Enterprise Water Management & Stewardship Software with Water Insights™

Water is not a single enterprise total. Its operational meaning depends on where it is withdrawn, how it moves through tasks and stores, whether it is reused or recycled, what quality it carries and where it is discharged. Water Insights™ turns fragmented site records into governed, traceable water intelligence. Built on the Clear Carbon™ Platform, it connects withdrawals, transfers, storage, use, consumption, discharge and quality data to the physical water network, reconciles site balances and prepares MCA WAF-aligned accounts that map to ICMM water-reporting metrics. Accounts can also support disclosure under GRI 303: Water and Effluents and feed water scenarios in life cycle assessment under ISO 14046. Teams spend less time rebuilding spreadsheets and more time investigating imbalances, improving measurement and deciding where action can create the greatest operational and stewardship value.

WHY | Water Risk Cannot Be Managed as a Single Total

Water risk is determined by place, timing, quality and dependency—not volume alone. A cubic metre withdrawn from a water-abundant catchment during a wet period does not carry the same operational or stewardship significance as the same volume drawn from a stressed aquifer during drought. Water returned at a different quality is not equivalent to water consumed, and an acceptable portfolio total can conceal a critical site imbalance. The MCA Water Accounting Framework therefore places the account in its operating and catchment context, while the ICMM Water Stewardship Maturity Framework makes understanding water context, risks and opportunities one of five elements of water stewardship.

Global conditions make that local context increasingly important. The World Bank estimates that freshwater reserves have declined by 324 billion cubic metres a year over the past two decades—enough to meet the annual needs of 280 million people. UNESCO reports that roughly half of the world’s population experiences severe water scarcity during part of the year and that industry accounts for just under 20% of global freshwater withdrawals. In 2024, only one-third of global river basins recorded normal conditions, the sixth consecutive year of widespread imbalance. Yet only 11% of treated wastewater is reused, leaving significant resource-efficiency and resilience potential unrealised.

For an operator, these pressures arrive through bores, surface-water intakes, dams, tanks, pipelines, process circuits, cooling systems, washdown, dewatering, treatment plants, rainfall, evaporation and discharge points. The evidence may be divided among meters, SCADA, laboratory systems, groundwater monitoring, storage surveys, permits, utility invoices, contractors and spreadsheets. Different sites use different names, units, intervals, boundaries and estimation methods.

A broken water balance may result from a missed transfer, meter rollover, changing storage, an inaccurate rainfall or evaporation estimate, an allocation error—or a real physical loss. A discharge volume may sit apart from its quality result. An annual total may arrive too late to explain a monthly process change. When spreadsheet workflows detach figures from their source, method, confidence and approval history, teams cannot readily distinguish operational performance from data error.

The consequence is weaker judgement: which source creates the greatest dependency, which flow warrants investigation, where measurement should improve, whether a reuse circuit is underperforming, or where intervention can reduce risk without constraining production. Responsible water management therefore depends on a reconciled, context-rich view of the physical water network—not another consolidated total.

WHAT | A Governed Water Account Connected to the Physical Site

Water Insights™ converts distributed site-water evidence into a controlled representation of how water enters, moves through and leaves an operation. It connects sources, operational inputs, transfers, stores, treatment plants, tasks, outputs, Other Managed Water, water quality and supporting context in one governed information foundation. Each figure remains associated with its boundary, period, unit, source, quantification method, confidence, evidence and approval history.

Instead of asking environment teams to rebuild the water network and reporting logic each period, the solution maintains the relationships needed to understand withdrawal, use, consumption, discharge, storage change, reuse, recycling and imbalance. Local site names remain visible but map to common classifications and corporate hierarchies, enabling consistent aggregation and comparison without erasing the operational meaning behind each flow.

Water Insights™ is aligned specifically with the MCA Water Accounting Framework User Guide 2.0. It supports the complete WAF process: the water-network diagram and representation, data-collection summary, reconciled balance, Input–Output Statement and disclosure notes, Accuracy Statement, Statement of Operational Efficiencies and contextual information. The WAF was updated to align terminology with the ICMM Water Reporting: Good Practice Guide, 2nd Edition, allowing governed WAF data to map to ICMM metrics for operational withdrawals, Other Managed Water, discharge, consumption, water quality and water-stressed areas.

Three relevant technologies within the Clear Carbon™ Platform carry that workflow. Carbon Sense™ records, structures and validates source data. Impact Accounting™ applies WAF classifications, units, aggregation and water-balance logic. Emissions Prism™ converts the released account into consistent, evidence-linked reporting outputs.

Water Insights™ does not replace meters, SCADA, laboratory systems, sensors or hydrological models. It governs and transforms the information those environments produce. Site, environment, operations, sustainability, corporate and assurance teams can therefore work from the same released account while retaining the detail each role needs.

