. A maintenance team may need a chute or guard redesigned to improve access to a recurring problem area.

Projects can be scoped around the information already available. Existing drawings, photographs, operating requirements and site measurements provide a starting point; on-site scanning can be added where the installation needs a more complete survey.

Our approach to a conveyor project

  1. Define the problem. Confirm the equipment, operating duty, project boundaries and required deliverables.
  2. Review the existing information. Check drawings, photographs, models and known site constraints.
  3. Capture missing geometry where needed. Measure or scan the relevant conveyor and surrounding plant.
  4. Develop and review the design. Model the proposed change and resolve key interfaces with the client and fabricator.
  5. Issue the agreed documentation. Prepare drawings and model files suited to review, fabrication or installation.

The extent of each stage depends on the project. A small replacement component will need a different package from a multi-conveyor transfer upgrade.

Frequently asked questions

Can you design a replacement chute if our drawings are missing?

Yes. The starting point is to establish the existing interfaces and understand how the chute is expected to perform. Measurements or 3D scanning may be needed before the replacement is modelled and documented.

Do you provide 3D scanning as part of conveyor design?

Yes, where site capture is useful to the project. LiDAR scanning can help document the installed conveyor, support steelwork and surrounding obstructions before a modification is designed.

Can you work with our Welshpool fabricator?

Yes. Hamilton By Design can develop models and drawings for discussion with the nominated workshop, including practical fabrication and installation considerations within the agreed scope.

Can you help with one component rather than a complete conveyor?

Yes. Work can be scoped to a chute section, guard, support, replacement component or other defined mechanical assembly.

Discuss a conveyor project in Welshpool

If you are planning a conveyor upgrade, replacing a transfer chute or trying to document equipment with missing drawings, Hamilton By Design can help establish the existing condition and develop the mechanical design information needed for the next step.

Contact Hamilton By Design with your site location, a short description of the problem, available drawings or photographs, and your intended fabrication or shutdown timeframe.

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Mechanical Design for Conveyors in Kwinana

Services That Support Conveyor Projects in Welshpool

A conveyor upgrade can involve site measurement, mechanical design, guarding, analysis and fabrication documentation. Explore the Hamilton By Design services that support each stage.

Mechanical Engineering Services

Mechanical design for conveyors, materials handling equipment and plant modifications, supported by CAD modelling and engineering drawings.

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Chute Design and Materials Handling

Develop transfer chutes and related equipment around material flow, wear, maintenance access and the available space within existing plant.

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Machine Guarding Design

Review and design guarding for conveyor drives, pulleys and other moving machinery while considering operation, cleaning and maintenance.

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Reverse Engineering and 3D Scanning

Reconstruct useful engineering information for conveyor components and assemblies when original models or reliable drawings are unavailable.

Explore reverse engineering →

3D CAD Modelling and Mechanical Drafting

Turn conveyor concepts and measured site information into 3D assemblies, general arrangements and drawings for project review and fabrication.

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FEA and Mechanical Assessment

Assess selected mechanical components and support arrangements where loads, stress, deflection or fatigue need closer engineering review.

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Scanning Conveyor Transfer Towers

Capture conveyors, chutes, steelwork and nearby services in congested transfer areas before planning an upgrade or replacement.

Explore transfer tower scanning →

Industrial 3D Scanning

Record existing plant conditions as point cloud data to support layout review, scan-to-CAD modelling and brownfield conveyor modifications.

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3D LiDAR Scanning for Industry and Construction in Welshpool

LiDAR scanner capturing a Welshpool industrial conveyor, with the equipment transitioning into a point cloud and 3D CAD model.

Measured site information for engineering, fabrication and construction

Blue 3D LiDAR scanner icon on a tripod with scanning waves

Industrial projects often begin with a simple question: Will the new work fit what is already there?

In a Welshpool workshop, that might mean checking whether a replacement machine fits between existing services and access routes. On a construction site, it might mean confirming the position of installed steelwork before a prefabricated assembly arrives. In an operating plant, it could mean measuring a conveyor transfer point without relying on drawings that no longer reflect the site.

Hamilton By Design provides 3D LiDAR scanning for industrial and construction projects in Welshpool, Western Australia. We capture existing conditions and turn the resulting point cloud into useful information for designers, project engineers, fabricators, builders and maintenance teams.

Our work can extend beyond the scan itself. Where required, we can develop 3D CAD models, as-built drawings, equipment layouts and mechanical design information to support the next stage of a project.

