Yes. For a water utility, I would put LabWare LIMS at the top of the shortlist, with Thermo Fisher SampleManager and STARLIMS as the strongest alternatives.

The key is that a utility LIMS is different from a generic research or clinical LIMS. You want strong support for drinking-water/wastewater sampling, chain of custody, regulatory holding times, EPA/state reporting, routine chemistry and microbiology, instrument integration, QA/QC, field sampling, and auditability.

My shortlist

1. LabWare — my first choice

LabWare is particularly compelling for a water utility because it has a dedicated Water & Environmental solution rather than merely adapting a generic LIMS. Its functionality covers sample scheduling and collection, reception, test allocation, sample routing, specification checking, instrument integration, QC, calibration, analyst certification, audit trails, reporting, and environmental monitoring.

It also has a notable water-utility customer footprint, with examples including Scottish Water, Sydney Water, Rand Water, Massachusetts Water Authority, and Orange County Sanitation District.

Why I'd favor it: if you're running a substantial utility laboratory, I'd prioritize proven water workflows and configurability over having the newest-looking interface.

2. Thermo Fisher SampleManager

Thermo Fisher Scientific's SampleManager is a serious alternative, particularly if your laboratory has a lot of instrumentation and wants deep automation and enterprise integration.

Thermo Fisher specifically addresses water and environmental testing, including the need to schedule sampling, manage collection runs, capture field information, analyze samples, and maintain quality-control records.

Its broader LIMS platform emphasizes sample management, chain of custody, instrument integration, workflow automation, reporting, dashboards, and standards-based APIs.

I'd choose SampleManager over LabWare if your utility has unusually sophisticated instrument automation or already has a significant Thermo Fisher informatics footprint.

3. STARLIMS

STARLIMS is another strong enterprise option. Its environmental LIMS supports the complete sample lifecycle, traceability, environmental testing, predefined SOP workflows, EPA methodologies, and testing certifications.

Strength: highly configurable regulated workflows.

Potential concern: I'd want to see a real water-utility implementation—not just a generic STARLIMS demonstration—before putting it ahead of LabWare.

4. LabVantage

LabVantage is worth putting into an RFP, particularly if you're looking beyond traditional LIMS toward a broader laboratory-informatics platform.

I'd investigate it particularly if you want LIMS + ELN/SDMS/data-management capabilities rather than simply replacing your existing laboratory sample/result system.

5. CloudLIMS

For a smaller utility or a laboratory that doesn't want a large, lengthy enterprise implementation, CloudLIMS is interesting. It offers a preconfigured water/wastewater LIMS with electronic chain of custody, holding/turnaround-time tracking, instrument calibration and maintenance, staff competency management, barcode tracking, QC, and reporting.

The tradeoff: I'd be much more cautious about choosing a smaller SaaS LIMS for a large utility without first validating its regulatory reporting, integrations, scalability, security, disaster recovery, data ownership, and long-term vendor viability.

What I'd put in your requirements

For a water utility, these are the capabilities I'd make mandatory, not merely "nice to have":

• Field sampling management — sampling plans, locations, schedules, collectors, bottles, preservatives, field measurements.
• Electronic chain of custody from collection through final disposition.
• Holding-time management with automatic alerts.
• Drinking-water and wastewater regulatory workflows, including EPA and state requirements applicable to your programs.
• Method management for EPA, Standard Methods, SM/ASTM and utility-specific methods.
• Automated QA/QC — blanks, duplicates, spikes, LCS/LCSD, control charts, QC acceptance rules.
• Instrument interfaces so analysts aren't manually transcribing results.
• Barcode/RFID support for samples and containers.
• Result validation and review/approval workflows.
• Audit trails and electronic signatures.
• Certification/training management for analysts.
• Instrument calibration and maintenance.
• Regulatory reporting and EDD generation.
• GIS/location integration, if you want sample results associated with distribution-system assets or sampling points.
• API integration with your SCADA, CMMS/EAM, GIS, customer information system, data warehouse, and document/QMS systems.
• Dashboards and trend analysis for parameters such as chlorine, turbidity, pH, TOC, microbiology, metals, nutrients, etc.
• Multi-laboratory support if you operate multiple facilities.
• Strong data export/API capabilities so you don't end up locked into the vendor.

The biggest mistake I'd avoid

Don't let vendors give you a generic "LIMS demo."

