CHEMICAL & ENERGY
Process data, and the physics behind it
Chemical and energy processes are where our two halves meet most directly. These are plants where the governing equations matter — where thermodynamic properties, heat and mass transfer and fluid behaviour determine what the process can do. We have spent fifteen years building validated numerical implementations of exactly those standards, and we build the production systems that sit on top of them.
What these plants are up against
Continuous process monitoring
Temperatures, pressures, flows, levels and concentrations across a plant, captured continuously and presented as one live picture rather than a dozen separate screens.
Energy as a controllable cost
Energy is often the largest variable cost and the least well attributed. Measuring it against production makes it manageable.
Specification compliance
Product properties measured against specification, with out-of-range conditions caught at the point of production rather than at final inspection.
Calculations that must be right
Where property data feeds a control or reporting decision, the underlying implementation needs to be validated against the standard it claims to follow.
Standards-validated calculation
Our engineering software implements IAPWS-IF97 for water and steam properties, ASHRAE formulations for humid air, and CTI ATC-105 for cooling tower performance — used in production by engineers worldwide. When a plant system depends on property data, we can stand behind the numbers underneath it.
How we help
MES for Manufacturing
Live production tracking, OEE, downtime, quality and traceability - read directly from your machines.
LEARN MORETraceability & Genealogy
Every unit tracked with its parameters and history, so an audit is answered from the system in seconds.
LEARN MOREIndustrial AI
Predictive maintenance, visual inspection and process optimisation, grounded in the physics of the process.
LEARN MOREPROCESS SYSTEMS, BUILT ON THE PHYSICS
Tell us about your process and your systems. We will tell you how we would approach it.