Machinery
Rotating Equipment Field Diagnostics & Mechanical Execution
Hands on rotating equipment and industrial mechanical capability for teardown, inspection, dimensional measurement, overhaul, alignment, reassembly and field evidence collection. Provides the practical field layer that connects engineering analysis to the actual internal condition of machinery.
30+ years of field mechanical execution
- UEI
- ZR3PJZEA7A21
- CAGE
- 174X8
- Independence
- Findings challenged before release
- Deployment
- Remote response within 24 hours
What This Discipline Covers
Scope of the technical capability.
Hands on rotating equipment and industrial mechanical capability for teardown, inspection, dimensional measurement, overhaul, alignment, reassembly and field evidence collection. Provides the practical field layer that connects engineering analysis to the actual internal condition of machinery.
- Equipment teardown
- Internal inspection
- Overhaul
- Alignment
- Shaft and bearing measurement
- Clearances
- Runout
- Fits and tolerances
- Couplings
- Reassembly
- Commissioning support
- Evidence preservation
- Repair quality assessment
Problems The Technical Lead Solves
The questions this discipline is engaged to answer.
- 01
Witnessed teardown
- 02
Failure evidence collection
- 03
Dimensional verification
- 04
Overhaul surveillance
- 05
Mechanical condition assessment
- 06
Alignment and fit problems
- 07
Repair verification
Equipment And Systems
Assets this Technical Lead has worked on directly.
- Pumps
- Compressors
- Gearboxes
- Bearings
- Couplings
- Shafts
- Mechanical drives
- Industrial rotating equipment
Industries And Environments
Operating environments where this experience was built.
- Chemical and process
- Mining and explosives
- Industrial operating facilities
Diagnostic And Investigation Methods
How the technical work is actually performed.
- Vibration data collection and spectral analysis
- Phase, orbit, and shaft centreline analysis
- Run up and coast down transient capture
- Operating deflection shape and modal testing
- Rotordynamic modelling and critical speed evaluation
- Alignment, balance, and bearing condition verification
Tools Capability
The platforms, instruments and measurement methods used on assignments.
These platforms, instruments and methods are used to produce evidence that holds up under audit, underwriting review and cross examination.
Field Machinery Diagnostics
Bently Nevada portable instruments and System 1
On site acquisition and interrogation of vibration, phase and shaft position data at the machine.
Emerson AMS machinery diagnostic instruments
Route based and troubleshooting vibration measurement on pumps, fans, compressors and drivers.
Precision Alignment and Balancing
Pruftechnik laser alignment technology, now Fluke Reliability
Shaft and machine train alignment measurement and correction verification.
Easy-Laser systems
Alternative laser alignment, flatness and bore measurement in the field.
Field balancing
Single and two plane balancing with before and after verification records.
Fixturlaser alignment systems
Shaft, spindle and machine train alignment measurement where a third platform is required for verification or availability.
Laser tracker and precision optical survey
Machine elevation, casing position and train geometry reconstruction during an overhaul or an installation dispute.
Schenck and Hofmann class shop balancing
Component and assembled rotor balancing with certified residual unbalance retained in the overhaul record.
Remote, Robotic and Visual Access
Industrial borescope and videoscope
Internal inspection of casings, cylinders, gearboxes and exchangers without full disassembly.
Robotic crawlers and remote visual inspection
Access into ducts, casings and confined internals that cannot be entered or opened on site.
Drone inspection of elevated equipment
Cooling tower, fan stack and elevated drive examination without scaffold.
Thermal and Acoustic Evidence
FLIR thermography
Thermal evidence of bearing distress, lubrication failure and electrical heating.
Airborne and structural ultrasound
Leak, valve and early bearing defect detection.
Oil analysis and wear debris examination
Lubrication condition and wear mode evidence taken with the machine still assembled.
Mechanical Condition Measurement
Runout, clearance and dimensional measurement
Shaft runout, bearing clearance, soft foot, bore and journal measurement recorded as as found evidence.
3D scanning of as found condition
Dimensional record of damaged parts before they are cleaned, machined or scrapped.
Torque and bolt tensioning verification
Assembly and joint integrity confirmation during teardown and reassembly.
Root Cause and Analytical Method
5 Why screening and Apollo Root Cause Analysis
Field findings carried into a documented cause chain rather than a verbal opinion.
BlackOut Power / TerraTolga Proprietary Capability
- Engineering Records Intelligence
Machine history, prior repairs and OEM data pulled together at the point of the site visit.
- FMECA Engine
Field observations mapped to failure modes so the repair addresses the cause, not the symptom.
- Criticality
Ranking of field assets so diagnostic and repair effort follows consequence.
Codes And Standards
Frameworks applied to the analysis.
- API 610, 611, 612, 613, 617 and 618
- API 670 machinery protection systems
- ISO 10816 and ISO 20816 vibration evaluation
- ISO 1940 balance quality
Credentials And Qualification
The professional basis for this discipline.
- 01
Vibration analysis certification at category III or IV level or equivalent depth
- 02
Field commissioning and turnaround machinery experience
- 03
Turbomachinery and reciprocating equipment troubleshooting background
- 04
Machinery protection and condition monitoring system experience
Scale And Breadth
Reported scale of professional exposure.
- 01
30+ years of field mechanical execution
- 02
Approximately 20 years supporting a major industrial operator's rotating equipment
Representative Professional Experience
Assignment types this discipline supports.
- 01
Diagnosis of chronic high vibration on a critical compressor train and redesign of the support system
- 02
Investigation of repeat bearing failures across a pump population with corrective specification changes
- 03
Transient analysis of a turbine trip event to establish the initiating mechanism
- 04
Field balancing and alignment program restoring availability on unreliable rotating assets
Assignment descriptions are generalized to protect client confidentiality. Specific references can be discussed during scoping where permissions allow.
Multidisciplinary Interfaces
Disciplines this work commonly coordinates with.
- Machinery Engineering
- Vibration
- Mechanical & RCA
- Reliability
- Inspection
Discuss a field diagnostics assignment.
Initial conversations are confidential and without obligation. We will confirm independence before scope is discussed.