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PwC Operational Risk:
Digital operational excellence for increased HSE performance
25.10.2018
Business imperatives for digital
Execute well along the following 3 dimensions
Benefits of data & analytics to operators (refiners) – The “Levers”
Revenue Cost Capital efficiency
1 2 3
Decrease maintenance
and inspection spend
Decrease
unplanned outagesDecrease raw
material spend
1 2 3
Reduce maintenance, repair
and operations costs (10-15%)
Increase workforce utilization &
multi-skilling (2-4%)
Reduce loss due to planned or
unplanned downtime (5-8%)*
Improved efficiency of maintenance
management (20-30%)
Improved safety as well as
regulatory compliance
Please Note - Percentages represent savings except, * represents utilization improvement
Increased capital efficiency
(10-15%)
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Industry Trends
5%
6%
3.4%
46%
Average annual growth of industry in the next 5 years
Annual revenue to be spent on digital operations solutions by various companies over the next 5 years
sExpected cost reduction per annum
Companies that have reached advanced levels of digitisation in product development & design
Developing the Digital Enterprise
...bright future for industry...
Source:Industry 4.0: Building the digital enterprise, 2016 Global Industry 4.0 Survey, PwC, 2016
3
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Common Industry Challenges
Area Challenges Impact
Technology Steady transformation of the industry in the last 10 years but expected to radically increase in the next 5
Companies who cannot sustain this change will be left behind.
Slow but steady technology implementation to reap its benefits
Radical changes on day-to-day operations can trigger major blowback from employees.
Environmental Sustainability
Construction industry facing forefront issues combatting their adverse effect on the environment as they produce 25-40% of the world’s carbon emissions.
Making significant changes in carbon emissions requires an entirely new project management approach focused on reducing energy emissions and water consumption.
Health & Safety Increased scrutiny for health & safety violations and incidents, heightening attention to job/task safety
Operating companies will face greater scrutiny of accidents, including potential criminal prosecution for workplace injuries that in the past may have been treated solely as traditional accidents.47% of contractors say that an inexperienced labor
force is a health & safety concern
Source:Industry 4.0: Building the digital enterprise, 2016 Global Industry 4.0 Survey, PwC, 2016
4
Why Digital Operations Now?
✓ In the face of rapid regional and global change, operators need to re-examine what really creates value.
✓ Leading reliability and integrity performance remains elusive for most operators.
✓ Despite significant investments operators continue to struggle to reach leading reliability and integrity performance and safety (as well as environmental) performance lags behind desired levels.
✓ There is no doubt that operators make more money and have fewer accidents if their operators and supervisors have the right information, when they need it.
✓ Increasingly digital solutions, including mobile ones, are being used for a growing number of operational applications in the asset intensive (petroleum and process) industries.
✓ Digital solutions enable easy access to critical information: they are faster than paper-based systems and ensure standardization.
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Proactive HSE Digital and Analytics Approach
6
By taking a proactive approach to HSE, companies can drastically reduce the number of accidents that occur or prevent incidents altogether. Using data – not just health and safety data, but all the other diverse data sets that are often created across an organization - combined with sophisticated machine learning analytics techniques, organizations can better understand where the risks are and roll out targeted interventions.
Benefits of SuccessfulPrograms
Promotes performance management and recognition
Improved safety and operational performance
Optimized talent management and training
Enables workforces with technology and actionable intelligence
To holistically analyze and evaluate HSE risk, many factors and scenarios must be evaluated. Needed information can span operations, maintenance, training, weather, incident and hours worked. In addition organizations must address the needs of the next generation workforce by enabling them with tools, technology and actionable insight.