Ask each vendor to demonstrate your actual water-utility workflow:

Sampling plan → field collection → electronic COC → sample receipt → holding-time calculation → test assignment → instrument result → QC validation → analyst review → supervisor approval → regulatory report → long-term trend/dashboard. Then give them several deliberately difficult scenarios: a missed holding time, failed QC, reanalysis, split sample, sample rejection, amended result, instrument failure, and an out-of-limit drinking-water result.

That will tell you considerably more than a polished sales presentation.

My recommendation

If I were building the initial RFP today, I'd make the core competition:

LabWare vs. Thermo Fisher SampleManager vs. STARLIMS, with LabVantage as the fourth enterprise bidder.

For a medium-to-large U.S. water utility, my starting position would be LabWare. It has the most directly relevant water/environmental positioning and an established utility customer base.

If you tell me (1) approximate number of samples/year, (2) drinking water vs. wastewater vs. both, (3) number of labs, (4) whether you're a municipal utility, and (5) what system you're replacing, I can narrow this down to a 2–3 vendor recommendation and build you a LIMS evaluation/RFP scorecard with weighted criteria and suggested questions for each vendor.

3. STARLIMS

STARLIMS is another strong enterprise option. Its environmental LIMS supports the complete sample lifecycle, traceability, environmental testing, predefined SOP workflows, EPA methodologies, and testing certifications.

Strength: highly configurable regulated workflows.

Potential concern: I'd want to see a real water-utility implementation—not just a generic STARLIMS demonstration—before putting it ahead of LabWare.

4. LabVantage

LabVantage is worth putting into an RFP, particularly if you're looking beyond traditional LIMS toward a broader laboratory-informatics platform.

I'd investigate it particularly if you want LIMS + ELN/SDMS/data-management capabilities rather than simply replacing your existing laboratory sample/result system.

5. CloudLIMS

For a smaller utility or a laboratory that doesn't want a large, lengthy enterprise implementation, CloudLIMS is interesting. It offers a preconfigured water/wastewater LIMS with electronic chain of custody, holding/turnaround-time tracking, instrument calibration and maintenance, staff competency management, barcode tracking, QC, and reporting.

The tradeoff: I'd be much more cautious about choosing a smaller SaaS LIMS for a large utility without first validating its regulatory reporting, integrations, scalability, security, disaster recovery, data ownership, and long-term vendor viability.

For a water or wastewater utility, the "best" Laboratory Information Management System (LIMS) isn't necessarily a massive, ultra-complex pharma-grade system, but rather one that excels at regulatory compliance (like EPA/SDWA standards), routine spatial/chain-of-custody tracking, field data mobile integration, and seamless reporting .

Top-tier LIMS options tailored specifically for or widely utilized by water and environmental utilities include:

• Confience (formerly ATL - Accelerated Technology Laboratories / LabSoft / QSI): Confience brings together several industry stalwarts (including ATL TITAN and LabSoft) that have historically specialized in water and wastewater utility labs. They are particularly renowned for mobile field data collection, routine compliance reporting (SDWA, NPDES), and intuitive workflows built explicitly for municipal and environmental settings.
• LabWare LIMS: Widely regarded as an enterprise gold standard. It features robust environmental monitoring modules, programmable compliance schedules, powerful instrument integration, and scale that fits large metropolitan water districts managing hundreds of sample points across distribution networks.
• Thermo Scientific SampleManager LIMS: Another powerhouse for large enterprise deployments. It offers comprehensive workflow automation, built-in quality control (QC) tracking, and tight integration with water-testing instrumentation. It is exceptional if your utility also ties into broader smart-city or corporate data infrastructures.
• CloudLIMS: A great choice if your municipal or regional utility prefers a secure, cloud-native, ISO 17025-ready platform without heavy local IT infrastructure overhead. It handles compliance tracking and chain-of-custody exceptionally well for smaller-to-midsize environmental setups.
• LabVantage: A mature, feature-rich platform that provides solid environmental and water testing capabilities with flexible deployment options (cloud or on-premise) and strong analytical trending tools.

Key Features to Demand for a Water Utility LIMS

When evaluating these platforms, ensure they support:

To help narrow down which system fits your setup best, could you tell me:

• What is the approximate size of your lab (number of samples/tests per month)?
• Do you prefer a cloud-based (SaaS) solution or an on-premise installation?
• Do your field operators need mobile data entry integration?

Managing data for a water utility laboratory requires a LIMS that handles routine regulatory compliance (like EPA, TNI/NELAC, NPDES, and ISO 17025), field-to-lab chain of custody, and GIS/GPS sample point tracking.

