Calculation tools developed for our own design work and made available to clients — precise about units, explicit about methods, and validated against the governing standards. Where spreadsheets stop being enough, these begin.
Each application is developed under the same discipline as our consultancy deliverables: explicit engineering basis, results traceable to method and source, and solver engines proven against published worked examples.
Line sizing for liquid, gas and steam service — full Darcy-Weisbach and Colebrook-White hydraulics with compressible-flow and steam-property kernels behind it. Enter the duty and your selected line; it reports velocity, pressure drop, Reynolds number and flow regime, checks them against the governing line sizing guidelines, and recommends a compliant size.
A defensible line size in seconds, with the governing limit, the method and the erosion check all shown rather than assumed.
Contingency analysis and device sizing for pressure relief systems — covering fire (wetted and gas-filled), blocked outlet, control and check valve failure, gas blowby, liquid overfill, thermal expansion, tube rupture and tank venting. Devices are sized for liquid, steam, vapour (critical and subcritical) and two-phase (Omega method) relief, with rupture-disk combination-capacity checks and ASME VIII/I accumulation factors applied by design code — built to make the sizing basis, case selection and margin visible rather than buried in cell formulas.
Relief documentation an authority engineer can audit line by line.
Piping network modelling on an ISA-symbol P&ID canvas, solved by Newton-Raphson and Global Gradient Algorithm equation solving across branched and looped networks. Covers single-phase liquid flow, compressible gas and steam flow (IAPWS-97 properties), and two-phase flow via Beggs-Brill, Lockhart-Martinelli, Chisholm, homogeneous and drift-flux correlations. Pump and compressor performance is back-calculated from curves, with control valves sized and checked in the same model.
From flowsheet sketch to verified hydraulics in one traceable model, with every result tied to its method and data source.
Two- and three-phase separator sizing across vertical and horizontal configurations, with iterative solving for horizontal drums and full multi-unit-system support.
Consistent, defensible vessel sizing from a single engineering basis.
These are professional instruments, not mass-market apps. Access is granted to clients and collaborators individually — each user is invited by us, signs in to a private client area, and sees exactly the tools licensed to them. There is no self-service registration, by design.
If these tools would be useful in your work, tell us what you are trying to calculate and we will arrange a demonstration.
Request access to a tool and we will review it, or sign in if you already have an account.