Why existing conditions matter in Welshpool

Welshpool is an established industrial area with engineering, manufacturing, fabrication, mining equipment, logistics and industrial service businesses. Its facilities include busy workshops, production spaces, warehouses and sites that have been altered as operational needs have changed.

In these environments, the available drawings may be incomplete or out of date. Equipment may have moved, a mezzanine may have been added, services may have been rerouted, or a fabricated component may differ from its original drawing. Even a small mismatch can affect installation when a new assembly must connect to existing plant.

A 3D LiDAR survey records visible site geometry as a point cloud. That gives the project team a measured reference for reviewing clearances, locating interfaces and planning modifications. It can also help people working from different locations discuss the same physical conditions before decisions are made.

The survey should be planned around the intended use of the data. A workshop layout, a building refurbishment and a replacement conveyor chute each require a different scan boundary and level of detail.

What can be scanned?

Depending on access and project scope, Hamilton By Design can capture:

  • Manufacturing and fabrication workshops
  • Industrial buildings and construction areas
  • Warehouses and distribution facilities
  • Existing machinery and equipment layouts
  • Conveyors, transfer points, chutes and hoppers
  • Structural steel and equipment support frames
  • Platforms, walkways, stairs and maintenance areas
  • Pipework, cable trays and surrounding services
  • Equipment foundations and installation zones
  • Building interiors, elevations and accessible external areas

The aim is to capture the geometry needed for a decision. If a project involves one machine replacement, scanning the machine footprint, surrounding services, access space and installation route may be more useful than scanning an entire facility.

LiDAR scanning for manufacturing and industrial plant

Welshpool businesses often need to modify equipment while keeping workshops or production areas in use. A proposed machine, skid, conveyor or platform must fit within an existing arrangement that may be crowded with other assets.

3D scanning can establish a measured record of that arrangement before design begins. The point cloud can be used to examine the available footprint, overhead obstructions, adjacent machinery and maintenance access. A proposed CAD model can then be reviewed against the captured site geometry.

This approach is useful for projects such as:

  • Installing or relocating machinery
  • Planning a production line change
  • Modifying a conveyor or transfer point
  • Replacing an obsolete equipment assembly
  • Adding guards or maintenance platforms
  • Designing around existing pipework and steelwork
  • Recording an area ahead of a shutdown

A scan cannot resolve every engineering question on its own. Equipment duty, loading, operating procedures, hazards and maintenance requirements still need to be established with the site team. The point cloud provides the geometric foundation for that work.

LiDAR scanning for construction and refurbishment

Construction projects also depend on reliable information about what has already been built. Existing walls, columns, floors, roof structures and services can affect a new installation or refurbishment. On an active site, conditions may change between the original design and the construction stage.

A 3D scan can support as-built documentation and coordination before detailed design or prefabrication. Designers can review the relationship between existing structure, services and proposed work. Builders and installers can identify areas that need further site checking before materials are ordered.

Typical applications include:

  • Industrial building alterations
  • Warehouse fit-outs
  • Plant-room upgrades
  • New equipment inside an existing building
  • Mezzanine and access modifications
  • Service coordination around installed assets
  • As-built records at a defined project stage

For construction use, the required deliverable should be agreed at the outset. Some teams need a registered point cloud to inspect. Others need plans, sections, elevations or selected features modelled in CAD. The appropriate output depends on the decisions the project team needs to make.

From point cloud to CAD and drawings

A point cloud is a detailed record of measured surfaces. It does not automatically become a finished engineering model or a fabrication drawing.

Hamilton By Design can use scan data to develop agreed Scan to CAD deliverables. Depending on the scope, these may include an existing-condition model, a mechanical equipment layout, general arrangement drawings, sections, elevations or references for fabrication.

We can also combine the measured site with proposed work. This allows a project team to review whether a new component fits the available space and how it relates to adjacent equipment. For mechanical upgrades, our Perth engineering and 3D scanning services can connect site capture with modelling, drafting and design support.

The modelling scope matters. It is usually more efficient to model the features relevant to a project than to convert every visible point into detailed CAD geometry.

Supporting Welshpool fabrication and mining equipment work

Fabricators and equipment repair businesses often receive incomplete information about the site where a component will be installed. A workshop can build an assembly accurately to the supplied drawing, yet still face problems if the drawing does not match the existing asset.

LiDAR scanning can help establish the surrounding arrangement before a new frame, chute, platform or equipment package is designed. Critical interfaces can then be identified for direct verification. The same measured information can support conversations between the site team, designer and fabricator.