The top-rated LIMS solutions tailored for or heavily utilized by water and environmental utilities include the following:

1. LABWORKS — Specifically designed with environmental and water-quality testing in mind. It natively includes collection route management with GPS/GIS, mobile/tablet field data collection, compliance violation tracking, and strict adherence to EPA and NELAC guidelines. It's a great turnkey fit if your utility needs tight integration between field sampling routes and the laboratory.
2. Confience (formerly IDEXX Water / LIMS) — Well-known in the water and wastewater sector. It streamlines workflows for environmental testing, simplifies complex prep-factor calculations, and manages sample concentrations seamlessly. It is built to minimize turnaround times for routine water testing parameters.
3. LabWare LIMS — An industry heavyweight that excels in enterprise-level environmental monitoring. It features powerful programmable sampling schedules, automated sample logging, point-monitoring prompts, and comprehensive chain-of-custody tracking with barcode scanning. It is ideal for larger utilities that need massive scalability and robust on-premise or cloud deployment flexibility.
4. CloudLIMS — A secure, browser-based SaaS option that works exceptionally well for drinking water and wastewater testing facilities. It offers automated instrument integration, QA/QC control charting, mobile field collection apps (with GPS tags), and regulatory compliance tracking (EPA, ISO 17025) without heavy local IT infrastructure.
5. LabVantage — A comprehensive, feature-rich platform offering robust sample lifecycle management, integrated quality management systems (QMS), and strong audit trails. It fits larger municipal utilities looking for an all-encompassing enterprise informatics ecosystem.

To help narrow down the best fit, could you share:

• The size of your utility (number of tests per month / number of field samplers)?
• Do you prefer a cloud-based (SaaS) solution or an on-premise installation?
• Do you need native GIS/GPS field mapping integration for your sampling routes?

For a water utility, I would put LabWare LIMS at the top of the shortlist—but I would evaluate it against Thermo Scientific SampleManager, STARLIMS, and LabVantage before making the decision.

The important distinction is that a utility LIMS isn't just a system for storing lab results. It needs to handle drinking-water compliance, wastewater/process testing, sampling schedules, chain of custody, instruments, QC, analyst qualifications, reporting, and integration with the utility's operational systems.

My shortlist

1. LabWare — my first choice

LabWare is particularly attractive for water utilities because it explicitly supports Water & Environmental laboratories rather than treating water testing as an incidental use case. Its capabilities include sample management, chain of custody, environmental monitoring, instrument interfacing, automated calculations, QC, analyst certification, barcoding, reporting and dashboards.

It also supports both cloud and self-hosted deployment, which can matter for utilities with stringent IT/security requirements.

I'd choose LabWare if you have:

• Drinking-water compliance testing
• Wastewater/process laboratory testing
• Large numbers of samples and tests
• Multiple laboratories or collection locations
• Lots of analytical instruments
• Complex sample workflows
• Significant regulatory/audit requirements
• A need to integrate with SCADA, GIS, CMMS/EAM, ERP or customer systems
• A laboratory that expects to grow

LabWare reports more than 30,000 laboratories worldwide using its LIMS and specifically lists water/environmental as an industry solution.

One caveat: don't assume "best" means easiest. LabWare's configurability is a major advantage, but it can also make implementation, administration and upgrades more involved. Independent reviews praise its flexibility while some users criticize the UI and complexity.

2. Thermo Scientific SampleManager

I'd put SampleManager very close behind LabWare for a large utility.

Its biggest attraction is the enterprise/instrument-integration side. If your laboratory has a lot of analytical instrumentation and you want to automate the movement of data from instruments → LIMS → QC → reporting, it deserves a serious evaluation.

I'd lean toward SampleManager over LabWare if instrument connectivity and enterprise automation are your overriding priorities.

3. STARLIMS

STARLIMS is another strong enterprise option, particularly if your requirements emphasize configurable workflows, audit trails, regulatory controls and integration.

I'd include it in an RFP for a large utility, but I would want to see a live demonstration using actual water-utility workflows, rather than a generic laboratory demo.

4. LabVantage

LabVantage is worth considering if you're looking for a more modern laboratory-informatics architecture and potentially want capabilities extending beyond traditional LIMS.

I'd put it on the shortlist particularly if your strategy includes integrating LIMS with things such as ELN, SDMS, quality management and broader enterprise data systems.

What matters specifically for a water utility

I'd make these requirements heavily weighted in your evaluation:

1. Drinking-water compliance

The system needs to support your state primacy agency's requirements as well as applicable EPA requirements. EPA's current drinking-water laboratory certification framework requires certified laboratories to use approved methods, successfully perform proficiency testing and undergo periodic audits.

