GITNUXSOFTWARE ADVICE
Cybersecurity Information SecurityTop 10 Best Filtration Software of 2026
Ranked list of top filtration software, comparing features and pricing for cloud and industrial water workflows with NX Filtration and Hach WIMS.
How we ranked these tools
Core product claims cross-referenced against official documentation, changelogs, and independent technical reviews.
Analyzed video reviews and hundreds of written evaluations to capture real-world user experiences with each tool.
AI persona simulations modeled how different user types would experience each tool across common use cases and workflows.
Final rankings reviewed and approved by our editorial team with authority to override AI-generated scores based on domain expertise.
Score: Features 40% · Ease 30% · Value 30%
Gitnux may earn a commission through links on this page — this does not influence rankings. Editorial policy
NX Filtration UF Projection Tool is the right pick when membrane process teams need quick UF throughput and runtime projections for pilot planning and operating tradeoffs, whereas LG Water Solutions Design Software fits engineering groups that want consistent RO/NF design documentation and repeatable calculation runs.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
NX Filtration UF Projection Tool
UF Projection Tool produces planning-grade forecasts from UF operating assumptions for rapid scenario iteration.
Built for fits when membrane process teams need quick UF throughput and runtime projections for pilot planning and operating-condition tradeoffs..
LG Water Solutions Design Software
Editor pickDesign workflow packaging that turns configuration inputs into deliverable-ready engineering documentation.
Built for fits when engineering teams need consistent membrane filtration design documentation and repeatable calculation runs..
Hach WIMS
Editor pickWorkflow-based capture for filtration validation results with traceable linkage from test run to decision documentation.
Built for fits when water labs need repeatable filtration testing documentation and traceable engineering signoff..
Related reading
Comparison Table
NX Filtration UF Projection Tool
enterpriseUltrafiltration membrane design and analysis software for performance prediction and system optimization.
UF Projection Tool produces planning-grade forecasts from UF operating assumptions for rapid scenario iteration.
NX Filtration UF Projection Tool takes UF-relevant inputs such as operating conditions and expected separation performance to generate projection outputs that support planning decisions. Projection outputs are designed for scenario iteration so teams can compare different operating assumptions without rebuilding a calculation worksheet. The tool prioritizes repeatability for membrane process planning where the same feed and performance assumptions are tested across multiple runs.
A tradeoff is that the projection focus limits coverage of broader filtration workflow steps such as detailed filter media selection or full CIP validation modeling. NX Filtration UF Projection Tool fits best when membrane process teams need quick UF projection checks before deeper design work in a separate modeling or control environment. A common usage situation is pilot run planning where predicted throughput and run time determine sampling schedules and feed preparation windows.
- +Fast UF-specific projection loops for repeated scenario comparisons
- +Output oriented toward planning decisions like throughput and run time
- +Assumption-driven workflow helps teams keep planning calculations consistent
- +Designed for UF planning tasks rather than mixed filtration project scope
- –Coverage skews toward projection outputs, not full filtration specification workflows
- –Requires disciplined input data preparation to avoid misleading forecasts
- –Limited depth for downstream validation workflows like cleaning verification
- –Less suitable when the task needs crossflow process modeling beyond UF projections
Process development teams
Pilot run planning for UF campaigns
More predictable pilot timelines
Membrane engineering leads
Operating condition tradeoff studies
Reduced number of reruns
Show 2 more scenarios
QA and lab managers
Run readiness checks
Fewer assumption mismatches
Uses consistent projection calculations to align expectations across lab batches.
Engineering managers
Stage-gate planning for UF operations
Faster planning approvals
Turns documented inputs into projection outputs that support internal planning reviews.
Best for: Fits when membrane process teams need quick UF throughput and runtime projections for pilot planning and operating-condition tradeoffs.
More related reading
LG Water Solutions Design Software
vertical specialistMembrane projection software for reverse osmosis and nanofiltration applications.
Design workflow packaging that turns configuration inputs into deliverable-ready engineering documentation.
LG Water Solutions Design Software is positioned for engineering teams that build and document filtration designs with consistent input handling across multiple system variants. It is used to produce design outputs that support downstream implementation discussions and internal review cycles. The workflow emphasis aligns with projects that require traceable calculation steps rather than just diagramming.
