Who should use AXOTLAS?

AXOTLAS is built for process-development, MSAT, manufacturing, plant-engineering, CDMO, TEA and LCA teams that need one traceable model for process design, facility capacity, cost, environmental impact and technical review.

What does an AXOTLAS model produce?

A project can produce an editable flowsheet, equipment and stream data, balances, dynamic profiles, schedules, capacity results, TEA and LCA datasets, sensitivities, source records, validation gaps and combined engineering exports.

Can AXOTLAS use company production data?

Yes. Customer-owned CSV and JSON datasets, historian exports, assays, supplier quotes, schedules and model parameters can be mapped to a project with units, sources, confidence and version context.

Interactive plant intelligence · AXOTLAS

One process change. Every plant-wide consequence.

Move through the production facility. See how one assumption propagates from feed and reactor to material balances, capacity, cost and impact.

Explore the reference model Evaluate your process

Real large-scale stainless-steel process plant at Weihenstephan with hygienic piping, vessels and production utilities — Move to inspect · click to pinFeed → reactor → harvest → facility

One connected engineering workflow

From a process question to a defensible plant decision.

01 · ProblemWhat must the team decide?
Scale-up feasibility, facility capacity, route selection, COGS, LCA or technology transfer.
02 · InputsWhat do you enter?
Product, process route, scale, operating mode, equipment, streams, measured data and cost or impact factors.
03 · ModelWhat does AXOTLAS calculate?
Flowsheet, balances, dynamics, physical limits, equipment demand, schedule and uncertainty.
04 · DecisionWhat do you receive?
TEA and LCA results, sensitivity, bottlenecks, evidence gaps and a decision-readiness status.

Real AXOTLAS workspace

Open an actual process model before signing in.

This is a current capture from AXOTLAS's Flowsheet Studio, not an illustrative diagram. Inspect the real equipment library, connection workflow, boundary streams and routed process graph.

Cultured meat · perfusion · Flowsheet StudioCurrent application capture

Current AXOTLAS Flowsheet Studio showing the equipment library, connection workflow, boundary stream controls and a routed industrial process model — **Captured from the running AXOTLAS application**The complete interface is shown at its original proportions: equipment library, connection workflow and routed plant model remain aligned in one frame.

Equipment library48unit types visible in this capture

Boundary streamsIn + outstandalone feeds and discharges

Connection checkRepresentedselected-unit port validation

Model levelL0–L3plant, core, upstream and downstream

Published engineering evidence

Inspect a complete model run before trusting the platform.

AX-REF-MAB-FB-001 is a synthetic 2,000 L CHO fed-batch benchmark with versioned assumptions, 169 reported states, sensitivity runs, explicit acceptance criteria and checksummed source artifacts. Open the reproducible reference implementation

Numerical balance residual: 2.67 × 10⁻⁷%
Acceptance criteria: 7 / 7 passed
Automated product tests: 88 passed
Published dynamic states: 169 points
Model class: Synthetic benchmark
Integrity: SHA-256 manifest

One technical system for the teams responsible for scale-up.

AXOTLAS is for engineering teams that need traceable calculations and complete plant context, not another disconnected dashboard.

Develop

Process development + MSAT

Compare batch, fed-batch, perfusion and continuous routes. Test kinetics, feeds, oxygen transfer, recovery and scale-up limits.

Decisions: operating mode, design space, transfer strategy.

Operate

Manufacturing + plant engineering

Plan campaigns, equipment reuse, CIP/SIP, utilities, operators, bottlenecks, heat recovery and facility fit.

Decisions: capacity, debottlenecking, expansion timing.

Decide

TEA + LCA + investment teams

Quantify materials, media, COGS, CAPEX, water, energy, emissions, uncertainty, NPV and sensitivity.

Decisions: route selection, investment case, sustainability.

Start with one decision and predefined acceptance criteria.

The initial engagement is deliberately narrow. Prove model fidelity and workflow value before expanding access.

01 · Define
Freeze the question and baseline
Select one customer-owned process, decision, data package and measurable acceptance tolerance.
02 · Reconcile
Build and challenge the model
Close balances, reproduce equipment duty and schedule behavior, then explain every material difference.
03 · Decide
Review results and expand deliberately
Compare scenario speed, traceability and decision quality before adding teams, sites or live data.

Technical pilot

Prove AXOTLAS on one process before changing your workflow.

Use customer-owned data, agreed tolerances and a fixed decision. Expand only if the model and engineering workflow pass review.

Define the pilot Inspect reference evidence