PSW Reliability Engineering

The Best Way to predict the future is to create it with a PSW Integrity Maintenance Programme

Reliability Engineering

 

At PSW Integrity, our certified reliability engineers are professionals who understand the principals of performance evaluation and prediction to optimise product, systems, reliability and maintainability. PSW-Man is a body of knowledge and applied technologies which delivers, however are not limited to, Failure Modes and Effects Analysis, understanding human factors in reliability, Planning and scheduling, KPI Dashboard, Training and the ability to develop Reliability facilitation over the entire product and system life cycle.

Walkdown - Asset Catalogue

An accurate and 'live' asset catalogue, developed by the relevant personnel, and verified in the field is considered best practice. An asset catalogue is the foundational element of any maintenance or reliability initiative and consists of not only the list of assets, but also
includes system descriptions, component configurations, component attribute data, hierarchy structure, etc. The reason an asset catalogue is considered ’foundational’ relates to effective management of assets. If there are errors, all maintenance and reliability initiatives will be
flawed, leaving assets without effective management.

Equipment Maintenance Plan

An equipment maintenance plan identifies what tasks should be deployed/implemented to most effectively manage the failure modes present in assets. Best practice programs plan and schedule at least 80% of the daily tasks to drive efficiency and proactive work. It is
proven that planned work is 50% more efficient and causes less infant mortality than reactive. A high percentage of daily work hours should be Planned Maintenance (PM), Condition Monitoring and also follow up work created from those inspections. All tasks must be
well written and designed to effectively eliminate, manage or inspect failure modes, reduce risk of human error, and deliver optimum feedback and history into the CMMS.

Criticality / Consequence Classification

Criticality / Consequence Classification is the most effective deployment of the limited resources (spares, manpower, time, condition monitoring) within an organisation. It is important to carry out criticality analysis on all assets to identify which have the biggest impact on operations, safety and environment. The best practice approach is to involve personnel from each area of the business (cross functional team) i.e. operations, maintenance, health and safety etc. to gain consensus. A criticality assessment must to be executed
by a cross functional team and can be facilitated by a PSW Integrity certified reliability engineer.

PM Evaluations (PME)

PSW Integrity has proven that most existing Asset Management programmes contain tasks which are not value adding, do not address failure modes and highly dependent on experienced personnel and can be changed to condition monitoring tasks. A best practice asset management programme is a failure modes driven programme. PSW Integrity will optimise existing maintenance programmes and compare the PM tasks with world leaders or best practice PM/CM and ensure all tasks; effectively address failure modes, reduce human error, drive repeatable and consistent results, maximise ability to plan and schedule/load level, identify the defect before it causes failure and enable senior personnel to make informed decisions based on scientifically proven technologies. Best practice asset management programmes have a balance of PM and CM and asset care routines to maximise reliability and operational integrity.

Spare Parts Optimisation

Organisations need a different approach to that of the classical min/max method in order to optimise spare parts. Knowledge of MRO (maintenance, Repair, Overall) items are critical for effective operations and cannot be merely left in the hands of a single person. It requires an integrated approach by all team members to solve the problem. PSW Integrity can facilitate this in helping you with the optimum approach in MRO analysis.

RCM - RCA - FMA - FMECA

World class organisations ensure that their maintenance programmes and tasks are failure modes driven. This approach enables them to understand the operation and optimise the performance and reliability. To develop these programs there is a need for RCM, FMECA,
RCA, etc. PSW Integrity have a proven track record of delivering best practice maintenance programmes using our methodologies and best in class tools for efficient and highly effective development.

 

Our Reliability Engineering Deliverables

Asset Catalogue Development
Criticality Analysis
RCA - RCM
FMA - FMECA
Equipment Maintenance Plans
Consequence Classification
Spares Optimisation
Workflow Optimisation
Maintenance Optimisation
Lean Manufacturing
Gap Analysis - (Operations & Maintenance)
Reliability Excellence
PAS 55 - ISO 55000

Our CM Deliverables

 

Vibration Analysis
Ultrasound Analysis
Infrared Analysis
Steam Trap Analysis
Oil Sampling and Analysis
Grease Handling
Fluid Management
Remote Control
Operational Checks
CM Assessments

Lean Management Coaching
Condition Monitoring
 

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Friday, 15 December 2017

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