Capabilities
Organized by engineering discipline
01
Mechanical Engineering
Rotating and reciprocating machinery, from first-principles design to field rebuild.
- Reciprocating & lean-burn gas engines — combustion, valvetrain, lubrication
- Screw, reciprocating, and booster compressors
- Progressive-cavity and centrifugal pumps in abrasive / corrosive service
- CAD, tolerance analysis, material selection for H₂S-bearing service
- Failure analysis — wear, fatigue, fracture, corrosion
- Redesign and rebuild of under-performing equipment
02
Electrical Engineering
Power, controls, and instrumentation that keep machines protected and observable.
- Engine and compressor control panels, interlocks, shutdown logic
- Instrumentation — pressure, temperature, vibration, gas analysis
- Ignition systems and generator-set electrical integration
- Hazardous-area considerations for gas-handling equipment
- Schematics, wiring documentation, and commissioning
- [ADDITIONAL ELECTRICAL CAPABILITY — confirm with principal]
03
Systems Engineering
How the pieces interact — process, machine, controls, and the people running them.
- Gas-handling trains: conditioning, H₂S and siloxane removal, compression
- Root-cause analysis across process, mechanical, and control boundaries
- Life-extension and remaining-life assessment
- Test rigs, validation plans, and data acquisition
- Equipment operability and downtime reduction
- Integration of new hardware into existing facilities
04
Process Safety & Compliance
Practical support for process-safety recommendations and equipment integrity.
- RAGAGEP gap assessments with prioritized closure plans
- Implementation of Process Hazard Analysis (PHA) recommendations
- Codes and standards: [LIST APPLICABLE — e.g. NFPA, API, ASME]
- Mechanical-integrity review and inspection records structured for audit