Upgrade and redesign of complex relief system.
Relief systems must be properly sized and designed correctly mechanically, to withstand the sudden and sustained forces experienced during a de-pressuring event. The forces generated during sudden relief flows are large and can cause major equipment and pipe damage that can result in loss of containment and cause or escalate of fire and explosion events.
3D plant survey of the relief systems.
Use of our advanced ReliefFlow software to assess the relief systems by calculating capacity, pipe flow conditions and reaction forces.
Formulation of a pipe stress analysis philosophy.
Automatic generation within the ReliefFlow software, of all the required information for pipe stress analysis such as pipe geometry, reaction forces, and vessel nozzle strengths.
Pipe stress analysis simulation against the required piping standard. Develop specifications, drawings and datasheets for pipe supports, guides, and nozzle stiffening.
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