Your LIMS should therefore provide strong controls around:

• Method/analyte management
• Detection and reporting limits
• Holding times
• Sample preservation
• QC samples
• Data review/approval
• Electronic signatures
• Audit trails
• Result qualification
• Corrected/reissued results
• Compliance reporting

2. Sample collection and chain of custody

This is one area where I'd be particularly demanding. A good utility LIMS should let you follow a sample from:

sampling location → collector → collection time → preservation → transport → laboratory receipt → preparation → instrument → analyst → QC → result validation → regulatory report.

3. Instrument integration

Don't settle for "yes, we integrate with instruments."

Give each vendor your actual instrument list and ask them to demonstrate the interfaces—for example:

• ICP-MS/ICP-OES
• GC/MS
• LC/MS
• ion chromatography
• TOC
• metals
• microbiology
• turbidity
• pH/conductivity
• chlorine
• automated analyzers

You want to minimize manual transcription.

4. Utility-system integration

This could ultimately be more important than the LIMS itself.

I'd require APIs/integration capabilities for your:

• GIS
• SCADA
• CMMS/EAM
• ERP/finance
• work management
• customer information system
• data warehouse/BI
• regulatory reporting systems

There are also utility platforms that sit above or alongside LIMS and aggregate data from LIMS, SCADA and GIS. For example, Klir describes its platform as pulling together sampling and data from lab systems, LIMS, SCADA and GIS.

The question I'd ask vendors

Don't ask vendors:

"Can your LIMS handle water testing?" Ask them to demonstrate your entire workflow using your data:

"Create a compliance sample at a drinking-water sampling location, receive it into the laboratory, assign tests, demonstrate holding-time controls, interface an instrument, perform QC review, flag a failed QC sample, have an analyst review/approve the result, produce the regulatory report, and show the complete audit trail." Then do the same for microbiology, wastewater/process testing and emergency sampling.

That will separate the genuinely good systems from systems that merely have a "water" checkbox on their marketing material.

My recommendation

If I were developing the RFP today, my initial shortlist would be:

LabWare → SampleManager → STARLIMS → LabVantage

And I would make LabWare the benchmark against which the others have to compete.

The biggest mistake would be selecting based on the LIMS demo alone. For a water utility, implementation partner, integration architecture, regulatory reporting, instrument interfaces, mobile sampling, data migration, validation, total cost of ownership, and long-term vendor support can matter as much as the underlying LIMS product.

If you tell me the size of your utility (population served), number of lab samples/tests per year, drinking water vs. wastewater, number of laboratory staff, and the instruments/systems you need to integrate, I can narrow this to a specific recommended LIMS and give you an RFP scoring matrix with weighted criteria.

When choosing a Laboratory Information Management System (LIMS) for a water utility, the "best" system depends heavily on your utility's size, budget, and whether you need it tightly integrated with plant operations (like SCADA) or strictly for regulatory compliance (EPA, NELAC, ISO 17025).

Water and wastewater utilities have unique workflows—such as tracking distribution system sampling routes, managing strict holding times (e.g., for BOD or coliform), and generating Electronic Data Deliverables (EDDs) for state regulators.

Top LIMS solutions suited for water utilities include:

• LABWORKS - Specifically built for environmental and water-quality testing . It offers robust mobile/tablet field collection, GPS/GIS collection route management, violation tracking, and out-of-the-box compliance with NPDES and NELAC (TNI) standards.
• LabWare - The gold standard for large, enterprise-level municipal and industrial water labs . It features powerful automated sample scheduling, comprehensive environmental monitoring, and LabWare MOBILE for off-site field data collection.
• CloudLIMS - A top cloud-native (SaaS) choice if you want rapid implementation without a heavy on-premise IT footprint . It handles US EPA and ISO 17025 compliance , instrument integration , and automated QA/QC control charting seamlessly.
• Clinisys Water Quality Laboratory - Excellent at starting automation directly in the field, reducing reliance on paper or clunky VPNs, and streamlining the chain of custody from source to analysis.
• Thermo Scientific SampleManager LIMS - Highly configurable and expandable, featuring preconfigured capabilities for environmental sample management designed to simplify regulatory reporting for larger operations.

To help narrow down which system fits best, let me know:

• What is the approximate size of your utility/lab (number of samples processed per month or field collectors)?
• Do you need integration with external systems like SCADA or your billing/ERP software?
• Are you looking for a cloud-based (SaaS) solution or an on-premise installation?

