With Aspen Flare System Analyzer, complete a variety of flare system sizing projects. Complete flare system design, to generate new header systems. Complete flare system rating, to ensure existing flare header designs can accommodate changes to relief scenarios. Complete debottlenecking of existing systems in revamp projects.
Model both single and multiphase flare or vent systems including convergent, divergent, and complex looped systems. After simulating the network and completing the flare system design of new header systems or completing the flare system rating of existing flare header designs, generate a variety of reports of the flare system sizing.
Stream data and results from PSVs sized in Aspen Plus and Aspen HYSYS can be automatically imported into Aspen Flare System Analyzer for flare system design of new header systems and flare system rating of existing flare header designs. Relief scenarios from simulation can be mapped to specific flare scenarios to complete flare system sizing.
Utilize Aspen Dynamic Simulation to reduce maximum flare loads, generating the optimal flare system design of new header systems and optimal flare system rating of existing flare header designs. Reduced flare loads with dynamic simulation ensure the flare system sizing is optimized to shrink project CAPEX.
Conduct optimal flare system sizing analysis with customizable models using a considerable range of options: heat transfer calculations for pipes, user-defined pressure drop curves for flare tips, multiple fluid flow/pressure drop methods, extensive pipe fittings database, and more. Use these options to generate the flare system design or completing the flare system rating of existing flare header designs.
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Complete flare system design, rating, and debottlenecking with Aspen Flare System Analyzer for optimal flare system analysis of projects.