Hydrographic Surveys and Reports for Industrial Water Infrastructure
Water Resources

Hydrographic Surveys, Bathymetry & Sediment Evaluations

Replace underwater assumptions with measured asset data

Hydrographic-Services_Studies_Assessments_Reports_Evaluations

Our hydrographic performance approach

Matching survey confidence, field methods, and interpretation to project outcomes

Hydrographic assessment depends less on the survey platform than on how the data is scoped, controlled, interpreted, and applied. The greater technical challenge is converting raw survey data into capacity, sediment, geometry, or change estimates that engineering, regulatory, operational, and capital teams can rely on.

Each assessment right-sizes the survey method to the project decision, site conditions, and required confidence level. USVs, crewed vessels, UAVs, RTK/PPK GNSS, GIS, and available client datasets or monitoring systems are integrated where appropriate to create a consistent topographic and bathymetric basis from shoreline to basin floor. Outputs are tied to site control, assessed against stated limitations, and structured for continued use across design, monitoring, intervention planning, verification, and long-term asset management.

Water Resource Assessments, Studies and Consulting Services
Service Outcomes

Measured conditions that support asset decisions

Each assessment is structured around the question the asset owner needs to answer, with the confidence level and technical limitations stated alongside the results.

Water Resource Assessments, Studies and Consulting Services
Sustained Performance

Build an asset history that improves with every survey

A hydrographic survey becomes more useful when its results remain comparable over time. Repeat assessments referenced to a consistent control basis reveal capacity loss, sediment movement, shoreline change, and post-intervention performance instead of producing disconnected snapshots.

The resulting asset record can continue to inform water management planning, dredging and treatment design, site monitoring, regulatory compliance, infrastructure assessment, system upgrades, and closure or reclamation as operating conditions and asset responsibilities change.

Water Resource Assessments, Studies and Consulting Services

explore our latest projects

Water Resource Assessments, Studies and Consulting Services
Regulatory Engagement and Liaison Services for Industrial Project Development
Riverbank Filtration Water Intake Design & Installation
Groundwater Monitoring Program Data Review & Optimization Recommendations
Regional Water Conservation Plan
Riverbank Filtration Water Intake Feasibility
Power Generation Infrastructure Development and Equipment
Groundwater Well Installation & Hydrogeological Evaluation
Dam Consequence of Failure
Wastewater Treatment Plant Environmental Impact Study
Resorts and Hospitality Water Infrastructure Development and Equipment
Aquatic Receiving Environment Monitoring Program Design & Execution
Fish Habitat Mapping & Fish Screen Design Specifications

Bathymetric and Aerial Surveys to Quantify Sludge and Freeboard Across 6 Effluent Ponds

Integrated Sustainability surveyed 6 effluent ponds using bathymetric sonar and aerial drones to quantify sludge accumulation and freeboard for monitoring, maintenance, and treatment planning.

Flow Modelling and Water Availability Assessment for Regional Water Security Planning

Integrated Sustainability completed a hydrological assessment of a 296 km² lake catchment, modelling seasonal flows, water availability, and cumulative withdrawals to support regional water security planning.

Paper & Pulp Mill Water Intake Upgrade to 25,000 m3/d

Integrated Sustainability upgraded a British Columbia pulp and paper water intake using a riverbank filtration (RBF) system, delivering 25,000 m³/d through four vertical wells while improving supply reliability.

Groundwater Monitoring Standard Procedure Development

Integrated Sustainability finalized a groundwater monitoring procedure, standardizing trend evaluation, well classification, quality checks, and reporting requirements across monitored wells.

Long Term Water Conservation Strategy for Rural and Municipal Water Systems

Integrated Sustainability developed a regional water conservation plan across multiple communities, translating water use, infrastructure, and policy data into staged conservation measures and implementation priorities.

60,000 m3/d Water Intake Technology Evaluation

Integrated Sustainability evaluated three sites and multiple intake technologies for a 60,000 m³/d raw water supply, selecting riverbank filtration to reduce in-river construction and simplify approvals.