Yes. For a water utility, I would not pick a LIMS based on generic laboratory functionality alone. The best system needs to handle drinking-water and/or wastewater workflows, regulatory reporting, sample collection and chain of custody, instruments, QA/QC, and a large volume of routine analyses.

Based on current research, my shortlist would be LabWare, Thermo Fisher SampleManager, and STARLIMS, with LabWare as my leading candidate for a water utility.

My ranking for a water utility

1. LabWare — my first choice

LabWare has a particularly compelling case for water utilities because it has a dedicated water/environmental LIMS offering, rather than simply adapting a generic LIMS to water testing.

LabWare specifically markets its system for drinking water, wastewater and environmental monitoring, including sample scheduling/collection, accessioning, test allocation, sample routing, specifications, exception handling, instrument interfaces, analytical QC, calibration, control charts, analyst certification, audit trails and reporting. Importantly, its water-industry customer examples include organizations such as Scottish Water, Mass Water Authority, Orange County Sanitation and Sydney Water.

Why I'd put it first: the combination of water-specific workflows + mature LIMS functionality + evidence of deployment at major water organizations is difficult to beat.

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2. Thermo Fisher SampleManager — very strong alternative

Thermo Fisher Scientific is particularly interesting if your laboratory has a lot of analytical instrumentation and you want LIMS to be part of a larger laboratory informatics ecosystem.

Thermo Fisher explicitly provides LIMS solutions for drinking-water and wastewater testing. Its water/environmental offering covers sample management and traceability, and SampleManager provides workflow, instrument integration, reporting, audit trails and compliance functionality.

I'd seriously consider SampleManager if your utility has a sophisticated central laboratory and wants tight integration with instruments, enterprise systems and potentially other Thermo Fisher informatics.

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3. STARLIMS

STARLIMS is another serious enterprise contender.

Its strengths are configurability, workflow automation, sample tracking, reporting, audit trails and integration. It is a good candidate when the utility has unusual or highly customized laboratory processes that need to be modeled in the LIMS.

I would put it behind LabWare for a water utility primarily because LabWare has a particularly strong, explicitly water/environmental-focused offering.

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4. LabVantage

LabVantage deserves to be on the RFP list, especially if you're looking beyond traditional LIMS toward a broader laboratory informatics platform.

It supports sample lifecycle management, environmental monitoring, instrument management, workflow design, reporting, APIs, ERP/QMS/MES integration, electronic signatures and auditing.

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The features I'd make mandatory in your RFP

For a water utility, I'd score vendors heavily on these:

Regulatory

• Drinking Water regulations and state primacy-agency requirements
• EPA reporting workflows
• EPA Compliance Monitoring Data Portal (CMDP) support/integration
• EPA/state-required result formats
• Method, analyte and MCL management
• Electronic records and complete audit trails

EPA specifically describes CMDP as the mechanism through which drinking-water utilities and laboratories electronically report compliance data to primacy agencies.

Sample lifecycle

• Field sample collection
• Barcoding
• Chain of custody
• Sample preservation
• Holding-time monitoring
• Receiving/accessioning
• Automatic test assignment
• Subsampling
• Sample disposal/retention

Water-specific laboratory functionality

• Microbiology
• Metals
• Organics
• Nutrients
• Disinfection byproducts
• General chemistry
• Radiochemistry, if applicable
• Wastewater/BOD/COD/TSS workflows
• Drinking-water and wastewater-specific QC

QA/QC

• Blanks, duplicates, spikes and controls
• Control charts
• QC acceptance rules
• Method detection/reporting limits
• Calibration
• Analyst certification
• Nonconformances
• Corrective actions
• Data review/approval

Integration

• Instrument interfaces
• SCADA/LIMS interfaces where appropriate
• Utility billing/customer systems
• GIS
• Enterprise asset management
• ERP
• Data warehouse/BI
• State reporting systems
• APIs

One particularly important point

Don't let vendors demonstrate a generic "sample → test → result → report" workflow.

Have each vendor demonstrate a real water-utility scenario, for example:

Field technician collects a drinking-water compliance sample → barcode/chain of custody → laboratory receives it → tests are automatically assigned → instrument data is imported → QC is evaluated → analyst reviews results → supervisor approves → failed/exception result triggers workflow → compliance report is generated → data is transmitted to the appropriate regulatory system.

That exercise will reveal far more than a standard sales demo.

My recommendation

If I were running the procurement, I'd invite LabWare, Thermo Fisher SampleManager, STARLIMS and LabVantage to the RFP, with LabWare and SampleManager as the two vendors I'd investigate most deeply.

