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Single-phase hydraulics sounds easy.



In reality, it requires a thorough understanding of hydraulics, fluid properties and phase equilibria, heat transfer, equipment and facilities, instrumentation and controls, surge relief devices, drag reduction, batching, column separation, leak detection and other operating procedures. 



Our experts have this knowledge and wide practical experience to solve your challenge.

Pressure surge analysis

Pressure surge
analysis

Pressure surges happen in liquid-filled pipes which can cause the pipe to burst or collapse. 
Our engineering services deliver comprehensive assessments and mitigation strategies, ensuring the integrity and reliability of pipelines and systems under pressure surge conditions.

Pressure surges happen in liquid-filled pipes which can cause the pipe to burst or collapse. 


Our engineering services deliver comprehensive assessments and mitigation strategies, ensuring the integrity and reliability of pipelines and systems under pressure surge conditions.

Thermal hydraulic
simulation

Detailed models of pipelines, pumps or compressors, instrumentation and controls, valves and valve closure times, and surge devices are needed to understand system behavior and guide design decisions. The models inform the consideration of dynamic events like startup, shutdown, ramp-up, batching, pigging, and ESD events.

Our services employ advanced modeling to optimize energy efficiency and maintain safe operations in midstream and LNG systems, ensuring precise temperature and flow control.

Leak detection verification

Leak detection
verification

Regulators often require verification of the leak detection system sensitivity under various operating scenarios. 



We can assess the sensitivity and reliability of leak detection systems via a simulated leak test including accounting for column separations.



Our engineering services implement cutting-edge technologies for real-time monitoring and early detection of leaks, safeguarding midstream assets and the environment.

Transient pipe load analysis

Transient pipe
load analysis

Transient piping loads, a problem associated with pressure surges is important, but not well understood.

In plants and terminals there are hundreds or thousands of pipe segments. Calculating and extracting the piping loads for different transient cases is a tedious, but important task.

This has led evoleap to develop automated techniques for setting up, calculating, and extracting the piping loads.

For more
information…

About evoleap’s software and services contact us
and our team will get back to you shortly.

About evoleap’s software and services contact us and our team will get back to you shortly.