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Improving HSE capabilities decreases the probability of costly, adverse events
Cost Control
Better Coordination
Increased Visibility into
Risk/Control Effectiveness
Improved Regulatory
Response
Improved Processes/
Efficiency
Better Compliance, Internal
Audit & Risk Management
• Decrease in amount of time spent in data aggregation and reporting on HSE processes
• Better upfront management of cost and resources to mitigate and minimize failure and the
potential for failure thus decreasing accidents/incidents
• Reduction in manual processes due to data aggregation, assessment and scoring capabilities,
auto generated findings, remediation efforts and enablement via automated workflows
• Increased flexibility to allow staff to focus on concerns/issues and answer business questions
instead of administrative tasks/burdens
• Improved coordination and real-time sharing of data and information between Compliance, Internal
Audit, Risk Management functions and business operations
• Ability to target/focus efforts on the areas of most critical risk and communicate efforts and risks to
contractors, suppliers and vendors
• Better response to regulatory expectations of a broader analytical underpinning for risk
assessment, regulatory change management, monitoring, auditing and reporting activities
• Reduced level of effort in preparing for regulatory requests (e.g., success with Program Audits)
• Enhanced visibility into real-time information and critical emerging risks and compliance
issues/concerns for senior management to make informed decisions
• Stronger ties to asset integrity and overall corporate as well as operational risk management
• Streamlines and automates workflows within Compliance, Internal Audit, Risk Management and
other business operations, reduces manual errors and increases efficiencies
• Allows for the automation of policies and procedures, issues of non compliance management,
regulatory change management
Benefits of Enhanced HSE Capabilities
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HSE Maturity/evolution model
8
DescriptiveDescriptive statistics,
summary tables, Influence diagram
HSE example:Accidents and incidents,
injuries and fatalities, loss of containment,
TRIR, spills and releases
29%
DiagnosticANOVA, Factor analysis,
clustering, conjoint analysis
HSE example:Root cause incident
analysis
30%
Where decisions are being made currently*
PredictiveRegression methods, Tree based
methods, Bayesian network, Econometric models
HSE example: Incident prediction modeling and preventive action plans
21%
PrescriptiveAI, Robotics (IPA, RPA), NLP, Deep learning, Optimization,
Simulation (Agent based, System Dynamics)
HSE example:Real-time incident prediction
and recommendation for incident remediation
20%
02 0304
05
06
Data CollectBasic Reporting
01
Business Intelligence/Dashboarding
Statistical Analysis
PredictiveModels
PrescriptiveModels
07
Process Optimization
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Training is risk-based and
more robust, procedures
are more visible and
followed, MoCs are
completed faster and more
frequently, meeting time is
reduced - resulting in
improved operations,
decision making and
customer satisfaction
Critical Information is easy
to access and more
automated: HSE systems
are faster than paper-
based systems, links to
other operational systems
(e.g. EAM) allowing
improved data tracking
and facilitation of work
across multiple regions
A mature HSE organization will have more mobile, efficient, and effective operations
Mobility and Real-
Time Access
Data entry is closer to the
point of data creation as
Managers and Field
Operators are able to input
readings, see compliance
obligations, and access
technical documents,
which improves the
accuracy of data captured
and overall quality of work
Digital Speed &
Standardization
Day in the Life of a Mature HSE Organization
Data Entry & Review
Measurements & Monitoring
Records Close-out &
Recording
En
han
ced
Cap
ab
ilit
ies
Tasking / Permitting
Reporting
Management / Site Reviews
1
2
3
4
5
6
Supervisors & operators
incorporate associated
risks and compliance
obligations into planning
and execution activities,
equipment selection or
location allowing them to
further drive HSE into
compliance related field
operational activities
Increased Operations
and HSE Efficiency
Preparation for Maintenance
Rounds & Routine Duties /
Shift Turnover
Planning & Execution
More Effective
Performance
Training
Procedure Reviews
Meetings & Briefings
10
11
12
7
8
9
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Digital Speed & Standardization