A key tradeoff is that the value concentrates around design configuration and calculation outputs, while advanced runtime monitoring and control integration are not the primary focus. It fits situations where design iterations are frequent and the main need is consistent engineering output packaging rather than live process control.
- +Workflow-first design setup for repeatable filtration engineering runs
- +Engineering-oriented outputs that support documentation and internal review
- +Configuration reuse for similar projects and design variants
- +Clear separation between inputs and resulting design outputs
- –Monitoring and control integration are not the core workflow focus
- –Automation and extensibility depend on how designs are structured
- –Interfaces for external data exchange appear limited versus API-native tools
- –Best results require engineering standards for input data quality
Water engineering teams
Iterate membrane system design variants
Faster design iteration cycles
Project engineering leads
Standardize internal design deliverables
Reduced review back-and-forth
Show 2 more scenarios
Filtration procurement analysts
Translate design requirements into specs
Cleaner procurement requirement alignment
Convert design configuration results into specification content for vendor conversations.
Engineering consultants
Maintain calculation traceability
Improved audit trail quality
Use structured input-to-output runs to preserve traceability across design revisions.
Best for: Fits when engineering teams need consistent membrane filtration design documentation and repeatable calculation runs.
Hach WIMS
enterpriseWater information management software for plant data, compliance, and operations.
Workflow-based capture for filtration validation results with traceable linkage from test run to decision documentation.
Hach WIMS is tailored to filtration and water quality teams that need structured test documentation tied to specific media, membrane elements, and validation steps. It organizes work around repeatable processes so a group can run the same validation cycle and keep results comparable. The product also supports configuration of measurement capture patterns and reporting outputs that align with internal review needs.
A key tradeoff is that advanced engineering modeling workflows often require tighter alignment to WIMS configuration than generic spreadsheet-based analysis. Hach WIMS fits situations where a site, lab, or program manages frequent filterability and integrity testing and needs consistent audit trails for engineering signoff.
- +Structured validation workflows keep test records consistent across repeat runs
- +Traceable results support engineering review and controlled documentation
- +Template-driven capture reduces variance in how teams record measurements
- +Integration pathways support moving results into operational reporting
- –Configuration depth can slow initial setup for specialized testing programs
- –Engineering modeling needs may require external tools for complex analysis
Plant QA and validation teams
Manage recurring filter validation documentation
Faster signoffs with fewer record gaps
Membrane program managers
Standardize test templates across sites
Better trend visibility across sites
Show 2 more scenarios
Laboratory operations teams
Coordinate multi-sample testing cycles
Reduced rework in reporting
Captures measurements in structured runs and ties results to the correct validation steps.
Engineering review boards
Review filtration test evidence consistently
Consistent decisions across reviewers
Creates controlled documentation packages that link results to the configured workflow steps.
Best for: Fits when water labs need repeatable filtration testing documentation and traceable engineering signoff.
SuperPro Designer
enterpriseProcess simulation software with filtration and separation unit operations.
Design-grade flowsheet modeling for filtration trains with parameter-driven unit blocks that propagate conditions across connected operations.
SuperPro Designer from intelligen.com focuses on filter and membrane process design through flowsheet-based modeling with calculable unit operations for filtration trains. It supports parameter-driven simulations that connect upstream operating conditions to downstream design outputs like required filter area, sizing results, and performance indicators.
The software is used to evaluate process scenarios such as dead-end and crossflow configurations while tracking key hydraulics and mass-transfer behaviors across unit blocks. Automation is geared toward repeatable studies through model reuse and configurable run settings that fit engineering and production planning workflows.
- +Flowsheet modeling links unit operations into end-to-end filtration train calculations
- +Scenario reruns support rapid comparison of operating conditions across multiple blocks
- +Unit block parameterization provides design outputs tied to modeled hydraulics
- +Model structure supports reusable templates for repeat design studies
- –Large flowsheets can slow iteration due to extensive interdependent calculations
- –Advanced customization depends on knowing model object structure and configuration conventions
- –Focused UI guidance for filtration specifics can lag behind deep model capability
- –External system integration is limited if automation requires heavy API-first workflows
Best for: Fits when process engineers need repeatable filtration train design scenarios without heavy scripting.
