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Industrial gases

An ASU does not get a second chance at uptime. Neither do your contracts.

We act on a purity drift or degradation event, before it threatens a supply contract or forces a shutdown.

Sound familiar

What industrial gas leaders tell us

"A compressor trend went unwatched and we lost ASU availability."

Availability is the contract. A compressor degradation that was visible in the data became an unplanned shutdown because nothing acted on it.

"A purity drift risked a customer spec breach before anyone caught it."

Product out of spec to a customer with tight requirements is a contract event, and the drift that caused it was trending well before the breach.

"Tanker scheduling is reactive, so we run customers close to empty."

Without telemetry-driven replenishment, the fleet runs on guesswork and customers get uncomfortably close to running dry.

Where to start

The events worth automating first

We do not boil the ocean. We pick the single event with the highest avoidable cost and build the full chain for it, then move to the next.

ASU availability prediction

Degradation across the air separation unit is scored from live data, so maintenance is planned before availability and contracts are at risk.

Purity drift detection

Product purity drifting toward a spec limit is caught and corrected before a customer spec breach, not after.

Compressor health

Compressor condition is monitored continuously, so a failing unit is serviced on a planned slot instead of tripping the plant.

Telemetry-based replenishment

Customer tank levels and usage drive distribution scheduling, so the fleet runs ahead of demand instead of behind it.

A worked event

One event, run end to end

Event
O2 purity drifting toward spec limit
Intelligence
Spec breach 57% probable next shift
Decision
Adjust now versus hold, contract penalty risk
Action
Alert operations, adjust process, log event
Outcome
Purity restored, supply contract held
Powered by Asset Intelligence and Control Tower

Availability and purity, running today

Industrial gases run on Asset Intelligence for ASU and compressor health, paired with the Control Tower for distribution. The same six-layer architecture that runs in production today, configured for your plants, your purity specs, and your supply obligations.

Built on your MES, ERP, and quality systems
Human approval gates where the floor needs them
Full audit trail on every decision and action
System health view showing live plant and asset status
Seven screens from the build

Each screen maps to a layer. You pick the ones you need.

Modular by design. Start with the screens the first event needs, add the rest as you grow. What follows are real screens from a build we ran inside a client's systems, not a subscription product.

Live Events screen
01

Live Events

Real-time ingestion and normalisation of every operational event.

Event
Asset Registry screen
02

Asset Registry

The master ledger of assets with full lifecycle history in one place.

Event
Network Map screen
03

Network Map

Geospatial view with live telemetry across the whole estate.

Intelligence
Risk Accelerator screen
04

Risk Accelerator

Predictive scoring with AI explanation chips and confidence ratings.

Decision
Interventions screen
05

Interventions

Cost of action versus inaction, then approve and execute in one place.

Workflow
Automations screen
06

Automations

IF, AND, THEN rules running thousands of executions at high success.

Action
Simulation Accelerator screen
07

Simulation Accelerator

What-if scenarios across six domains, with pre-emptive actions ranked.

Outcome

Add what you need

Analytics, compliance and audit, system health, and integrations hub round out the set.

Start here

Which availability or purity risk could cost you a contract?

Bring us one. In 30 minutes we will tell you whether it is predictable, what it would take to catch it early, and roughly what it would cost.