For mining equipment and heavy industrial work, scanning may also help document the space around an asset before a repair or replacement. The choice of scanning method depends on the size of the item and the accuracy required. Terrestrial LiDAR is well suited to capturing larger environments; small components and tight-tolerance features may need closer-range measurement or metrology methods.

Planning an effective scan

A useful scan starts with a clear question. Before mobilisation, we would discuss:

  1. The project objective: What is being installed, changed, checked or documented?
  2. The scan boundary: Which equipment, structure and access routes affect the decision?
  3. The required outputs: Does the team need a point cloud, CAD model, drawings or a combination?
  4. Site access: Will the area be operating, isolated, under construction or available during a shutdown?
  5. Critical dimensions: Which connections or tolerances require separate verification?
  6. Data use: Who will review the information, and in which software or file format?

Obstructions and inaccessible surfaces can limit what a scanner records. Reflective materials, moving equipment and changing site conditions may also affect capture. We identify these limitations and agree how any important gaps will be checked.

Where a component must meet a specific fabrication or installation tolerance, the relevant dimensions should be verified for that purpose. A point cloud is a valuable measured reference, but it should not be treated as a blanket tolerance guarantee for every feature in the scene.

Practical information for the next stage

The value of a 3D survey comes from what the project team can do with it. A registered point cloud can help people revisit the area virtually and understand the relationship between assets. Selected CAD models and drawings can help translate that information into design and construction work.

Depending on the agreed scope, deliverables may include point cloud files, 3D models, general arrangements, sections and PDF drawing packs. We can discuss formats early so that the outputs work with the software and review process your team already uses.

For broader Perth projects, see our 3D LiDAR scanning services in Western Australia and 3D scanning services for industrial and construction work.

Frequently asked questions

Can you scan an operating industrial facility?

Potentially, yes. The survey method and timing depend on site access, movement of equipment, safety requirements and the area that must be captured. We would plan the work with the site contact before attendance.

Do you need to scan the whole building?

Usually not. The scan area should follow the project objective. A localised machine installation may require only the relevant part of the building, nearby equipment, services and the installation path.

Can you work from an existing point cloud?

Yes, subject to reviewing its coverage, registration, quality and suitability for the intended task. We can discuss whether additional site capture or dimensional checks are required.

Can you produce CAD drawings from the scan?

Yes. We can develop selected models and drawings from suitable scan data as part of an agreed scope. The required level of detail and critical interfaces should be defined before modelling begins.

Is LiDAR suitable for a small precision component?

Terrestrial LiDAR is primarily used for larger spaces and assets. A small part with tight tolerances may require a different scanning or measurement method. We can help identify an appropriate approach once the component and required accuracy are understood.

Discuss a Welshpool scanning project

If you are planning an industrial upgrade, construction modification, workshop layout change or equipment installation in Welshpool, contact Hamilton By Design. Tell us what you need to change, the area involved, the information already available and the deliverables your team needs.

We can then define a practical survey and documentation scope that supports the next engineering, fabrication or construction decision.

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3D Scanning Services in Perth

Explore services that support Welshpool industrial, fabrication and construction projects after site conditions have been captured.

Industrial 3D LiDAR Scanning in Perth

Capture existing plant, equipment, pipework and structures for upgrade planning, shutdowns and as-built documentation.

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Mechanical Engineering Services Perth

Develop practical mechanical upgrades for existing industrial plant, with fabrication and installation requirements in mind.

Explore mechanical engineering →

Mechanical, Structural and Pipework Drafting

Turn site information and engineering decisions into equipment layouts, general arrangements and fabrication drawings.

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3D Scanning for Structural Drafting

Use measured existing conditions to document steelwork, platforms and other structural interfaces for proposed modifications.

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SolidWorks Drafting in Western Australia

Develop mechanical CAD models and drawings for fabricated equipment, replacement assemblies and industrial modifications.

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Scan to BIM Services in Perth

Convert selected point-cloud information into models for construction coordination, spatial review and existing-asset documentation.

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Industrial Scanning for WA Mining

See how 3D scanning supports brownfield plant upgrades, equipment interfaces and shutdown planning across Western Australia.

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Reverse Engineering Industrial Equipment

Capture and model existing equipment when drawings are missing, components have changed or replacement work is being planned.

Explore reverse engineering →
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Mechanical Design for Conveyors in Kwinana

Conveyor transfer point in a Kwinana industrial plant with LiDAR and CAD overlays illustrating a proposed mechanical design upgrade.