Winflows
SMBWater treatment design software for membrane filtration and system analysis.
Scenario-based filtration workflow that links design inputs to operating feasibility using transmembrane pressure inputs.
Winflows focuses on end-to-end membrane filtration workflow planning with guided design inputs and calculation outputs tied to practical process decisions. The software organizes filtration steps for configuration, sizing, and operating-condition review so teams can iterate on flux assumptions and flow arrangements.
Winflows also supports operational monitoring inputs like transmembrane pressure signals to help validate that the designed conditions remain feasible during runs. The tool’s main distinction is how it treats filtration design and operating review as one continuous workflow rather than separate calculators.
- +Workflow-first design keeps filtration sizing and operating review in one sequence
- +Inputs map cleanly to practical decisions like operating conditions and configuration choices
- +Monitoring fields support feasibility checks against design assumptions
- +Iteration loop is fast for comparing alternatives across scenarios
- –Automation surface depends on manual exports and templated reuse rather than deep integration
- –Advanced fouling modeling coverage is narrower than specialty flux analysis tools
- –Governance controls like audit logging and role-based access are limited for larger teams
- –Complex custom data links require process discipline and consistent naming
Best for: Fits when membrane teams need guided design-to-operations workflow with quick iteration and practical validation checks.
IMSDesign
vertical specialistHydranautics membrane system design software for RO and NF filtration applications.
Project-based design configuration that standardizes engineering assumptions across filter sizing and selection iterations.
IMSDesign from Nitto supports membrane and filtration filter design workflows with configuration around specific filter types and operating conditions. The tool centers on calculation-ready engineering inputs that feed sizing and performance-oriented outputs used during filter selection and development.
IMSDesign also provides repeatable project setups for teams that need consistent assumptions across iterations. Automated output generation reduces manual transcription when translating design decisions into downstream documentation.
- +Workflow-first filter design setup ties engineering inputs to generated outputs
- +Repeatable project configurations support consistent assumptions across iterations
- +Friction reduction for translating design decisions into documentation outputs
- +Filter selection and sizing geared toward practical process conditions
- –Model setup can be rigid when processes require atypical parameter definitions
- –Limited visibility into model internals compared with simulation-first tools
- –Integration surface for lab and process systems is not clearly exposed in common ways
- –Iterating scenarios may require more manual reconfiguration than expected
Best for: Fits when filtration teams need repeatable filter sizing and selection workflows without heavy simulation customization.
Pentair R.O. Designer
vertical specialistMembrane filtration system projection tool supporting Pentair RO element selection.
Vendor-aligned RO component selection and train configuration output derived directly from guided inputs.
Pentair R.O. Designer focuses on reverse osmosis system design in a guided workflow, using input constraints to produce a configuration for a specific application. The tool supports sizing logic for membrane trains and produces the design outputs needed to communicate assumptions, such as flow and pressure requirements.
R.O. Designer is differentiated by its vendor-aligned workflow for selecting and arranging RO components rather than general-purpose filtration modeling.
- +Guided RO design inputs reduce blank-page configuration errors
- +Generates configuration outputs that support engineering review
- +Membrane train arrangement supports practical RO system layouts
- +Workflow fits frequent RO repeat-design cycles with consistent inputs
- –Limited coverage beyond reverse osmosis design workflows
- –No documented crossflow or fouling modeling depth for membranes
- –API surface and automation hooks are not clearly exposed
- –Media selection and integrity testing workflows stay outside scope
Best for: Fits when engineers need repeatable reverse osmosis system configurations and documentation-ready outputs without custom modeling.
AXEON Design Software
SMBCommercial RO system sizing and membrane selection tool for water treatment professionals.
Revision-aware design input sets that regenerate specification outputs for consistent engineering handoff.
AXEON Design Software is a filtration design workflow tool focused on translating process requirements into specification outputs for filtration hardware and media. It supports filter sizing calculations and design parameterization for common filter formats used across water and process applications.
The software workflow emphasizes reusable design inputs, revision-aware outputs, and export-ready documentation artifacts for handoff into downstream engineering activities. AXEON Design Software is best evaluated for teams that need repeatable design computations rather than open-ended process control modeling.
