See inside
your reactor.
Measure what
others can't.

Measured hydrodynamics — not simulation, not assumptions. Fluidmapper maps 3D flow inside opaque vessels in days, at a fraction of the cost. Where traditional pilots and CFD fall short, we deliver ground truth.

Your reactor is a black box.
We open it.

Traditional methods force you to choose between expensive, slow pilot testing or unvalidated CFD assumptions. Fluidmapper gives you measured ground truth — faster and cheaper than either.

Traditional pilot testing

Timeline6–12 weeks
Cost$50K–$150K+
Configurations3–5
Error measurementUnknown

Fluidmapper RPT-AI

Timeline4–5 days
Cost$1,999 + $1,499/config
Configurations8–10+
Error measurementGuaranteed & quantified

Save time. Save money.
Know more.

Every benefit maps directly to your bottom line. Fluidmapper doesn't just measure flow — it eliminates uncertainty from your most expensive decisions.

10–100×

Faster turnaround

What takes months with traditional pilots or weeks with CFD iterations, Fluidmapper delivers in days. Test 28 configurations in 28 days.

1/10th

The cost

Traditional pilots cost $50K–$150K+ per campaign. Fluidmapper campaigns start at $1,999 setup + $1,499 per configuration.

8M+

Validation data points

We guarantee and measure the error — nobody else can. Customers receive full error distribution charts and spatial error maps.

10+

Configurations per campaign

Explore the full design space. Instead of narrowing to 3 designs early, evaluate 10+ configurations and choose with measured evidence.

The Process

From geometry to measured intelligence in 4 steps

Measured physics first. AI extends the measurement. This is not CFD.

01

Upload geometry

Share your CAD files and operating conditions. We scope the campaign and fabricate a transparent replica of your vessel.

02

Prepare tracers

Density-matched radioactive tracer particles follow your fluid exactly — matching real physics under real operating conditions.

03

Measure flow

NaI detectors capture real-time 3D particle trajectories as tracers move through your vessel. Real physics, recorded in real time.

04

AI reconstruction

Neural models reconstruct full volumetric velocity and turbulence fields from measured data. AI extends the measurement — it does not simulate.

Opaque fluids supportedMultiphase compatibleFull-field datasetsCFD validation ready
Proven Results

Real outcomes from real campaigns

In a mixing tank study, we demonstrated that a few targeted experiments can save enormous amounts of money in development and operations.

50%

Mixing efficiency improvement

with half the agitator power

Heat transfer at wall

with same agitation power

50%

Pumping rate maintained

at half agitator power

92%

Cost savings

vs traditional pilot methods

All cases show that we can easily optimize a mixing process in a few experiments — saving enormous amounts of money in development and operations. Where CFD configurations can cost $20K each and pilots require $100K+ in capital equipment, Fluidmapper delivers equivalent or superior insight at a fraction of the cost.

Built For

Four buyer types. One platform.

Each gets measurable, decision-ready flow intelligence in days — with clear ROI mapped to their specific needs.

Equipment manufacturers

Screen 10+ impeller designs in days, not months. Get quantifiable mixing vs power data to differentiate your products.

Faster product development, competitive edge

Chemical & process companies

De-risk reactor selection and scale-up before committing capital. Measured flow data replaces assumptions and reduces pilot loops.

Lower CAPEX risk, faster time-to-market

CFD software companies

Ground-truth datasets for validation and benchmarking. Improve closure equations with measured turbulence statistics.

More accurate simulations, customer confidence

Research laboratories

Publication-ready datasets with full uncertainty quantification. Skip building bespoke measurement infrastructure.

Faster research iteration, higher-impact publications
What You Get

Deliverables your team can act on

Not just plots — quantified performance data your team can compare directly against CFD and use to select designs with confidence.

3D velocity fields

Full volumetric velocity — axial, radial, tangential — across the entire vessel

Dead-zone mapping

Identify and quantify stagnant regions to optimize flow coverage

Mixing efficiency vs power

Performance curves across all configurations for direct comparison

Turbulence metrics

TKE, Reynolds stresses, and energy dissipation rates

CFD validation datasets

Formatted for direct comparison with simulation outputs

Uncertainty quantification

Defined measurement bounds so your team can trust the data

Early Adopter Offer

Sign up for 4 configurations.
Get one free.

Be among the first to experience measured hydrodynamic intelligence. Limited availability — book your technical assessment today.

Book Technical Assessment

Stop guessing.
Start measuring.

Book a 30-minute technical assessment. We'll review your geometry and operating conditions and return a fixed-price proposal within 48 hours.