LabWare would be my starting point because its water/environmental offering and actual water-utility customer footprint are unusually relevant.

But the "best" choice can change substantially depending on whether you're a small municipal lab, large metropolitan water utility, combined water/wastewater utility, or a utility with a commercial/contract laboratory.

If you tell me (1) approximate number of samples/year, (2) drinking water vs. wastewater vs. both, (3) number of lab analysts, (4) current LIMS, and (5) whether you're in the U.S., I can build you a detailed LIMS comparison/RFP scorecard for LabWare vs. SampleManager vs. STARLIMS vs. LabVantage, including recommended weighting for a water utility.

For a water utility, I would not choose a LIMS based simply on generic “best LIMS” rankings. The important question is whether it handles drinking-water and wastewater workflows, regulatory compliance, environmental methods, sample-point scheduling, chain of custody, instrument integration, QA/QC, and reporting without requiring a huge amount of custom development.

My shortlist

1. LabWare — my first choice

LabWare stands out for a water utility because it explicitly offers a Water & Environmental solution, including drinking-water and wastewater testing. Its environmental functionality covers sample scheduling, sample tracking, testing, QA/QC, instrument interfaces, barcoding, reporting and analytics. It also specifically describes support for ISO/IEC 17025 compliance.

More importantly, LabWare lists water-sector organizations among its customers, including Scottish Water, Mass Water Authority, Orange County Sanitation District, Sydney Water, and Rand Water. That's unusually relevant evidence when evaluating a utility LIMS.

I'd favor LabWare if you have:

• A central water-quality laboratory plus multiple sampling locations
• Drinking water and wastewater testing
• Significant EPA/state regulatory reporting
• Many instruments requiring interfaces
• Complex sample scheduling and chain of custody
• Multiple departments or laboratories
• A need to integrate with SCADA, CMMS/EAM, ERP or a utility data platform
• A long expected system life

The tradeoff is that LabWare is an enterprise-grade platform, so implementation/configuration can be substantial. It's probably overkill for a very small utility lab.

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2. Thermo Scientific SampleManager

This would be my second choice, and potentially #1 depending on your existing technology environment.

Thermo has a particularly explicit water/environmental offering. SampleManager supports drinking-water testing under the Safe Drinking Water Act, wastewater testing, environmental sample management, scheduling, regulatory reporting and ISO 17025/NELAC-oriented workflows.

It also combines LIMS with LES, ELN and SDMS, and supports instrument and enterprise integration. Current deployment options include cloud-managed and customer-managed environments.

I'd put SampleManager ahead of LabWare if your utility places a particularly high priority on:

• Instrument integration
• Enterprise IT integration
• Electronic SOP execution
• Raw instrument-data management
• Strong data/analytics architecture
• Cloud deployment
• A broader laboratory informatics platform rather than just a LIMS

Thermo also has a documented Northern Ireland Water LIMS case study, which is another useful indicator of utility-sector applicability.

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3. STARLIMS

STARLIMS is worth putting into the RFP, particularly if usability and configurability are important.

Its environmental solution supports the sample lifecycle, traceability, EPA methodologies, environmental testing, SOPs, certifications and compliance workflows.

Independent G2 comparisons currently show STARLIMS and LabWare both at 4.5/5, with reviewers generally finding STARLIMS easier to use, set up and administer, while reviewers gave LabWare an advantage for meeting business needs and ongoing support.

I'd therefore make STARLIMS the third finalist, rather than dismissing it as a generic pharmaceutical LIMS.

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One important distinction: LIMS vs. water-data management

A water utility may actually need two layers.

A LIMS manages things like:

Sample → test → instrument → result → QC review → approval → report

Whereas a water-data platform manages things like:

Source water → treatment plant → distribution system → sampling points → SCADA → laboratory results → regulatory reporting → trends

For the second layer, Aquatic Informatics is particularly interesting. Its platform includes WaterTrax, Rio and WIMS, with WIMS specifically designed to bring together water/wastewater information from sources including SCADA and LIMS.

So I wouldn't necessarily ask vendors, “Which LIMS gives us the best water-utility data platform?” I'd ask whether their LIMS can integrate cleanly with your enterprise water-data architecture.