- +Filter sizing calculations are structured for repeatable design runs
- +Design outputs are geared toward specification and documentation handoff
- +Reusable input sets reduce rework when design parameters change
- +Workflow supports revision-based iteration of design inputs and outputs
- –Limited coverage for advanced flux and fouling analysis workflows
- –API and automation surface for integration is not positioned as a core capability
- –Crossflow-specific modeling depth is not emphasized for rigorous process simulation
- –Design governance features such as RBAC and audit logs are not clearly surfaced
Best for: Fits when filtration teams need repeatable sizing and specification outputs, with minimal process simulation requirements.
AquaPro Design Software
enterpriseRO system design tool simulating feedwater qualities, recovery rates, and system configurations.
Design-to-specification generation that turns membrane configuration inputs into finalized filter setups for documentation and review.
AquaPro Design Software supports water membrane solutions by building filter design inputs and generating specification outputs for membrane-based filtration workflows. It focuses on configuration for membrane elements and operating conditions so teams can translate design intent into usable filter setups.
The software is geared toward engineering review cycles where design parameters must stay consistent across iterations. It also supports automation around repeating design calculations for comparable cases.
- +Repeatable membrane element setup for consistent design iterations
- +Workflow-oriented calculations that reduce manual transcription errors
- +Clear separation between design inputs and generated specifications
- +Automation supports batch creation of comparable design scenarios
- –Limited visibility into flux and fouling model assumptions
- –Automation surface is narrower than general process modeling tools
- –Cross-team governance features for shared design libraries are thin
- –Integration options for plant systems are not extensive
Best for: Fits when water engineering teams need repeatable membrane filter designs with controlled parameters and outputs for review cycles.
AquaGRID
enterpriseWater treatment membrane design and simulation software supporting customizable RO system configurations.
Specification to validation traceability with structured review and change histories for filtration programs.
AquaGRID from water.toray targets filtration and water treatment teams that need repeatable workflow management across lab inputs and plant execution. The tool centers on configuration, validation tracking, and the operational documentation needed to move filter requirements into deployment-ready work.
AquaGRID’s core strength is tying together selection inputs, test records, and process-ready outputs for filtration programs. It is best treated as a governance and execution layer around filtration specifications rather than as a standalone modeling engine.
- +Tracks filtration documentation from specification inputs through validation records
- +Supports change tracking across filter requirements and resulting execution artifacts
- +Helps standardize review workflows for filter selections and operating assumptions
- +Makes it easier to produce audit-ready traceability between tests and usage
- –Automation is workflow-driven and does not replace filtration process modeling
- –Requires disciplined configuration to keep naming conventions consistent
- –Extensibility depends on integration paths that may not cover every lab system
- –Fewer native analytics for flux, fouling, and TFF calculations than modeling tools
Best for: Fits when filtration programs need end to end traceability between tests, specs, and operating release workflows.
Conclusion
After evaluating 10 cybersecurity information security, NX Filtration UF Projection Tool stands out as our overall top pick — it scored highest across our combined criteria of features, ease of use, and value, which is why it sits at #1 in the rankings above.
Use the comparison table and detailed reviews above to validate the fit against your own requirements before committing to a tool.
How to Choose the Right filtration software
Filtration software in this buyer’s guide spans three concrete workflows across NX Filtration UF Projection Tool, LG Water Solutions Design Software, Hach WIMS, SuperPro Designer, and the remaining tools in the top 10.
The coverage includes UF operating scenario projection in NX Filtration UF Projection Tool, design documentation packaging in LG Water Solutions Design Software, and validation traceability capture in Hach WIMS. Other entries focus on filtration train flowsheet modeling in SuperPro Designer and on guided design-to-configuration sequences in tools such as Winflows and Pentair R.O. Designer.
The selection priorities across these tools favor repeatable configuration, integration and automation surfaces, and governed review trails that keep design intent aligned with execution records.
Filtration software that turns filtration inputs into designs, projections, and validation traceability
Filtration software converts membrane and filtration program inputs into engineered outputs like throughput and runtime projections, filter sizing selections, and documentation-ready configurations. NX Filtration UF Projection Tool emphasizes planning-grade forecasts generated from UF operating assumptions so scenario iteration stays fast.
