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Cloudbreak Mine Dewatering Project
Survey and GIS support for Pilbara mine dewatering works, including pipeline set-out, bore surveys, Saline Retention Pond construction survey, machine control support, UAV capture, as-constructed records, weld traceability maps and environmental/heritage demarcation.
The Cloudbreak Mine Dewatering Project required survey and GIS support across a large dewatering network in the Pilbara. Noble Surveys supported a contractor delivering works under FMG project requirements with pipeline set-out, trench and pipe alignment, bore surveys, Saline Retention Pond (SRP) construction survey, machine control support, UAV capture, GIS records and as-constructed survey data.
SRPs are small dam-style ponds constructed to hold excess water from the dewatering pipe network. Survey and spatial workflows helped the project team manage construction around environmental and heritage constraints, with marked-up exclusion areas, field demarcation, weld traceability maps and progress reporting keeping site and office teams aligned.
Project imagery
Field crews supported dewatering pipelines, SRPs, bores, exclusion areas and UAV capture. These images highlight portions of the Cloudbreak Mine dewatering works.
Scope of work
Survey coverage for Cloudbreak dewatering delivery
The dewatering scope stretched across remote alignments, SRP footprints and bore sites. Noble Surveys coordinated survey crews, GIS data and UAV capture so every workfront referenced consistent information and construction tolerances.
- •Dewatering pipeline and network set-out across active mine work areas.
- •Trench and pipe alignment surveys to support installation and construction records.
- •Injection and extraction bore surveys for dewatering infrastructure.
- •Saline Retention Pond (SRP) construction survey and as-constructed survey records.
- •Machine control support and model issue records for earthworks and trenching.
- •UAV capture for progress review, quantities and spatial context.
- •Heritage and environmental exclusion demarcation using survey and GIS workflows.
- •Weld traceability maps linked to pipeline construction records.
- •GIS and spatial data support for field teams, project managers and office review.
Survey methods & technology
Survey technology supporting dewatering workfronts
Combining Trimble GNSS, total stations, UAV capture, GIS workflows and machine control support helped pipeline, bore and SRP works remain tied back to the agreed reference system while spatial data moved between field and office teams.
- •Trimble GNSS RTK workflows for set-out, pickups and as-constructed survey records.
- •Total station support where higher-precision checks were required for bores and tie-ins.
- •UAV capture programmed for progress review, quantities and spatial awareness.
- •GIS workflows, including ArcGIS/Field Maps style layers, to support exclusion boundaries and project records.
- •Machine control file generation and model updates for trenching and SRP earthworks.
- •TBC and Civil 3D processing to manage design data, surface comparisons and deliverable preparation.
Reporting & deliverables
Survey documentation prepared for review
Deliverables were structured so contractors, superintendents and mine-owner teams could review progress, quantities and QA evidence from structured project records.
- •Set-out records for dewatering pipelines, bores, SRPs and supporting infrastructure prepared for review.
- •As-constructed survey data for the pipeline network, SRP construction and bore locations.
- •Machine control files, model issue logs and change notes for trenching crews.
- •GIS layers, spatial exports and marked-up exclusion areas shared with field teams and office stakeholders.
- •Weld traceability maps aligned to pipeline stationing and chainage references.
- •Progress reporting, weekly summaries and trench/pipeline quantity information for contractor review.
- •UAV outputs supporting progress discussions, quantity checks and spatial context.
- •Documentation prepared for contractor, superintendent or mine-owner review.
Project challenges
Coordinating survey across dewatering networks
Crews managed evolving alignments, SRP construction and exclusion boundaries while staying aligned with FMG project requirements and contractor delivery timelines.
- •Complex dewatering pipe network installation across large Pilbara work areas.
- •Working around environmental and heritage constraints while maintaining clear survey records and field demarcation.
- •Maintaining visible exclusion areas through field demarcation and spatial data references.
- •Coordinating construction set-out, machine control, GIS records and as-constructed data.
- •Managing survey records across changing site conditions, design updates and overlapping workfronts.
- •Coordinating SRP construction survey and as-constructed records for water retention infrastructure.
Outcome
Survey and GIS workflows helped the project team manage dewatering installation around environmental and heritage constraints. As-constructed records, GIS layers, weld traceability maps and progress reporting improved visibility across the pipe network, SRPs, exclusion areas and construction workfronts.
Related services & region
Related survey services for dewatering projects
These services supported the Cloudbreak dewatering project and are commonly used on similar Pilbara mining, dewatering and infrastructure works.
Mining surveys
Set-out, QA, dewatering corridor support and project documentation in active mines.
Explore Mining surveys→Construction surveys
Control, trench alignment and structural set-out for SMP and NPI packages.
Explore Construction surveys→Machine control
Model preparation, uploads and validation for trenching and SRP earthworks.
Explore Machine control→UAV surveys
Progress capture, volume checks and spatial context for dewatering works.
Explore UAV surveys→As-built surveys
As-constructed documentation prepared for review across pipelines, SRPs and bores.
Explore As-built surveys→Need survey and GIS support for mine dewatering works?
Send through your project location, dewatering scope, pipeline alignment, bore locations, SRP requirements, machine control requirements, UAV needs and reporting expectations. Noble Surveys can help confirm the right mix of mining survey, construction set-out, GIS support, UAV capture, machine control and as-constructed records for your project.