Mature HSE organizations have centrally stored data, less downtime and make quicker, more effective decisions
Tasking / Permitting Reporting Management / Site
Reviews
• Providing supervisors
the right information
in real-time
• Increased
accountability and
transparency at all
levels
• Faster, more
automated and
accurate task
assignment / execution
• Higher visibility to task
assignment, status,
completion and
associated evidence
Mobility & Real-Time Access
Data Entry & Review Measurements & Monitoring
Records Close-out & Recording
• Closer integration of data
capture and generation
• Input readings, logs, and
tasks in one place
• Enhanced ability to
assess performance
• More effectively communicate changes to
all relevant stakeholders
• Ability to view critical data in real-time
• Make on-the-spot decisions
• Change course before an incident occurs
• Manage requirements, tasks and documentation in one place
• Allows enhanced reporting to management and external parties
• Ability to conduct trend analysis to inform key learnings
Day in the Life of a Mature HSE Organization: Enhanced Capabilities
1 2 34 5
6
• Enhanced organization
• More effective
responses internal /
external stakeholders
• Quickly identify and
mitigate risk of audit
findings or shutdowns
More Effective Performance
Training Procedure Review
Meetings & Briefings
• More sophisticated training materials
(both classroom and system-based)
• Quicker, more effective training that is fit
for purpose
• Focused on continuous improvement
• Fewer incidents related to human error
• Easy access to and understanding
of critical documentation
• Increased awareness of business
and legal requirements
• More frequent, efficient and
effective updates to procedures
• Less downtime due to informational meetings
• Meetings are focused on proactive, value enhancing ideas activities
• More effective, data-driven decision making inform prioritization
Increased Efficiency & Safety
Rounds & Routine
Duties / Shift TurnoverPreparation for
Maintenance
• Risk-based approach
to work management
• Quicker, real-time
decision making and
escalations
• Increased workforce
utilization
• Consistent handovers
improving health &
safety
• Proper care in job
design to limit
unwanted events
• Reduced
maintenance and
related costs
• Reduction in
planned or
unplanned downtime
Planning &
Execution
• Integrate risk based
approach into
business planning
and decision making
• Proactive mindset
focused on
anticipating
regulatory changes
• Incorporation of
lessons learned from
successful solutions
10 11 128
9
7
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Connecting the digital model
Big data
(Sensors, equipment and
process monitoring)
Conventional data sources
(Inspection data and testing)
Optimal solution –
made possible by
digital enablement
Mobility and
real-time access
Field operators input
readings, access
documentation and
technical drawings, track
assets and inventory, and
don’t need to spend time
pen-pushing.
1
Enable easy access to
critical information: they
are faster than paper-
based systems and ensure
standardization across
business units.
Digital speed and
standardization
2
Providing Supervisors &
operators the right
information, in a
standardized manner,
when needed, makes work
safer and provides more
efficiency in training,
planning and
executing tasks.
Safe, efficient and
responsible
3
Impact of digital solutions
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What does good look like (single representation of multiple targets/opportunities)?
Automated
Controller
Process
Automation
Information
Data
Dashboard
or report
Knowledge
Documents
Alert or
Alarm
Operator utilization &
multi-skilling (2-4%)
Integrity
Inspection
Controller
Indicators
or sensors
Integrity
Manager Equipment
utilization (5-8%
increase)
Maintenance (10-15%) and
Outages/shutdown (20-30%)
Improved operator
health and safety
Improved
environmental
performance
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Case studies
13
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Case Study: Oil and Gas HSE
Risk Management
Policy ManagementAutomation
Incidentmanagement
Compliance Automation
Regulatory Management
Internal AuditAutomation
Policy ManagementAutomation
R&C Platforms
Major
Focus
Being proactive and managing health, safety and environmental (HSE) issues
well in advance of an actual situation is critical.
PwC worked with a client to create a tool that not only made it easy to report
issues, but one that also serves as a HSE engine that would alert directly and
collaterally impacted resources in case of any incident.