Mechanical Design for Conveyors in Kwinana

Blue line icon of an industrial belt conveyor with rollers, support frame, gearbox and drive motor.

Conveyor changes need to work with the plant that is already there. Hamilton By Design provides mechanical design support for conveyors in Kwinana and Kwinana Beach, helping industrial teams plan modifications to transfer points, chutes, guarding, access and associated equipment.

A conveyor can appear straightforward on a general arrangement drawing. On site, its performance depends on how material enters and leaves the belt, the position of surrounding steel and services, available maintenance space, and the way components will be installed during a shutdown. A change to one transfer point can affect the equipment on either side.

We combine mechanical engineering, 3D laser scanning, CAD modelling and fabrication documentation to help maintenance managers, project engineers and fabricators develop practical conveyor upgrades. The work can begin with an existing problem, a proposed replacement or an ageing asset with incomplete drawings.

Conveyor engineering in Kwinana’s industrial environment

Kwinana’s industrial area includes process facilities, chemicals, minerals processing, energy infrastructure and bulk port operations. These facilities rely on equipment that can be maintained and modified within demanding operating schedules.

For a conveyor project, local conditions may include congested plant, limited shutdown access, abrasive or dusty material, marine exposure, established pipework and steelwork, and interfaces with other operating systems. These conditions need to be assessed for the particular site. They should not be assumed from a standard conveyor drawing.

Hamilton By Design can support the project from existing-condition capture through to mechanical design and drawings for fabrication. Our 3D laser scanning service in Kwinana provides measured site geometry where old drawings are missing or uncertain.

What conveyor components can we help design or modify?

  • Conveyor layouts and interfaces with existing equipment
  • Transfer chutes, hoppers, skirts and wear-liner arrangements
  • Drive, pulley, take-up and support-related mechanical layouts
  • Guards around accessible moving parts and maintenance areas
  • Access platforms, walkways and equipment-removal clearances
  • Replacement brackets, frames, covers and fabricated components
  • Installation arrangements for brownfield modifications
  • General arrangement and fabrication drawings

The design scope depends on the equipment and the problem being solved. A localised chute replacement requires different information from a complete conveyor redesign. We define the required calculations, site checks, specialist input and deliverables before detailed design begins.

Five common conveyor problems

1. Material does not transfer cleanly

Poorly controlled flow at a transfer point can contribute to spillage, dust, blockages and premature wear. The cause may involve the incoming trajectory, chute geometry, impact area, material properties, belt speed or the condition of existing equipment.

We can review the installed arrangement, capture relevant geometry and develop a proposed chute or interface modification in CAD. Depending on the scope, drawings can include liner layouts, replacement parts and fabrication details. Learn more about our chute and materials-handling engineering.

2. The proposed replacement may not fit

A new chute, drive assembly or platform can clash with existing steel, pipework, cable trays or access routes. The problem may only become visible after fabrication, when a shutdown crew is trying to install it.

Engineering-grade LiDAR scanning can establish the surrounding geometry before the new equipment is modelled. We can use the point cloud to review envelopes and likely clashes, then separately verify critical fabrication and installation dimensions. A scan is a strong starting point, but the tolerance of a critical connection must be confirmed for its intended use.

3. Wear makes maintenance too frequent

Abrasive material may wear through a chute, skirt or impact zone well before the rest of the conveyor reaches the end of its service life. Replacing the same component repeatedly may leave the underlying flow or access problem unresolved.

We can document the current arrangement, review reported wear patterns with the maintenance team and develop replaceable wear components or revised geometry. Inspection and removal access should be considered alongside the life of the component.

4. Guards are difficult to remove or leave hazards exposed

Conveyors include pulleys, belts, drives and other moving parts that can create entanglement and nip-point hazards. A guard needs to prevent access to the hazard while supporting the actual tasks performed by operators and maintainers.

Hamilton By Design can assist with measured guarding concepts and fabrication drawings. Guarding should be developed with the site’s task-based risk assessment, isolation procedures and machinery-safety requirements. Our machine guarding service explains this approach.

5. Maintenance access was overlooked

A component may fit the available space yet be difficult to inspect, lift out or replace. When designing a modification, we consider access to inspection points, fasteners, liners, guards and equipment-removal paths. The arrangement should also be reviewed against the site’s lifting and shutdown plan.

