Compression Dynamics Consulting, LLC

Performs on-site dynamic equipment vibration diagnostics and data collection over multiple days, utilizing accelerometer, velocity, and transducer probes to capture critical vibration and performance parameters.

Evaluates complex piping systems and reciprocating compressors to establish safe and reliable operations, ensuring compliance with API 618 or GMRC specifications.

• Pulsation Analysis

  Assesses pulsation and acoustic behavior to model and design effective suppression systems, mitigating cyclic fatigue risk.

• Natural Frequency Harmonics

  Identifies structural and acoustic resonance frequencies to avoid operating excitation ranges and minimize dynamic stress.

• Forced Response Analysis

  Simulates dynamic mechanical loads to calculate cyclic stresses and ensure structural durability of process piping and supports.

• Finite Element Analysis

  Constructs advanced static and dynamic finite element models of compressor skids and structural elements to verify integrity under operational loads.

Work in this area is organized into supported delivery tasks.

• Models Rotating

  Support includes Models rotating.

• Reciprocating Machinery To Evaluate Torsional Vibration

  Support includes reciprocating machinery to evaluate torsional vibration.

• Determine Natural Frequency Harmonics

  Support includes determine natural frequency harmonics.

• Select Appropriate Torsional Components

  Support includes select appropriate torsional components.

Work in this area is organized into supported delivery tasks.

• Analyzes Thermal Expansion

  Support includes Analyzes thermal expansion.

• Weight

  Support includes weight.

• Dynamic Stresses In Process Piping Networks To Optimize Support Placement

  Support includes dynamic stresses in process piping networks to optimize support placement.

• Ensure Structural Integrity

  Support includes ensure structural integrity.

Provides specialized design support for reciprocating compressors, including pulsation bottle sizing and formal design approach selection.