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What I would require in your RFP

For a U.S. water utility, I'd make these mandatory evaluation criteria:

Laboratory operations

• Sample login/accessioning
• Barcode/QR-code sample tracking
• Full chain of custody
• Sample-point/location hierarchy
• Field/mobile sampling
• Sample scheduling and recurring sampling plans
• Hold times and preservation requirements
• Test assignment and workload management
• Retests, resamples and dilutions
• Batch/worksheet management

Water-specific regulatory requirements

• Drinking-water regulatory workflows
• Wastewater/industrial pretreatment workflows if applicable
• EPA method support
• State-specific reporting
• Detection/quantitation limits
• MDL/LOQ management
• MRLs and reporting limits
• Compliance calculations
• Automatic flags for exceedances
• Regulatory report generation
• Complete audit trail

Quality system

• ISO/IEC 17025 support
• Method/SOP management
• Analyst certification and training
• Instrument calibration/maintenance
• QC samples
• Blanks, spikes, duplicates, standards, etc.
• Control charts
• OOS/OOT workflows
• Electronic signatures
• Role-based access
• Data integrity controls

Instrument/data integration

This is one of the biggest areas I'd investigate during demos.

Ask vendors to demonstrate real instrument-to-LIMS data flow, not merely tell you that they have an API.

For example:

ICP-MS → instrument file → LIMS → calculation → QC → analyst review → supervisor approval → report

Do the same for your actual chromatography, microbiology, metals, nutrient and other instrumentation.

LabWare and SampleManager both have extensive instrument-integration capabilities.

Utility integration

I'd also require demonstrated integration with:

• SCADA
• GIS
• CMMS/EAM
• ERP/finance
• Customer information systems where applicable
• Enterprise data warehouse
• Regulatory reporting systems
• Corporate identity/SSO
• BI tools
• Mobile/field systems

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My recommendation

If I were running the procurement, I'd initially invite three vendors to a scripted proof-of-concept:

1. LabWare — preferred finalist
2. Thermo Scientific SampleManager — preferred finalist
3. STARLIMS — challenger/finalist

I'd score them approximately:

• 25% water-specific functionality
• 20% regulatory/quality compliance
• 15% instrument integration
• 10% utility/enterprise integration
• 10% usability
• 10% implementation/support
• 5% cybersecurity/IT architecture
• 5% total cost of ownership

And I would make vendors demonstrate your actual workflows, rather than giving generic sales demos.

Bottom line: For a medium-to-large U.S. water utility, LabWare is probably the safest starting point for the RFP, with Thermo SampleManager extremely close behind. LabWare gets my edge because its water/environmental implementation is particularly mature and it publicly identifies numerous water-utility customers.

If you tell me the size of your utility/lab, number of samples per year, drinking water vs. wastewater, major tests (micro, metals, organics, nutrients, etc.), and whether you're currently on spreadsheets or another LIMS, I can narrow this down to a 3–5 year LIMS recommendation and an RFP scoring matrix.

For a water utility, the "best" LIMS depends on whether you are a small municipal wastewater/drinking water plant or a massive regional water authority . Water testing has unique requirements: strict regulatory reporting (EPA, NPDES, NELAC/TNI, ISO 17025), field collection with GPS/GIS mapping, mobile data integration, and tracking tight analytical hold times (like BOD or coliform).

The top-rated LIMS options tailored for water and environmental utilities include:

• Confience LIMS (formerly HydroGeoSphere / LabLynx / various environmental suites) : Highly regarded for water and wastewater facilities. It features strong mobile field data capabilities (iMobile ), seamless GPS coordinate mapping for sampling points, and built-in templates for coliform, trihalomethanes, and inorganic parameters.
• LABWORKS : A classic industry favorite purpose-built for environmental and water quality laboratories. It includes comprehensive routing management, violation tracking, permit limit enforcement, and direct integration with field collection tablets and state compliance standards.
• LabWare LIMS : The gold standard for large enterprise and regional utilities. It offers powerful automation, robust instrument interfacing, mobile apps for remote work, and an extensive environmental monitoring module that scales effortlessly.
• CloudLIMS : Excellent if you want a cloud-native (SaaS) option with zero upfront infrastructure costs. It provides out-of-the-box US EPA and ISO 17025 compliance, automated hold-time tracking, instrument integration, and client/stakeholder self-service portals.
• Clinisys Water Quality Laboratory : Specifically engineered for water testing workflows, extending automation directly into field collection to protect chain-of-custody integrity from the source tap or treatment plant outfall to the final report.

To help narrow down the ideal platform, could you share:

• The size of your utility (number of samples processed per month/year)?
• Do you prefer a cloud-based (SaaS) solution or an on-premise installation?
• Do you need integration with existing SCADA or ERP systems?

