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Utilities | Telco | Transport | Defence | Property | Social | Oil & Gas | Resources | Industrial
Q&A
22nd September 2015
Transfield Services
Ian Maxted – Chief Executive Defence, Property and Social Sectors &Chief Development Officer, Transfield Services
Managing the challenges of diverse and complex assets across Australia
- Achieving technical excellence whilst translating to non-asset management
professionals
- Extending physical asset management approach to link to financial and other
stakeholders imperatives
Utilities | Telco | Transport | Defence | Property | Social | Oil & Gas | Resources | Industrial
Context
About TSL – Briefly
Extract of What we Present
Other Risk Management Frameworks
What is an Asset?
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Utilities | Telco | Transport | Defence | Property | Social | Oil & Gas | Resources | Industrial
About TSL – Briefly
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Utilities | Telco | Transport | Defence | Property | Social | Oil & Gas | Resources | Industrial
10countries
18industries
+200clients
+19,000 employees
Transfield Services
Transfield Services – An overview
Tot alRevenue
$3.7b
TransfieldGroup founded in
1956
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What we do – selected examples
We maintain and operate Sydney’s Harbour City Ferries for the NSW Government in partnership with Transdev
We provide shutdown maintenance and drilling services to various mining and oil & gas operators globally including for Woodside
We maintain coal seam gas wells in Queensland for QGC’s CSG to LNG program utilising Easternwell’s well servicing rigs and provide services across the value chain
We install telecommunications networks for the National Broadband Network in Australia and the Ultrafast Broadband Network in NZ
We provide garrison and welfare services for the Australian Government on Nauru and Manus Island
We operate and/or maintain civil, mechanical, electrical and tolling assets for the Hills M2 Motorway and Lane Cove Tunnel in Sydney, City Link and East Link in Melbourne, and Presidio Parkway in the US
We provide estate management and garrison support services to the Australian Department of Defence on bases in Victoria,South Australia, Tasmania, Western Australia and the Northern Territory. We alsoprovide emergency services, stores, food services and Army sustainment nationally.
We provide operations and maintenance services to oil & gas assets in both the upstream and downstream sectors in the US for clients such as Chevron, Exxon Mobil and Valero
Utilities | Telco | Transport | Defence | Property | Social | Oil & Gas | Resources | Industrial
Extract of What We Present
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We offer the following services in asset management:
Evaluation
Data Integrity Program (DIP)
Process & Maintenance Improvement Program (PMIP)
Technical Asset Scheme Knowledge (TASK)
Comprehensive Rick based Asset Management Solution
Capital Investment Strategy
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In this section we describe the data assessment phase of our procedures commencing with the analysis step followed by the decision step.
Analysis
The range of data gathered during the application of various tools and techniques now needs to be assessed in order to understand the urgency of any intervention activity. Additionally, the data may inform the tactical and strategic levels of asset management planning.
Our overall data assessment system is based on the relevant Australian Standard. This standard basically states that Consequence of failure x Probability of failure = Risk (see Table 8 below). This risk is known as the inherent risk. It is then usual to apply controls and mitigation effort to reduce the level of risk to an acceptable amount and the formula is re-run to determine the residual risk.
Data Assessment
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Table 8: Risk Matrix Used to Rank Risks
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Probability of Failure:
As a surrogate for the probability of failure, we use Asset Condition. Accordingly, asset condition rating is an important aspect to our overall approach to asset & maintenance management. An additional consideration is whether the tools & techniques are to be applied whilst the status of the assets are on-line or off-line.
Our approach is to utilise both methods in order to gain a full picture of asset condition. For example:--
On-line …usually desk-top, interviews and visual external inspection / data monitoring, and
Off-line …usually a structured internal evaluation using key tools & techniques
Both sub-approaches will identify a range of data which is then matched / evaluated against a series of condition statements, such as those listed in Table 9 below, which can then be used as the surrogate for the probability of failure in the risk matrix.
Consequence of failure
As a surrogate for the consequence of failure, we use Asset Criticality and a workshop is normally held to develop the criteria to determine asset criticality. Factors impacting on asset criticality are included in the following table:-
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Table 9: Asset Criticality Factors (typical)
For Active Assets
(mechanical & electrical)
For Passive Assets
(pipelines)
Level of redundancy Affect on customers / disruption
Opportunity to by-pass Impact on adjacent areas
Characteristics of product (water / wastewater / recycled water)
Financial impact / loss of revenue / loss of product
Mean time to repair (MTTR) Cost of repair / cost of alternative supply
Availability of spares and/or replacement parts
Time to repair
Early warning Distribution to traffic
Asset criticality can thus be matched / evaluated against a series of criticality statements, such as those listed in Table 10 below which can then be used as the surrogate for the consequence of failure in the risk matrix.
