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Engineering consultancy & reliability support

Engineering Solutions That Improve Reliability, Performance, and Asset Life

Practical engineering consultancy and reliability support that reduces downtime, extends asset life, and improves operational efficiency.

  • ISO 18436-2 Category II vibration analyst
  • ISO 18436-7 thermography
  • UK-wide site coverage

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Years in reliability engineering

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Assets under routine monitoring

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Typical reduction in unplanned downtime

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Report turnaround after a site visit

  • ISO 18436-2

    Vibration Analysis Category III

  • ISO 18436-7

    Thermography Category II

  • MLA I

    Machine Lubricant Analyst

  • 15+ years

    Rotating plant experience

  • UK-wide

    Site coverage

01About the practice

Engineering judgement applied where it matters

Reliability Support Services is led by Ronald Munodawafa, a UK-based reliability and condition-monitoring engineer. Whether the scope is a single critical asset or an entire facility, the work is the same: understand how the plant fails, measure what matters, and put a proportionate strategy in place. Engagements range from one-off diagnostic surveys to ongoing reliability programme support.

The value is not in supplying readings. It is in interpreting them — identifying developing trends, separating genuine defects from noise, and giving maintenance teams practical recommendations they can act on. Reporting is written for engineers and managers alike: clear findings, defensible reasoning, and a stated priority for each action.

02Core services

Reliability and maintenance engineering support

Structured engineering services covering failure elimination, maintenance strategy, asset integrity, data analysis, and lifecycle consultancy.

Reliability Engineering

Identifying and eliminating the root causes of equipment failure.

  • Reliability assessments and criticality analysis
  • Failure mode and effects analysis (FMEA)
  • Reliability-centred maintenance (RCM)
  • Root cause failure analysis (RCFA)

Maintenance Strategy Development

Building effective, data-led maintenance strategies.

  • Preventive and predictive maintenance optimisation
  • Condition monitoring programme design
  • Planning, scheduling and KPI development
  • Asset management frameworks

Asset Integrity & Performance Improvement

Improving availability across the asset base.

  • Reliability risk identification
  • Equipment health assessment
  • Reduction of unplanned downtime
  • Asset life extension

Reliability Data Analysis

Turning operational and maintenance data into decisions.

  • Reliability reporting and failure trend analysis
  • MTBF and MTTR analysis
  • Asset performance benchmarking
  • Reliability dashboards

Engineering Consultancy

Support throughout the asset lifecycle.

  • Technical assessments and design reviews
  • Risk assessments
  • Equipment specification
  • Operational readiness support

03Condition monitoring

Diagnostic services delivered on site

Hands-on condition monitoring by an experienced engineer using calibrated equipment, with clear, actionable reporting against recognised standards.

Close-up of gas turbine compressor blades inside a power plant casing

Vibration Analysis

Monitoring of electric motors, pumps, fans, compressors, gearboxes and turbines to detect bearing defects, misalignment, looseness, imbalance and resonance before they become failures.

Vibration Analysis in detail

Infrared Thermography

Non-invasive thermal imaging of switchgear, MCCs, transformers, mechanical equipment and building envelopes, detecting overheating components while equipment stays operational.

Infrared Thermography in detail

Oil Analysis

Laboratory-backed lubricant testing that reveals wear, contamination and degradation early, covering routine condition monitoring, wear debris, hydraulic and transformer oils.

Oil Analysis in detail

On-Site Dynamic Balancing

Single- and two-plane balancing performed on site, correcting rotor imbalance in fans, motors, pumps and turbines without equipment removal.

On-Site Dynamic Balancing in detail
Large industrial electric motor with partially exposed rotor and stator windings

Rotating equipment: from diagnosis to correction

Vibration analysis identifies the defect; on-site dynamic balancing corrects it. Motors, fans, pumps and turbines are assessed in their installed condition, and single- or two-plane balancing is carried out in place — avoiding removal, reducing vibration levels, protecting bearings, and cutting parasitic energy losses.

Discuss a survey

04Scope and standards

Equipment covered and how it is assessed

Measurements are evaluated against published standards and machine history, so findings are defensible rather than opinion.