Context
COO CIO
VP
BU3BU1 BU2
Equipment
and System
Reliability
Real Time
Data
Availability
Personnel
Safety
Reliable,
Secure Data
Exchange
Pain Points Addressed
Stakeholders
Data Silos
Field Worker
CEO
• Monitoring ground situation by
means of KPIs derived from
real time data is possible
• Digitization reduces time spent
in data aggregation &
collection
Field Supervisor
Impact
• Dashboards allow for better
understanding of data and
easier decision making
• Data accessible to all
Business Units, preventing
silos
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PwC
Gave valuable insights to reduce the likelihood of infrequent but high cost accidents to a leading oil and gas company
17
Business Problem Project Impact and Outcome
• The client was facing problem due to accidents caused which was leading to a large revenue loss.
• The client wanted to identify a method/model that will help predict the occurrence of such an accident
• The relevant data available with the client, for this engagement , was very scarce (only around 300 data points).
• The relevant data was collected and cleaned and an appropriate metric was identified for the client and an appropriate dashboard was created
• The data was classified by risk themes and control themes and basic profiling exercise was executed. The trends observed thereafter provided significant insights into the problem and was employed by the client subsequently
Worked with the a leading multinational oil and gas company to reduce the likelihood of infrequent but high cost accidents.
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Gave insights to reduce the likelihood of accidents due to external factors
18
Business Problem Project Impact and Outcome
• The client was facing problem due to accidents caused which was leading to revenue loss.
• Client had used analytics at different points in time and in pockets throughout the organization and had developed a conceptual model for analytics (Safety Management System Process Model)
• However, they wanted assistance to augment the current state of analytics in the organization in order to strengthen decision making, operations, and financial performance
• Designed an analytical framework and provided analytic process expertise
• The client was able to track the key areas of failure and understand their root causes
Worked with the a leading airlines company to reduce the likelihood of accidents due to external factors
HSE Analytics Case Study
19
Background
An energy company sought to understand how it could better leverage and analyze its internal business performance and safety data to predict, prevent and proactively report on likely increases and decreases in safety risk. Their primary concern was in identifying business-unit-specific and general leading indicators from operational performance data that have an impact on safety risk.
Our Solution
PwC initiated the engagement by hosting a workshop for key stakeholders within the client’s safety and executive teams, allowingthem to contribute their own hypotheses as to why safety incidents occur. Based on the availability of data, six of these testable
Client Benefits
‒ An interactive dashboard enabling improvements to safety performance and maintenance efficiency‒ Key insights into six high priority hypotheses related to safety risk
hypotheses were identified as high priority. Building on the business understanding provided by the workshop, we subsequently performed an exploratory analysis of the client’s data assets to extract interesting relationships to safety risk. This culminated in the development of a self-organizing map (SOM) – a machine learning tool capable of clustering the client assets into distinct groups with varying risk profiles. The solution was delivered to the client by means of an interactive dashboard allowing them to explore the clustering and data associated with each of their assets. In turn, these insights will lead to improvements in safety and efficiency of maintenance operations.
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PwC Capabilities
22
•PwC is organized by industry group which enables
us to deliver the best and highest quality services to
our unique client portfolio.
•PwC firms have offices in 771 cities in 158 countries
with more than 180,000 people who are committed
to delivering quality in assurance, tax, and advisory
services.
•PwC serves over 2500 Oil & Gas clients such as
ExxonMobil, Shell, and Chevron as well as three of
the most influential and growing National Oil
Companies, Gazprom, PetroChina, and Saudi
Aramco.
•One of the tenets of our Oil & Gas practice is to
provide our clients with the ‘first and best’
information they need to develop their strategy and
respond effectively to change.
•PwC has global Oil & Gas expertise in its 15
integrated Centers of Excellence (COE), conducting
the following:
•Industry research
•Industry-based knowledge management
•Aggregation of knowledge capital
•Benchmarking mechanism for collecting Best
Practices
•Engagement Support
•Resource hubs for industry expertise
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