LG Water Solutions Design Software packages engineering inputs into deliverable-ready filtration design documentation, which supports consistent internal review cycles. Hach WIMS captures filtration validation results using workflow-based traceability so test records map directly to decision documentation.
Across the top 10, tools differ most in whether they center on projection loops, filtration design workflows, or traceability governance between specification, testing, and release artifacts. The guide also distinguishes tools that focus on guided selection inputs from those that model end-to-end filtration trains as connected unit operations.
Filtration software capabilities that drive throughput projections, validated documentation, and train design control
Filtration teams move from assumptions to decisions through three distinct capability patterns: projection loops, design documentation generation, and validation traceability workflows. Each pattern reduces different sources of delay and rework in pilot planning, engineering review, and release signoff.
UF projection loop speed for pilot planning
NX Filtration UF Projection Tool produces planning-grade forecasts from UF operating assumptions for rapid scenario iteration. This makes it suited for repeated throughput and runtime tradeoffs when conditions change across pilot runs.
Workflow packaging that outputs deliverable-ready design documentation
LG Water Solutions Design Software turns engineering configuration inputs into deliverable-ready engineering documentation through a design workflow packaging approach. This supports consistent internal review cycles without requiring engineers to assemble documents manually.
Validation workflow capture with traceable linkage from test run to decision records
Hach WIMS captures filtration validation results using structured validation workflows that keep test records consistent across repeat runs. The traceable results support engineering review and controlled documentation changes.
Interdependent filtration train modeling with connected unit blocks
SuperPro Designer models end-to-end filtration train scenarios with parameter-driven unit blocks that propagate conditions across connected operations. Scenario reruns support comparisons across multiple blocks without rebuilding assumptions from scratch.
Scenario-based design sequence tied to operating feasibility inputs
Winflows provides a guided, scenario-based filtration workflow that links design inputs to operating feasibility using transmembrane pressure inputs. Inputs map directly to practical configuration choices that teams validate during design-to-operations alignment.
Choose by workflow ownership: projection planning, design documentation, validation traceability, or train modeling
The highest impact choice comes from selecting software that matches the step where engineering time is currently spent. Projection-heavy pilots benefit from tools that iterate fast on UF operating assumptions, while documentation-heavy programs benefit from workflow-first design output packages.
Pick a projection-first tool when conditions change every iteration
Select NX Filtration UF Projection Tool when UF operating assumptions must be converted into planning-grade throughput and runtime forecasts through rapid scenario comparisons. Use it when pilot planning and operating-condition tradeoffs need repeated recalculation without shifting into full filtration specification workflows.
Pick a workflow-first documentation generator when review cycles dominate effort
Select LG Water Solutions Design Software when the main bottleneck is producing consistent deliverable-ready engineering documentation from configuration inputs. Use its workflow-first design setup to standardize how designs are packaged for internal review.
Pick validation capture when traceability matters more than new modeling
Select Hach WIMS when teams need structured validation workflows that keep test records consistent across repeat runs. Use it when test runs must link directly to decision documentation for controlled signoff.
Pick connected-unit train modeling when changes must propagate end to end
Select SuperPro Designer when filtration train design scenarios require interdependent calculations across connected operations. Use it when rerunning scenarios should update downstream outcomes automatically from linked unit blocks instead of manual recalculation.
Pick guided operating feasibility sequences when transmembrane pressure drives decisions
Select Winflows when design review follows a guided sequence that maps inputs to practical operating configuration choices. Use it when transmembrane pressure inputs need to drive operating feasibility checks within the same workflow.
Who benefits from projection planning, documentation workflows, validation traceability, and train modeling
Filtration software selection depends on which team owns the conversion from assumptions to decisions. The tools in this guide differ in whether they center on projection loops, deliverable documentation generation, traceability governance, or connected filtration train modeling.
Membrane process teams running UF pilot planning
NX Filtration UF Projection Tool fits when throughput and runtime forecasts must be produced quickly from UF operating assumptions for scenario iteration. The output is oriented toward planning decisions that change across pilot operating conditions.
Engineering teams producing repeatable filtration design documents
LG Water Solutions Design Software fits when design inputs must be packaged into deliverable-ready documentation through consistent workflow runs. It prioritizes engineering document generation from configuration inputs.