Plant covered

  • Electric motors
  • Centrifugal pumps
  • Fans and blowers
  • Screw and reciprocating compressors
  • Gearboxes
  • Steam and gas turbines
  • Switchgear and MCCs
  • Transformers
  • Conveyors and drives
  • Hydraulic systems

Standards worked to

  • ISO 10816 / ISO 20816 — vibration severity evaluation
  • ISO 13373 — condition monitoring of machines, vibration
  • ISO 1940 — balance quality grades for rotors
  • ISO 14224 — reliability and maintenance data collection
  • ISO 18436 — personnel certification requirements

What you receive

  • Overall vibration levels trended against previous surveys
  • Spectra and time waveform plots for every flagged machine
  • Thermal images with reference-phase comparison where applicable
  • Severity ranking against ISO limits, not subjective judgement
  • A prioritised action list with recommended timescales
  • A stated retest interval for each monitored asset

05How it works

What an engagement looks like

A straightforward sequence, whether the scope is a single problem machine or a site-wide monitoring programme.

  1. 01

    Initial discussion

    A short call to understand the plant, the problem, the criticality of the asset and what a good outcome looks like. No charge, no obligation.

  2. 02

    Site survey and data capture

    Attendance on site with calibrated instrumentation. Measurements are taken with equipment running in normal operating condition wherever possible.

  3. 03

    Analysis and reporting

    Data is analysed against recognised standards and machine history. You receive a written report with findings, supporting plots and a severity ranking.

  4. 04

    Recommendations and follow-up

    Prioritised actions with a stated retest interval, plus support in interpreting results and planning corrective work at the next available window.

06Case snapshots

Findings from recent site work

Anonymised examples of what condition monitoring picks up and what it saves. Client names and locations are withheld.

Food & beverage

Bearing defect found on a cooling-water pump

Situation
Routine vibration route on a duty/standby cooling-water pump set serving a process chiller.
Finding
Overall velocity rose from 2.8 mm/s to 7.1 mm/s over six weeks. Spectral analysis showed a non-synchronous peak at 4.7x running speed with harmonics and sidebands — an outer-race defect on the drive-end bearing.
Outcome
Duty swapped to standby, bearing replaced at a planned outage nine days later. No unplanned stoppage; a full line stop was estimated at around 14 hours.

Manufacturing

Thermography survey of main distribution switchgear

Situation
Annual infrared survey across two MCCs and the main LV distribution board, carried out under normal load.
Finding
Three phase connections running 38–52 °C above reference phase, the worst on an incoming isolator feeding a compressor house.
Outcome
All three joints re-torqued at the next shutdown; retest showed a maximum delta of 4 °C. One connection was judged an imminent failure risk.

Water & wastewater

On-site balancing of a centrifugal process fan

Situation
Large ID fan with persistent high vibration and a history of repeat bearing changes.
Finding
1x running speed dominant with steady phase — classic rotor imbalance from process build-up rather than a bearing fault.
Outcome
Two-plane balance completed in place in a single shift. Vibration reduced from 11.4 mm/s to 1.6 mm/s; no rotor removal and no repeat bearing failure since.

07Sectors

Industries we support

Experience across regulated, continuous-process and heavy rotating plant environments.

  • Manufacturing
  • Energy & Utilities
  • Power Generation
  • Oil & Gas
  • Food & Beverage
  • Pharmaceutical
  • Chemical Processing
  • Water & Wastewater
  • Marine & Offshore
  • Facilities Management

Why choose us

How we work

Practical Engineering Expertise

Hands-on industry experience across rotating and static plant, applied on site rather than from a template.

Data-Driven Approach

Recommendations grounded in objective measurement, established standards and reliability best practice.

Tailored Solutions

Programmes built around your operational goals, criticality and existing maintenance capability.

Long-Term Reliability Improvement

A focus on eliminating repeat failures and sustaining performance, not on short-term fixes.

In their words

What clients say

Feedback from maintenance and engineering teams. Names and sites are withheld at client request.

