ProcessEngineeringSolutions·PoweredbyPROCEEX
PROCEEX
PROCEEX · SAFETY

Your corporate platform for all your Process Safety studies and safety knowledge.

A HAZOP deviation in the full-screen study view
  • From fragmented data to knowledge.
  • From inconsistent methods to a customised backbone.
  • From repeated data entry to traceable history.
The HAZOP worksheet

Process Safety Expert

Your Process Safety standards and culture embedded in PHA software.

HAZOP, What-If, Checklist, LOPA and SIL in one workspace, with SEVESO (BEKRA) and ATEX documentation, and a Copilot that brings forward only what your own earlier studies recorded.

The project's action items
PROCEEX · CALC

Your company’s process engineering calculations in one checked, traceable platform.

A relief valve sizing calculation with its results
  • From scattered spreadsheets to one verified tool.
  • From a number in a cell to a calculation with its equation and reference.
  • From emailed files to approved, registered documents.
A design practice with its scheme

Process Calculation Expert

More than fifty calculation modules, from relief valves, tanks and venting to lines, heat exchangers and fired heaters, each step shown with its equation and the standard behind it; more than seventy design practices drawn with reason and source; revisions, two-step approval, data sheets and reports in Word and PDF.

A project with its calculations and approved documents A furnace lining calculation: wall layers, zone temperatures and checks
PROCEEX · FLOW

Your plant equipment, simulated with a CFD engine that is verified before it is trusted.

Mixing tee: an 80 °C branch jet into a 20 °C main line, centre plane and cross sections downstream
  • From generic CFD to mixing tees, desuperheaters, sprays and heat transfer.
  • From unchecked models to analytic solutions and published benchmarks.
  • From pipe specification to a report with the evidence beside the results.
Validation: lid-driven cavity at Re 100, computed centreline velocities against the Ghia, Ghia and Shin (1982) benchmark

Process CFD Engine

Real fluid properties, turbulence and two-way coupled droplet sprays for process equipment: where a heat balance gives one outlet temperature, the engine shows what drop size and spray length do to it.

Desuperheater: steam temperature on the centre plane, spray evaporation along the pipe and the downstream temperature against the design target