Water lab teams maintaining filtration validation records for review
Hach WIMS fits when structured validation workflows must capture test results with traceable linkage to decision documentation. The approach reduces variance in how test records are stored across repeat programs.
Process engineers modeling end-to-end filtration trains
SuperPro Designer fits when filtration trains must be modeled as connected operations where parameter changes propagate across blocks. Scenario reruns support comparisons of operating conditions throughout the train.
Membrane teams needing guided design-to-operations feasibility checks
Winflows fits when filtration sizing and operating feasibility are reviewed in a single guided sequence using transmembrane pressure inputs. The workflow keeps design inputs aligned to practical configuration choices.
Common filtration software pitfalls that waste iteration cycles
Most selection mistakes come from choosing software that solves a different step than the one consuming engineering time. Another class of pitfalls comes from treating workflow outputs as fully general filtration specification workflows when a tool focuses on projection or documentation delivery.
Choosing a projection-focused tool and then expecting full filtration specification workflow coverage
NX Filtration UF Projection Tool emphasizes planning-grade forecasting outputs and can skew toward projection results rather than full filtration specification workflows. The mitigation is disciplined input data preparation so scenario assumptions do not produce misleading forecasts.
Treating validation capture systems as general modeling engines
Hach WIMS centers on workflow-based capture for filtration validation results and traceable documentation, while engineering modeling for complex analysis may require external tools. The mitigation is separating validation record management from advanced modeling tasks.
Building large connected trains without accounting for interdependent calculation iteration time
SuperPro Designer links unit operations into end-to-end filtration train calculations, and large flowsheets can slow iteration due to extensive interdependent calculations. The mitigation is scoping model size to the fastest scenario-compare path for early design phases.
Assuming automation and extensibility exist when the workflow is templated and export-driven
Winflows automation surface depends on manual exports and templated reuse rather than deep integration. The mitigation is verifying required automation steps fit the workflow pattern before standardizing it across teams.
Using a design workflow package while expecting broad monitoring and control integration
LG Water Solutions Design Software packages inputs into deliverable-ready design documentation, but monitoring and control integration is not the core workflow focus. The mitigation is matching the tool to the documentation workflow and pairing it with separate monitoring systems when needed.
How We Selected and Ranked These Tools
We evaluated NX Filtration UF Projection Tool, LG Water Solutions Design Software, Hach WIMS, SuperPro Designer, Winflows, and the remaining top 10 tools on feature depth, ease of repeat runs, and overall value for filtration teams. Features accounted for 40% of the score, ease and usability for repeat configuration accounted for 30%, and value for meeting workflow goals without adding extra steps accounted for 30%.
NX Filtration UF Projection Tool ranked highest because its UF projection loop converts UF operating assumptions into planning-grade forecasts for rapid scenario iteration, which directly reduces pilot planning cycle time. The ranking also reflected how its output orientation supports throughput and runtime decision making without requiring engineers to rebuild full workflows for each scenario.
Frequently Asked Questions About filtration software
How do NX Filtration UF Projection Tool and SuperPro Designer differ for projecting filtration performance during design?
Which tool best supports deliverable-ready filtration design documentation from repeatable configuration inputs?
When teams need traceable validation records across multiple filtration test runs, which platform fits?
Which workflow tool links filtration design inputs to operating feasibility using transmembrane pressure monitoring signals?
What breaks if filter design teams rely only on specification generation without a review-aware change history?
How do AXEON Design Software and IMSDesign handle repeatable project setups for engineering iterations?
Where does Pentair R.O. Designer fall short compared to SuperPro Designer for non-RO filtration train modeling?
How should teams plan data migration when moving filtration workflow assets into AquaGRID or Hach WIMS?
How do admin controls and security needs change between lab workflow tools like Hach WIMS and engineering simulation tools like SuperPro Designer?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
Keep exploring
Comparing two specific tools?
Software Alternatives
See head-to-head software comparisons with feature breakdowns, pricing, and our recommendation for each use case.
Explore software alternatives→In this category
Cybersecurity Information Security alternatives
See side-by-side comparisons of cybersecurity information security tools and pick the right one for your stack.
Compare cybersecurity information security tools→