The outcome is more than efficient reporting. Teams gain a defensible basis for locating unaccounted water, improving measurement, comparing operational intensity, assessing reuse and recycling performance, investigating abnormal flows and deciding where stewardship action can create the greatest environmental and operational value.

HOW | From Site Water Network to Reconciled Account and Action

Water Insights™ follows five connected stages—define, record, classify, reconcile and improve—so the water account reflects the physical operation before it becomes a report.

1. Define the Boundary and Model the Water Network

The process starts with the operational facility boundary, accounting period and material water interactions. Sources, operational inputs, Other Managed Water, stores, tasks, treatment plants, internal transfers and outputs are represented as connected parts of the site water network. Site and catchment boundaries, source and destination, water quality, operational purpose and reporting period provide the context that turns an isolated flow into meaningful water information.

The MCA Water Accounting Framework recommends using site plans to identify the inputs, outputs, tasks, stores, treatment locations and catchments needed for the account. Modelling those relationships first helps expose omitted flows and prevents a corporate total from becoming detached from the physical system it is meant to represent.

2. Record and Validate the Evidence

Using Carbon Sense™, water and supporting operational data can be captured through configured integrations, scheduled imports, structured files and controlled manual submissions. Relevant evidence may include abstraction and transfer meters, SCADA records, laboratory and water-quality results, groundwater monitoring, dam and tank levels, storage surveys, rainfall, runoff and evaporation data, utility records, production information and controlled site logs.

Each record can retain its source system or file, record identifier, timestamp, original value and unit, site, asset, meter or sampling point, method, confidence and supporting evidence. Local identifiers are mapped to controlled terminology without discarding the original description.

Configured controls can identify missing readings, duplicate records, incompatible units, meter rollovers, gaps in time series, unexpected values, inconsistent periods and mismatches between connected meters or stores. Exceptions are isolated for specialist review rather than passing silently into the account. Automation focuses attention; the water professional determines whether to correct, estimate, accept or investigate the exception.

3. Classify Flows and Reconcile the Account

Validated records move into Impact Accounting™, where units, periods, boundaries, classifications, aggregation rules and balance logic are applied consistently. Flows are classified as Operational Inputs, Operational Outputs or Other Managed Water, then associated with the applicable source or destination and Water Quality Category. Measured, simulated and estimated quantities remain distinguishable, with high, medium or low confidence recorded as required.

The WAF states that measured flows and surveyed stores are preferred to simulated or estimated values unless the measured data contains a known error. Where measurement is incomplete, the method and confidence remain visible instead of an estimate being presented as equivalent to a meter reading.

For each boundary and period, the governing relationship is:

Water In = Water Out + Change in Storage

Transfer meters can be reconciled against receiving meters; opening and closing storage against recorded inflows and outflows; and site totals against invoices or other independent evidence. An imbalance is a prompt for investigation, not automatic proof of leakage. It may reveal missing metering, timing misalignment, storage uncertainty, an incorrect allocation, an incomplete flow or a genuine operational loss. Corrections and approved estimates retain their evidence and calculation history.

4. Produce WAF-Aligned and ICMM-Compatible Reporting

Through Emissions Prism™, the governed account can be transformed into the WAF outputs needed to explain both the quantity and the quality of the underlying information. These include the Input–Output Statement with disclosure notes, the Accuracy Statement showing proportions by quantification method and confidence, the Statement of Operational Efficiencies covering reuse and recycling, and contextual information about the operation and surrounding water system.

The same foundation supports the ICMM Water Reporting: Good Practice Guide. The WAF maps its flows to ICMM metrics for operational withdrawal, Other Managed Water withdrawal, total discharge, consumption and water quality, with additional context for sites in water-stressed areas.

Every reported figure remains traceable in both directions—from source evidence through classification, balance and statement, and from a reported result back to the meter, model, estimate, method and approval that created it. Reporting becomes an output of the governed water-management process rather than a separate spreadsheet reconstruction.

5. Turn the Reconciled Account into Operational Insight

Once the balance is controlled, the same dataset can be analysed by site, process, task, source, destination, asset or period. Teams can monitor withdrawals, outputs, storage movement, imbalance, reuse, recycling, water quality and intensity against production or other operational drivers.

Trend and source-level analysis helps people distinguish a real change in water performance from altered throughput, rainfall, storage, measurement or accounting treatment. They can identify abnormal consumption, recurring data gaps, unreliable estimates, transfer losses, underperforming reuse circuits or discharge issues—and choose whether the next action should be better metering, maintenance, process investigation, operational change or a stewardship initiative.

Technology carries the repetitive burden of collecting, mapping, validating, reconciling and reconstructing the account. Water specialists retain control of context and judgement, with more time to understand what the water network is showing and decide where action will deliver the greatest value.