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Table 10: Condition Table RatingCondition Rating For Active Assets
(mechanical & electrical)
For Passive Assets
(sewer pipelines)
1Excellent ( > 75% remaining life )
Almost perfect with no defects or (repaired to original specification)
Adequately performing required function
All wear and tear well within allowable tolerances
Excellent ( > 75% remaining life )
Recently constructed sewer less than 10 years old with no failure
history
No pipe cracking or deformity
No joint or displacement
No debris or root penetration
2Good ( 50% - 75% remaining life )
Some superficial deterioration, defects repaired to an acceptable
standard
Adequately performing functions
Nothing beyond “normal”maintenance
Has been subject to minor works (less than $ 1,000)
Good ( 50% - 75% remaining life )
Some deterioration causing minimal influence on performance
Fine pipe cracking but no deformity evident
Minor joint displacement
No evidence of gas attack
3Average ( 20% - 50% remaining life)
Future maintenance problems identified; effort increasing annually
Damaged but not noticeably affecting performance
Has failed more than once and has required significant work up to $
5,000
Average (20% - 50% remaining life)
Sewer pipes which are generally sound, although with some defects
Cracks or occasional fractures over not more than 25% of the length
0% - 5% pipe deformity
Minor corrosion (gas attack) apparent
4Poor ( 5% - 20% remaining life )
Deterioration is affecting asset and noticeable reduction in performance
Has failed twice in past year with substantial work up to $ 100, 000
Major reconstruction or refurbishment imminent
Poor ( 5% - 20% remaining life )
Records show sewer has collapsed in the last two years
Blockages retarding flow
Open joints with evidence of infiltration
5Unacceptable ( < 5% remaining life )
Major renewal or replacement required
Unsafe to operate
Maintenance cost are greater than 20% for a similar asset
Unacceptable ( < 5% remaining life )
Already collapsed
Fractured, cracked or broken over 50% of its length
Totally blocked
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Table 11: Criticality Rating Table
Asset Redundancy (relates to restoration cost)
Image / Reputation Environment Safety Water QualityExtent of Impact
(No of customers served)
Catastrophic 5
Significant long term financial
impact. Organisation
operation change required.
Major supply interruption
greater than 48 hrs
State Government and EPA
involvement
(State Govt Inquiry). National
Press and TV news item over
several days
Widespread environmental
impact with long term effects.
Significant resources required
to rectify with impact resolution
greater than 1 month
Multiple fatalities. Serious
injury/illness requiring
hospitalisation and ongoing
treatment.
Breach of agreed /
contractual aesthetic and
biological limits requiring a
Boiled Water Alert
Extended loss of pressure
and/or supply to > 1000
homes for more than 3 days
Major 4
Long term financial impact.
Major supply interruption
greater than 24 hrs
State Government and EPA
involvement (EPA
prosecution, SA Health
Action). National news item on
single day
Extensive environmental
damage requiring immediate
mitigation intervention. Impact
resolution over several
weeks
Single fatality. Serious
injury/illness requiring
hospitalisation and some
ongoing treatment.
Breach of agreed /
contractual aesthetic and
biological limits
Loss of pressure and/or
supply to > 1000 homes 24
hrs
Medium 3
Some financial redirection
required, medium impact.
Medium supply interruption
up to 24 hrs
State Government and EPA
advised (Breach of License,
SA Health involvement).
Adelaide press news item --
front page headline
Detrimental environmental
damage with short term effect.
Limited post event clean-up
monitoring required. Impact
resolution up to 1 week
Moderate injury or outbreak
of illness. No hospitalisation
and no long term effects.
Breach of agreed /
contractual aesthetic limits
Loss of pressure and/or
supply to 1000 homes for 8
hrs
Low 2
Some financial redirection
required, medium impact.
Minor supply interruption
under 8hrs
EPA advised, matter handled
internally. Adelaide press
news item ------ page 3
Low environmental impact
and event handled as part of
normal business operation.
Impact resolution in several
days.
Minor injury or a few isolated
cases of illness. Medical
attention required but no long
term effects.
Taste & odour complaints for
24hours following repairs
Loss of pressure and/or
supply to < 500 homes for 8
hrs
Insignificant 1
Insignificant financial impact.
Event absorbed in normal
business operation. Minor
supply interruption under 4
hrs
EPA advised, matter handled
internally. No media
involvement
Matter handled as part of
normal business operation.
Negligible ecological impact
with impact resolution same
day
Potential injury or illness. No
medical attention required.
minor loss of chlorine residual
following repair
Loss of pressure and/or
supply to < 100 homes for
8hrs
Degree of Failure
Consequence Types (Criticality Criteria)
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The Tactical Asset Management Plan (TAMP) is then used to extract the specific action / response statements that direct how to treat each risk-score. For instance:-
Commence detailed investigations
Add to the knowledge base
System configuration modification
Event / incident recommendations
Maintenance planning adjustments
System operational configuration
Input to the SAMP
Update asset valuations (WDV)
Input to the “state of asset” report
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Other Risk Management & Asset Frameworks
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International Banking
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Reference: KPMG
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What is an Asset ?
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Political
Environmental - Compliance and Impact
Stakeholders - Community
- Action groups
Financials
Cost/Benefit?
Etc, etc
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Let’s presume we do our job right. What’s the risk?
The areas of disconnect –
Scope: We limit ourselves to the physical and don’t
consider or at least highlight the non physical
areas e.g. Political
Alignment: We avoid the angst of consultation and become
detached from those we are choosing to service
Different Language: Engineer versus Finance versus Novice. We do agood job but they just don’t understand whatwe are doing.
Convergence: We don’t recognise
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“The Implementation Risk is that as we drive for excellence no one knows what we are doing.”
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