Filter Design Workspace

One connected view of your filter: geometry, characterization, requirements, and results. Every section links directly to the detailed modeling page.

Engineering estimates only — not safety certification or code compliance. Results must be independently validated by a qualified engineer.

Filter: Edit in Catalog

Identity

Name

Core V1 47mm — 2 Layers — 3 Layers

Manufacturer

—

Part number

—

Material

ceramic

Filter type

ceramic

Pore size

0.3 um

Porosity

—

Source

—

Filter Project: Unknown / unavailable(6ab04ab08966a00d941338bf)

Geometry

Nominal diameter

—

Active flow diameter

47 mm

Gross media area

—

Effective transport area

—

Layer count

Individual layer thickness

100 µm

Total stack thickness

0.300 mm

Geometry mode

rectangular

Stacked layers increase total thickness and resistance — NOT frontal area. Each layer shares the same nominal/active diameter. Total stack thickness = 3 × 100 µm = 0.300 mm.

Characterization Status

Geometry

Partial

Flow / ΔP

Not characterized

Particulate Retention

TBD

Gas Transport / Diffusion

Not characterized

Structural / Transient

TBD

Scenario Evaluation

Not run

Provenance 0%

Modeling & Analysis

Filter Catalog

Edit filter properties & geometry

Filter Flow / Flux Lab

Measured flow/ΔP, design-point check, GC → flux → sizing

Membrane / Gas Transport

Diffusion, permeability, permeance

Filter Sizing

How many filters needed

Filter Evaluation

Evaluate against a scenario

Compare Filters

Side-by-side transport comparison

Experimental Lab

Fit transport from measured data

Reports

Generate engineering report

Scenarios

Define evaluation scenarios

Design Requirements

No design requirements defined yet. Click "Add Requirements" to specify flow, ΔP, geometry, particulate, transport, and structural targets.

Measured Flow / ΔP Characterization

Enter measured paired flow/pressure-drop data points. When a measured curve exists, it takes precedence over calculated correlations for downstream sizing and evaluation. Reference conditions (standard vs actual) are always explicit — never mixed silently.

Measured Data Points

No measured data points yet. Add at least two for interpolation.

Design-Point Requirement

Required flow

Flow unit

Max ΔP

ΔP unit

Ref temp (°C)

Ref P (bar)

Gas

Reference conditions define the standard/normal flow basis. 0 °C / 1 atm = NTP. 20 °C / 1 atm = STP. Never mix reference conditions silently.

Particulate Retention(0)

No particulate retention data. Add evidence to evaluate retention.

H₂ / Gas Transport(0)

Gas transport is distinct from air-flow resistance. H₂ diffusivity cannot be inferred from air ΔP.

No gas transport data. Add evidence to evaluate H₂/gas transport.

Particulate Loading(0)

No extrapolation outside measured range. No universal loading law is assumed.

No loading data. Add experimental loading curves to evaluate loading margin.

Structural / Transient Evidence(0)

No test evidence = INSUFFICIENT_DATA, not PASS. This is not a finite-element solver.

No structural test evidence. Add test results to evaluate structural qualification.

Evaluate Against Scenario

Scenario:

Scenario calculation complete[Preset] Standard Radiolysis (1 W, G=0.45)

H₂ generation rate

4.6639e-8 mol/s

Final H₂ fraction

0.0821%

Final total pressure

1.0141e+5 Pa

Species routing

Species routing: H₂ supported

H₂ transport evidence

No evidence

Credited H₂ removal

Not evaluated / no credited H₂ transport

No H₂ transport evidence — the filter has no H₂ transport properties (permeance, permeability, diffusivity, or transmission rate) and no FilterGasTransport records. The containment engine uses zero credited H₂ removal. Air Flow/ΔP data is never used as H₂ removal evidence.

Warnings: 4 warning(s).

Transport not calculated for N2: UNSUPPORTED_PROPERTY_DATA

Transport not calculated for O2: UNSUPPORTED_PROPERTY_DATA

Routed through canonical containment engine. Filter transport values originate from the filter's supported characterization — not from air ΔP.

Filter Design Evaluation

Insufficient Data

One or more required categories have insufficient data.