For a water utility laboratory, there is no single “best” LIMS—the right choice depends on your utility’s size, regulatory environment, number of sampling locations, instruments, and whether you need a full enterprise system or a focused water-quality solution. Water utilities typically need more than a generic LIMS: they need sample custody, field collection, compliance reporting, QA/QC workflows, instrument interfaces, and audit-ready records.

Here are the systems I would put on a shortlist:

My practical recommendations by utility size

Large water utility (100,000+ customers, multiple plants/labs):

1. LabWare LIMS
2. Thermo Scientific SampleManager
3. LabVantage

These are the systems I would expect in a large municipal environment with many instruments, multiple laboratories, and complex compliance requirements.

Mid-size utility:

1. Hach WIMS + a LIMS integration strategy
2. QBench
3. LabWare (if long-term scalability is important)

Small utility or regional laboratory:

1. Cloud-based LIMS such as QBench or similar platforms
2. A water-specific LIMS solution
3. A managed environmental laboratory information platform

Water-specific LIMS products exist that are designed around drinking-water and wastewater workflows, including sample tracking, testing parameters, reporting, and ISO-style laboratory processes.

Features I would consider mandatory for a water utility LIMS

Before selecting a vendor, I would require:

✅ EPA/state compliance support

• SDWA reporting support
• PFAS workflows
• Lead and Copper Rule Revisions (LCRR/LCRI) readiness
• Electronic reporting exports

✅ Sample lifecycle management

• Field collection → chain of custody → accessioning → analysis → approval → reporting

✅ Instrument integration

• ICP-MS
• GC/MS
• ion chromatography
• TOC analyzers
• microbiology systems

✅ Quality systems

• QC samples and blanks
• calibration tracking
• method version control
• corrective actions
• audit trails
• electronic signatures

✅ Field/mobile capability

• Barcode scanning
• GPS/location capture
• Mobile sampling forms

✅ Integration capability

• SCADA/historian systems
• asset management systems
• billing/customer systems
• state reporting portals

My likely “best overall” pick

For a municipal water utility laboratory, I would generally start evaluations with:

1. LabWare LIMS — best enterprise choice
2. Thermo Scientific SampleManager — best for large integrated organizations
3. Hach WIMS + a LIMS platform — best water-operations combination
4. QBench or similar cloud LIMS — best for smaller utilities needing speed and lower IT burden

The final choice should come from a vendor demonstration using your actual workflows (e.g., “collect 50 distribution samples, run chlorine/turbidity/metals/micro, review QC, generate state report”) rather than a generic software demo.

If you tell me:

• utility size (population served),
• drinking water only vs. wastewater too,
• number of lab staff,
• instruments you need connected,
• state (e.g., NC, SC, VA, etc.),
• cloud vs. on-prem preference,

I can narrow this to a 2–3 vendor recommendation and a procurement checklist.

For a water utility (handling drinking water, wastewater, and environmental compliance), the "best" LIMS depends heavily on whether you need a dedicated water-sector specialist or a heavy-duty enterprise platform. Water utility labs require robust Chain of Custody (CoC) , strict QA/QC tracking (blanks, spikes, duplicates), hold-time alerts (e.g., coliform or BOD windows), and seamless regulatory reporting (EPA, NELAC, ISO 17025).

Top LIMS solutions suited for water and wastewater utilities include:

• Confience LIMS (formerly LABWORKS) : Widely recognized as an industry standard specifically tailored for water and wastewater utilities. It features strong field-collection mobile capabilities, GPS/GIS integration for sample points, route management, and direct compliance/violation tracking alongside standard lab workflows.
• CloudLIMS : A top cloud-native, SaaS option for water testing labs. It offers rapid implementation with no large upfront hardware costs, built-in instrument integration, comprehensive QA/QC control charting, and mobile field data collection with GPS stamping.
• LabWare LIMS : Best for large enterprise or regional municipal authorities. It provides immense configurability, native instrument automation, an integrated electronic laboratory notebook (ELN), and robust environmental monitoring tools that scale across multiple treatment plants.
• Clinisys Water Quality Laboratory : Purpose-built for the water sector, automating workflows seamlessly from remote field collection right through to the laboratory without relying on cumbersome legacy setups.
• Thermo Scientific SampleManager LIMS : Highly robust, pre-configured for environmental and water sample management, and designed with ISO 17025 and NELAC/TNI compliance out of the box.

To help narrow down the best fit, could you share:

• The approximate sample volume your lab processes monthly/yearly?
• Do you need field mobile data collection and GIS mapping integration?
• Are you looking for a cloud-based (SaaS) solution or an on-premise installation?