Water Monitoring

Groundwater Monitoring Programs

Anticipating groundwater change before it constrains operations

Groundwater conditions can shift as production, infrastructure, materials, and site water balances evolve. Monitoring programs built around historic assumptions may no longer provide enough confidence for compliance, operational, or asset decisions. Groundwater monitoring programs provide ongoing visibility into subsurface change, helping asset teams recognize developing conditions while response options remain open. Challenges we help resolve include:

Groundwater behaviour begins to diverge from baseline assumptions, creating uncertainty around compliance status, operational limits, or subsurface risk.
Groundwater monitoring originally established for compliance must now support operational continuity, resource security, or long-term asset risk decisions.
Monitoring results suggest interaction between groundwater and waste materials, fill, or engineered systems, requiring interpretation beyond level data alone.
Sampling results raise questions around contaminant sources, mobility, or geochemical processes that cannot be resolved through standard monitoring approaches.
Legacy monitoring networks no longer reflect current site use, materials, or hydrogeologic conditions, reducing confidence in trend interpretation.

identify & control groundwater risk by anticipating change and building for flexibility

When groundwater intersects with operations, materials, and regulatory limits, risk exposure shifts from data collection to data interpretation. In these scenarios, program durability depends on leveraging the right expertise at the right time, without resetting assumptions or overcompensating for isolated results.

Our groundwater monitoring program data streams are reviewed through a multidisciplinary lens that draws on scientific, engineering, and operational experience to better understand the practical implications of the observed changes. Where signals intersect with production systems, we apply additional internal expertise to distinguish benign variation from emerging risk, allowing responses to remain proportionate as complexity increases.

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service outcomes

De-risk subsurface uncertainty

We design and interpret monitoring networks, sampling strategies, and data outputs so subsurface behaviour is understood in context.

We hold professional licences across Canada and the Americas and are comfortable supporting complex, high-consequence industrial projects under tight regulatory requirements.

Network design and review

Review and refine monitoring well locations and coverage so observed groundwater behaviour reflects site conditions and risk pathways.

Defensible sampling strategies

Define sampling parameters and frequency, supported by laboratory analysis where needed, to distinguish geochemical processes from emerging risk.

Trend and exceedance interpretation

Interpret groundwater data relative to baseline assumptions, thresholds, and regulatory commitments.

Monitoring program evolution

Adjust monitoring design as conditions, infrastructure, or regulatory requirements change without losing continuity.

integrated expertise

Aligning groundwater interpretation across decision-makers

Groundwater monitoring outputs are structured as shared technical references so subsurface behaviour is interpreted consistently across regulatory, environmental, and asset management decisions. Monitoring design, assumptions, limits, and interpretive criteria are made explicit, allowing responsibilities to shift while maintaining accountability for how groundwater behaviour is understood and acted upon.

Frames groundwater behaviour against operating limits and constraints, supporting early identification of conditions that may affect production uptime or dewatering performance.

Links groundwater trends, key parameters, and threshold exceedances to environmental limits and approval conditions, supporting defensible interpretation during regulatory review.

Assesses whether groundwater behaviour affects long-term resource security, introduces subsurface risk, or signals the need for changes to monitoring networks or capital planning.

sustained performance

Maintaining subsurface compliance confidence

As monitoring program data builds, our teams translate observed groundwater behaviour into compliance-ready interpretation aligned with approval conditions, reporting requirements, and regulator expectations.

Data outputs are structured for direct use within regulatory reporting systems and online submission portals, with interpretation framed to reflect how regulators assess trends, trigger responses, and compliance status over time. This ensures exceedances, variability, and uncertainty are communicated in a way that supports regulatory decision-making and maintains continuity between approvals, monitoring outcomes, and ongoing confidence.

Climate Resiliency Sustainability Strategy

Groundwater Monitoring Plan Development, Well Installation, Sampling & Reporting

Mine Site Water Treatment Plant Inspection

Groundwater Monitoring Program Data Review & Optimization Recommendations

Aquatic Receiving Environment Monitoring Program Design & Execution

Annual Performance Inspections of Water & Wastewater Systems

Freshwater Storage Reservoir Inspection & Change Detection Analysis

Groundwater Monitoring Program for 14 Industrial Sites and 2 Leachate Points

Integrated Sustainability implemented long-term groundwater monitoring across 2 landfill sites, including monitoring plan development, well installation, tri-annual sampling, and statistical water quality assessment.

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Inspection of Lime High Density Sludge Treatment System for Dissolved Metals Removal

Integrated Sustainability inspected and optimized a high-density sludge mine water treatment plant, completing troubleshooting, chemical dosing adjustments, instrumentation support, and retrofit planning for 40 m³/hr throughput.

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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.

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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.

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Inspection of 86 Remote Water and Wastewater Systems Across 31 Indigenous Communities

Integrated Sustainability completed annual performance inspections of 86 water and wastewater systems across 31 Indigenous communities, assessing treatment performance, operational needs, and community-specific concerns.

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Embankment Stability and Liner Integrity Assessment Using Drone Based Topographic Survey

Integrated Sustainability assessed a freshwater reservoir using visual inspection and drone-based change detection to evaluate embankment stability, liner integrity, and structural condition.

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Routine sampling focuses on data collection. Groundwater monitoring programs define how sampling results are interpreted, compared, and relied on over time by establishing monitoring objectives, network design, and interpretive criteria tied to regulatory and risk decisions.

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Yes, where required. Monitoring programs may include evaluation of existing wells and the design or installation of new wells when current networks do not adequately represent site conditions or regulatory needs.

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Groundwater studies and models often establish initial assumptions or design bases. Monitoring programs operationalise those assumptions by testing them against observed groundwater behaviour over time and refining understanding as conditions change.

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The first step is to assess observed changes in the context of existing baselines, site conditions, and operating assumptions. Short-term variability or seasonal effects do not always justify a long-term program. Monitoring becomes appropriate when changes cannot be explained confidently using existing data, or when future decisions depend on understanding trends over time. In these cases, a structured program helps confirm whether observed behaviour represents normal variability or a sustained shift.

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Groundwater monitoring is often used alongside passive and enhanced-passive treatment strategies to define influent conditions, flow variability, and geochemical behaviour over time. Monitoring data helps test whether treatment assumptions remain valid under changing conditions and identify when system performance may be affected. Where interpretation requires it, targeted laboratory analysis is applied to distinguish process-driven change from variability, supporting timely adjustment to treatment design or operation rather than reactive response to performance issues.

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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.

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