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Configure your module

Choose the vessel, the way it mixes, what it measures and how many tanks run together in the module
The drawing, the spec sheet and the operating numbers update as you go
Send us the result and we will price it, for a network site or for your own floor

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Inputs

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Add your info below

Sensors

{{ sensorCount }} selected

Other

Some of these can either just watch, or act. A pH probe on its own tells you the number; put it on control and it comes with dosing pumps that hold the setpoint

Size, seed train and module

A tall, narrow tank gets more oxygen into the broth for the same volume. A step ratio of 10x means each vessel feeds one ten times its size

Tank size, total volume{{ vesselLabel }}

Height to diameter{{ hdLabel }}

{{ dimDLabel }} · {{ dimHLabel }} tall

Step ratio{{ seedRatio }}x

Production tanks per module{{ skidLabel }}

Modules in the fleet{{ skidsLabel }}

Auxiliary equipment

{{ auxCount }} selected

The tank alone does not run. Steam, chilled water, clean air, water treatment and a CIP system all carry capital cost, and each one you select becomes a line in the investment table

Standard

Other

Something else the process needs. Describe it and we will price it with you

Branding on the tanks?

Your color on the cladding and your logo on the shell plate. We take the artwork later

Assumptions

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Process assumptions

Starting values are typical. Move them to test a case

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Working volume{{ fillLabel }}

Cell density, wet{{ densityLabel }}

= {{ dryLabel }} at harvest

Wet to dry weight{{ wetDryPctLabel }}

Harvest cycles per month{{ cyclesMonth }}

{{ cyclesLabel }} after contamination

Contamination rate{{ contamLabel }}

Where the money goes

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{{ rawCogsLabel }}/kg operating

{{ c.perKg }}/kg · {{ c.pct }}

How labor is counted

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Shifts per day

Loaded salary per head, per year

FTE · {{ l.cost }}

Modules one operator can run (any tank count)

Worth checking · {{ warnCount }}

None of these numbers are set in stone. They are a starting point built from typical values, and every rate here is a field you can type your own number into, so the model runs on your own figures rather than ours

Outputs

See your results below

This configuration

dry biomass produced per year, whole facility

total capacity

in the fleet

{{ perSkidVolumeLabel }} per module · {{ vesselCount }} tanks

total floor area

operators needed

Raw COGS, per kg

kg produced per 1 kL reactor per year

{{ shapeName }} · {{ mixName }}

{{ vesselLabel }} total volume · {{ hdLabel }} · {{ orgName }}

Control panel

{{ autoName }} · {{ autoNote }}

Seed train

Cells are grown up in steps of {{ seedRatio }}x until there are enough to fill a production reactor. {{ stageCount }} stages before the tank

1 kL

Closed-loop module

{{ reactors }} tanks and one seed train on shared media, cleaning and harvest lines

SEED TRAIN

Specification

Next step

Send this configuration to BioX-AI

We come back with a price, a footprint and a schedule, for capacity in a network site or the same module installed at your own. What you send here goes to us and to nobody else.

Your name

Company

What are you making, and what volume do you need

Prefer to read first? The Fleet, the sites and how capacity is allocated are on the Fleet site.