From site survey to fabrication drawings

For an existing conveyor, our workflow can be scaled to the project:

  1. Define the operating problem. Review material, duty, failure history, maintenance tasks and the proposed outcome with the site team.
  2. Capture existing conditions. Review available drawings and measure or scan the conveyor and surrounding interfaces.
  3. Develop design options. Model practical arrangements for flow, fit, wear, guarding and access.
  4. Check the design. Undertake agreed mechanical assessment and coordinate any required structural, electrical, process or specialist review.
  5. Prepare documentation. Issue general arrangements, part and assembly drawings, liner layouts or fabrication details suited to the agreed scope.
  6. Support implementation. Resolve design queries and record changes where fabrication or site installation requires them.

Depending on the project, we can provide registered point clouds, SolidWorks models, AutoCAD drawings, STEP files, PDF drawing packs and other agreed formats. Our Perth mechanical and industrial drafting service covers the drawing stage in more detail.

Standards and conveyor safety

Applicable standards must be selected for the conveyor type, site, hazards and design scope. The AS/NZS 4024 Safety of Machinery series includes conveyor-specific requirements and broader guidance for risk assessment and safeguarding. AS 1657 may be relevant to fixed platforms, walkways, stairs and ladders associated with access.

For a shiploader, stacker, reclaimer or other mobile bulk-handling machine, AS 4324.1 may be relevant to the design of its steel structure. Other mechanical, structural, electrical and hazardous-area requirements need to be established with the responsible disciplines.

Design work also needs to align with the operator’s plant-risk assessment, isolation procedures and management of change. Drawings alone cannot control how a conveyor is cleaned, operated or maintained. The site team must review the proposed arrangement against the tasks people actually perform.

Who we support

Our conveyor design support is intended for Kwinana maintenance teams planning a replacement, project engineers developing a plant upgrade, fabrication workshops needing reliable drawings, and operators reviewing transfer performance, wear or access.

For port and bulk-handling equipment, our shiploader 3D scanning page explains how measured data supports modifications to conveyors, chutes, booms and access systems. Our Perth mechanical engineering page covers wider brownfield design support.

Frequently asked questions

Can you design a replacement chute for an existing conveyor?

Yes, subject to the information available and an agreed scope. We would review the existing geometry, material and operating problem before developing the replacement arrangement and drawings.

Do you need to scan the whole conveyor?

Not always. A localised modification may only require the transfer point, adjacent equipment and installation path. A wider upgrade may need more extensive capture. The scan boundary should follow the design decision.

Can you work from old drawings?

Yes, but critical interfaces should be checked against the physical asset before fabrication. Existing drawings are useful references even when later site modifications have made them incomplete.

Can you provide fabrication drawings?

Yes. Depending on the scope, deliverables may include general arrangements, assembly and part drawings, liner details and installation references. The required tolerances, materials and review responsibilities should be agreed before issue.

Can you review conveyor guarding?

We can assist with mechanical guarding concepts, site measurement and drawings. The final control strategy must account for the equipment, access frequency, maintenance tasks, isolation arrangements and applicable machinery-safety requirements.

Discuss a conveyor project in Kwinana

If a conveyor, transfer chute or guarding arrangement in Kwinana needs modification, contact Hamilton By Design. Send the site location, photographs or drawings, material handled, current problem, shutdown window and the outcome you need. We can then define the survey, engineering and drawing scope.

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Mechanical Engineering Services Perth | Engineer-Led Industrial Support
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Scan to CAD Perth

Explore Hamilton By Design services for conveyor upgrades, transfer chutes, guarding, site measurement and fabrication documentation in Kwinana and across Western Australia.

Mechanical Engineering Services Perth

Engineer-led support for brownfield plant modifications, equipment replacement and fabrication-driven projects.

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Shiploader 3D Scanning Perth

Capture conveyors, transfer chutes, access systems and surrounding port equipment before an upgrade or shutdown.

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Mechanical and Industrial Drafting Perth

General arrangements, assembly drawings and fabrication details for conveyors and other industrial equipment.

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Scan to CAD Perth

Convert measured point clouds into CAD models and drawings for conveyor interfaces and existing plant.

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Chute and Materials-Handling Engineering

Develop transfer chutes, wear components and practical modifications for existing bulk-handling systems.

Explore chute design →

Digital Engineering for Conveyors

See how laser scanning, point clouds and 3D models support conveyor design, upgrades and installation planning.

Explore conveyor workflows →

Machine Guarding Design

Review moving-part hazards and develop guarding arrangements that consider operation, cleaning and maintenance.

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3D Scanning and Engineering Kwinana

Local scanning, as-built CAD, reverse engineering and mechanical design support for Kwinana industrial plant.

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