The survey picked up an outer race defect on a critical extraction fan six weeks before our next planned shutdown. We changed the bearing on our terms rather than theirs.
Maintenance ManagerFood processing, East of England
Reports are written for engineers. Findings, evidence, and a stated priority — nothing padded. It made the case for a predictive programme far easier to put to the board.
Engineering LeadPharmaceutical manufacturing
On-site balancing of two induced draught fans saved us a strip-down and a week of lost output. Straightforward, competent work.
Reliability EngineerPower generation

08Questions

Frequently asked

Where do you travel to?

Site work is undertaken anywhere in the UK — mainland England, Scotland and Wales, plus Northern Ireland and offshore locations by arrangement. Travel further afield can be discussed for larger programmes.

What is the typical lead time for a survey?

Routine surveys are usually scheduled within one to two weeks. Where a machine is deteriorating or a shutdown decision depends on the result, attendance can normally be arranged at short notice.

Can I book a one-off survey, or do I need an ongoing contract?

Both are available. Many clients start with a single diagnostic visit on a problem asset, then move to a scheduled route once the value is clear. There is no minimum commitment.

What access do you need on site?

Safe access to the machine while it is running in a representative operating condition, a site induction, and any permits your safety system requires. Motor and drive nameplate data and recent maintenance history are helpful but not essential.

How quickly do I get the report?

Written reports are issued within three working days of the visit as standard. Any finding judged to be an imminent failure risk is raised verbally before leaving site.

How are findings prioritised?

Each asset is assessed against the relevant ISO severity bands and its criticality to your process, then given a clear action and timescale — monitor, plan, or act now. Recommendations are proportionate to the risk, not blanket replacement.

Ronald Munodawafa, Principal Reliability Engineer at Reliability Support Services

09Who you are working with

Ronald Munodawafa

Principal Reliability Engineer

Most failures announce themselves long before they happen. The job is to be listening at the right time, with the right instrument, and to say plainly what the data means.

Ronald is a reliability and condition-monitoring engineer with over fifteen years working on rotating and static plant across manufacturing, power generation, and water treatment. He has run condition monitoring routes on continuous-process sites, led root cause investigations on repeat failures, and built predictive maintenance programmes from scratch.

He founded Reliability Support Services to offer that experience directly to plant and maintenance teams: independent, without an equipment sales agenda, and focused on giving engineers findings they can defend to their own management.

Typical projects

  • Condition monitoring routes on continuous-process manufacturing sites
  • Root cause investigations into repeat rotating-plant failures
  • Predictive maintenance programmes built from scratch
  • Criticality analysis and maintenance strategy reviews
Connect on LinkedIn

Commercial arrangements

Ways of working together

Work is scoped before it is priced. Every engagement begins with a short call to establish the asset list, the problem, and the level of support required.

Diagnostic survey

A single visit to investigate a specific problem asset or a defined group of machines, with a full written report and recommendations.

Priced per visit, quoted after a short scoping call.

Routine monitoring route

Scheduled monthly or quarterly visits covering an agreed asset list, with trending between visits and severity-based escalation.

Priced per route, based on asset count and visit frequency.

Reliability programme support

Retained engineering input: criticality analysis, maintenance strategy, RCFA facilitation and KPI development alongside your team.

Agreed as a day rate or fixed monthly allocation.

10Contact

Request a quote

Looking for engineering consultancy or condition monitoring support? Get in touch to discuss your operational challenges and receive a free, no-obligation quote.

When you email, it helps to include your company, site location, the equipment involved, and which service you are interested in:

  • Reliability Engineering
  • Maintenance Strategy
  • Asset Integrity
  • Reliability Data Analysis
  • Vibration Analysis
  • Infrared Thermography
  • Oil Analysis
  • On-Site Dynamic Balancing

Need something to circulate internally? .

Direct contact

Telephone
+44 7714 012389
Based in
Cambridgeshire, England, UK

Currently accepting new site work across the UK. Enquiries are answered directly by Ronald Munodawafa. Site work is undertaken across the UK, with travel further afield by arrangement.

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