Process Engineering

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Fluid or gas networks can range from a single pipe to any complex arrangement of components and pipes. CEA Technology provides you with a software program for designing and optimizing these kind of pipe networks and provides the engineer with the ability to easily optimize the solution approach for any specific problem in this area.

The predefined component types are pipes, manual valves, pumps, non-return valves, reducers, sprinklers, orifice plates, flow controllers, pressure controllers, closed circuit components, junction components and network entry and exit points, such as tanks, boreholes or pipe takeoffs, accumulators, reciprocating pumps and compressors, rotating positive displacement pumps, cyclones, shell and tube exchangers, plate exchangers, cooling towers, jacketed vessels, bursing discs, 3-way valves, knock-out pots, etc. and more.

Total Heat Balance

This means you need only specify fluid temperatures at boundary components, all other temperatures are calculated. Pressure changes, heat loss or gain from the surroundings and heat exchange made via the new heat exchange components may be included into the heat balance.

Calculation capability expanded via plug-ins

Examples are auto-equipment selection, auto-equipment sizing , 2-phase gas liquid calculations, twophase solid liquid calculations, non-Newtonian flow calculations, extended and real-time analysis, etc.

Latest Calculation Techniques

Gas calculations make no simplifying assumptions of ideality, adiabatic or isothermal processes, etc. Pressure losses are determined by solving the momentum and physical property equations simultaneously. This means more accurate results, particularly at higher Mach numbers. There are many methods available for physical property prediction, using the very latest techniques and EOS models.