What we model
Process simulation examples
Each process below is a model our engineers built and validated, delivered as an app. Where a process has its own live tool, we link straight to it.
Flue Gas Cleaning
Acid gas removal under real operating variability
Real-time modelling of acid gas removal, NOx/SOx reduction, thermal dynamics and chemical dosing optimisation while inlet conditions fluctuate.
Modelling scope
- SO2, SO3, HCl, HF and dust capture across wet, semi-dry and dry-sorbent processes
- NOx reduction (SNCR/SCR) with reagent-slip trade-offs
- Flue-gas cooling, saturation and reheat thermal balance
- Reagent dosing optimisation against live emission limits
Key outputs
- Outlet concentrations
- mg/Nm³ per species, dry 11 % O2, vs. permit limits
- Reagent consumption
- kg/h and stoichiometric utilisation
- Energy balance
- cooling duty, reheat duty, pumping power
Industrial Heat Pump
External appCOP under volatile source conditions
Coefficient-of-performance cycle calculations under volatile source environments, working-fluid optimisation and district-network thermal lifts.
Modelling scope
- Vapour-compression cycle modelling for MW-scale duties
- Working-fluid selection and glide matching
- Source and sink temperature-profile sensitivity
- District-heating lift and part-load behaviour
Key outputs
- COP
- delivered heat per unit electricity
- Heat output
- MW thermal at design and part load
- Electrical demand
- MW across the operating envelope
Desalination
Reverse-osmosis membrane mechanics
Reverse-osmosis membrane mechanics: pressure-drop iterations, concentration polarisation criteria and specific energy consumption.
Modelling scope
- Multi-stage RO array modelling with element-level pressure drop
- Concentration polarisation and scaling-risk indicators
- Energy-recovery device performance
- Recovery-ratio and permeate-quality optimisation
Key outputs
- Specific energy
- kWh per m3 permeate
- Recovery ratio
- % permeate of feed
- Permeate quality
- TDS mg/L