25, 50, and 100-year event hydrologic modelling review for a solar farm

Integrated Sustainability reviewed hydrologic and drainage modelling for a solar energy development, providing expert witness support on runoff, snowmelt, flood events, and mitigation assumptions.

Aquifer Sourcewater Suitability Assessment Supporting Industrial Operations Expansion

Integrated Sustainability developed and licensed a new groundwater supply well, confirming aquifer capacity and water quality to provide backup supply and replace two aging wells.

Raw Water Reservoir Safety Assessment for a Municipality in British Columbia

Integrated Sustainability completed a Dam Consequence of Failure Classification for a proposed raw water reservoir, assessing downstream impacts to people, infrastructure, and environmental and cultural values.

Environmental Impact Study to Assess Effluent Discharge

Integrated Sustainability completed an Environmental Impact Study for rural wastewater discharge, combining aquatic baseline assessment, dilution modelling, and monitoring design to evaluate receiving water impacts.

Blue Economy Policy Framework & Strategic Action Plan for Barbados

Integrated Sustainability developed Barbados’ Blue Economy policy framework and strategic action plan, aligning energy, fisheries, coastal management, and water resources with climate resilience and economic growth.

Risk Exposure Environment Monitoring for Paper and Pulp Mill Effluent Compliance

Integrated Sustainability developed and executed an aquatic receiving environment monitoring program for a pulp and paper mill, assessing 15 stations to support permit compliance and aquatic health evaluation.

Fish Habitat Assessment and Intake Screen Design for Surface Water Diversions

Integrated Sustainability supported water licence compliance across three diversion points, preparing Department of Fisheries and Oceans Canada reviews and assessing intake infrastructure, fish screening, and habitat requirements.
Hydrographic Surveys and Reports for Industrial Water Infrastructure

When would you recommend multi-beam over dual-frequency single-beam?

Multi-beam is our default for nearly all bathymetric mapping — it gives significantly greater coverage, detail, and confidence. Dual-frequency single-beam becomes the right tool specifically when the question is sediment or sludge volume, since it’s the instrument that distinguishes soft sediment from the hard basin floor underneath it. The two are often used together: single-beam as an independent check shot against a multi-beam survey.

When is an uncrewed platform the right call versus a manned survey vessel?

Uncrewed platforms are suited to smaller basins, creeks, and sites where safety, water quality, or minimal disturbance rule out putting a person in the water. Manned platforms cover more ground per day and handle larger, more sheltered water bodies, debris, vegetation, and current better. The choice is made against site conditions, not a default preference for one platform.

What confidence level should I expect from a survey result?

Every survey carries a stated confidence level as part of an internal QA process, tied to the instrument and method used — not an unsupported accuracy claim, and not held to a navigational-charting standard your decision doesn’t actually require.

Is there a site or situation where a hydrographic survey isn’t the right method?

Yes. Coverage rate, endurance, and access limitations are disclosed plainly during scoping, including cases where a hydrographic survey isn’t the appropriate way to answer your question — we’d rather flag that upfront than have it surface as a limitation on site.

How is this different from a provider who has similar equipment?

Equipment access is the easy part — comparable hardware is available to most providers in this market. The differentiator is the interpretive step: turning raw sonar and positioning data into a number that holds up to engineering, regulatory, or financial scrutiny. That comes from a body of completed, cross-client work, not from the instrument itself.

Lifecycle Accountability for Industrial Water Assets

Combine deep technical expertise with execution and operational experience

Complex and high-consequence industrial projects require a practical mindset to enable agile development and positive environmental outcomes.

Our vertically integrated water services platform combines science, engineering, equipment fabrication, and operations to provide fit-for-purpose assets that drive accountability and performance.

Water Resource Assessments, Studies and Consulting Services

Replace subsurface assumptions with measured asset data

Engage with our specialists to understand how subsurface conditions are shaping feasibility, operational risk, or compliance decisions.