AquaVerify
AquaVerify helps industrial plants coordinate control points, sampling, microbiology kits, laboratories, reports and corrective actions across intake, treatment, process, cooling, cleaning, reuse and discharge circuits.
Industrial process water monitoring with digital traceability
In a plant, water can be a technical raw material, process fluid, thermal utility, cleaning agent, reclaimed water or effluent. When data lives across emails, spreadsheets and separate laboratory portals, it becomes difficult to respond quickly to a deviation and prove what was done, when and by whom.
AquaVerify turns process water control into an ordered, auditable workflow. Teams can see where the sample was taken, which method was used, which result was obtained, which asset or line is affected and what action was opened afterwards.
The workflow keeps a traceable thread between the physical point, sample, analytical method, result, review and operational decision.
Each role looks at water from a different priority. AquaVerify keeps common traceability so every team works from the same evidence.
The plan can adapt to each facility, from simple circuits to multi-site operations with external laboratories.
Modules can be combined according to plant type, sample volume, laboratory model and the team’s digital maturity.
The project can start with a priority circuit and scale toward a multi-site view with comparable indicators.
The system adapts to routine controls, incidents, improvement projects and group-level reporting.
The applicable scope depends on the country, matrix, water use, installation type and internal company requirements. AquaVerify helps organize evidence without replacing the regulatory assessment of the site owner, laboratory or technical advisor.
Glossary
Glossary terms that help connect the sector workflow with sampling, microbiology, traceability and reporting.
Explore the technical glossary
Process water is water used within an industrial or food operation as an ingredient, contact water, cleaning water, cooling water, recirculation water or process support.
Sector relevance: Useful for selecting the right method, product family, sampling point, report or traceability workflow in water quality programs.
A biofilm is a microbial community attached to a surface and protected by an extracellular matrix. In water networks it can act as a reservoir of microorganisms and contribute to recontamination.
Sector relevance: Useful for selecting the right method, product family, sampling point, report or traceability workflow in water quality programs.
CIP is cleaning in place of industrial lines, equipment or circuits without full disassembly. Rinse or process water may require microbiological control.
Sector relevance: Helps connect process hygiene, recirculation, treatment, sampling points and documented follow-up.
Reclaimed water is treated wastewater reused for authorized applications such as agricultural irrigation or other uses defined by regulation.
Sector relevance: Useful for selecting the right method, product family, sampling point, report or traceability workflow in water quality programs.
Wastewater is water affected by domestic, industrial or process use before treatment or discharge. It can indicate microbial load, source pressure and treatment needs.
Sector relevance: Useful for selecting the right method, product family, sampling point, report or traceability workflow in water quality programs.
Chlorination is a disinfection step that uses chlorine compounds to reduce microbial risk. Its effectiveness depends on dose, contact time, water quality and target organisms.
Sector relevance: Useful for selecting the right method, product family, sampling point, report or traceability workflow in water quality programs.
UV disinfection uses ultraviolet light to inactivate microorganisms. Performance depends on UV dose, water transmittance, lamp condition, hydraulics and target organism.
Sector relevance: Useful for selecting the right method, product family, sampling point, report or traceability workflow in water quality programs.
Turbidity is the cloudiness of water caused by suspended particles. It can affect treatment performance, disinfection efficiency and interpretation of water-quality changes.
Sector relevance: Useful for selecting the right method, product family, sampling point, report or traceability workflow in water quality programs.
A terminal point is the final outlet or point of use in a water system, such as a tap, shower, hose or process connection where exposure or sampling may occur.
Sector relevance: Useful for selecting the right method, product family, sampling point, report or traceability workflow in water quality programs.
ISO 5667-1 is a general standard on designing water sampling programs and sampling techniques.
Sector relevance: Useful for selecting the right method, product family, sampling point, report or traceability workflow in water quality programs.
It can be configured for multiple matrices and uses: intake, internally treated water, recirculation, cooling, cleaning, reuse or effluent. The final scope depends on the control plan and technical requirements of each plant.
No. AquaVerify does not replace the laboratory or define the accredited scope by itself. It connects requests, samples, methods, results, CoA, evidence and follow-up so the workflow is more traceable.
Yes. The system can organize different sites, laboratories, methods, users and report formats within a shared workflow.
It can incorporate modules and workflows for somatic coliphages when the analytical plan requires them, especially in matrices where a complementary indicator of fecal or viral contamination is needed.
The team can record context, result, criterion, affected asset, owner, corrective action, resampling, attachments and documented closure.
It can support traceability of points, results, evidence and actions in installations with aerosol-associated risk. The applicable plan must be defined according to regulation and technical judgement.
Yes. It organizes sites, assets, users, laboratories, results and reports so teams can compare trends and maintain common criteria.
It usually starts with an inventory of points, circuits, matrices, frequencies, methods, laboratories, owners and decisions that depend on each result.
