1. Identify
opportunities
in line with
Company
strategy.
Select the best
alternative to
implement the
project.
Finalize project
scope, cost
and plan and
obtain
approval of
funds.
Execute the
project,
considering
the scope, cost
and plan.
Operate and
assess ensuring
performance and
maximum return
for the company.
Identification Selection Definition Execution
Operation and
Control
Is the
opportunity aligned with
Company strategy?
Is it the
best alternative to
implement the project?
Should the
Project proceed?
Can operations
start?
G4
G1 G2 G3
Describe Best
Project
Implement
Best Project
Benefits of Stage-Gate Governance
ï¶
Alignment of resource commitment (e.g. financial, organizational) to project definition, leading to investment optimization and cost savings
ï¶
Optimised effort in project development, by addressing critical success factors defined for each stage-gate;
ï¶
investment in early-stage planning (or Front End Loading)
ï¶
Effective mitigation of risks through effective stakeholder engagement, by ensuring dependencies/ unknowns are analyzed progressively,
stakeholder inputs are duly considered and carry-over of risk is minimized to subsequent stages
Pre-Feasibility
Concept Feasibility
2. KEY IMPERATIVES BEFORE RRPL
FEL 1
Concept
FEL 2
Pre-Feasibility
FEL 3
Feasibility
FEL 4
Execute
FEL 5
Operate
G4
G1 G2 G3
â Eliminate Options & Select Best project Define Best Project Execute Best Project
Have options (e.g. capacity/
location/ technology) been
identified for the opportunity
under consideration?
Has technology assessment been
completed for listed options?
Has site evaluation been initiated?
Have conceptual layouts and
conceptual engineering definition
been completed?
Have major risks associated with
the opportunity, along with critical
success factors for the project
been identified?
Has the Class 5 Cost Estimate (-
50% to +100%) been prepared?
Have major milestones for the
opportunity/ project been
identified?
Has Conceptual Procurement Plan
been prepared?
Has Long Lead strategy worked
out?
âș Have we evaluated and finalized
the technology option for further
definition?
âș Have we evaluated and finalized
the site for the project?
âș Have the Lessons Learnt from
similar projects been reviewed
and incorporated?
âș Has the preliminary Project
Execution Plan been prepared?
âș Has the preparation of
Environmental Impact
Assessment been initiated?
âș Have project sustainability
objectives been frozen?
âș Has initial Geo-Technical study
been initiated? Have preliminary
plot plans been prepared?
âș Has the process of detailed risk
identification been initiated?
âș Has the evaluation of Execution
and Contracting Strategy been
initiated?
âș Has the Class 4 Cost Estimate (-
30% to +50%) been prepared?
âș Has the preliminary L-1 schedule
been prepared, duly sequenced
âș Has the Execution &
Contracting Strategy been
prepared?
âș Has the Environmental Impact
Assessment been approved?
âș Has the Geo-Technical Study
been completed? Have plot
plans/ plant layout been
prepared?
âș Has the mandatory engineering
definition been achieved?
âș Has the Class 3 Cost Estimate (-
20% to +30%) been prepared?
âș Has the Level-1 Integrated
Project Schedule been
prepared, duly sequenced and
networked?
âș Have project risks been
identified & qualified, mitigation
plans prepared and
contingencies estimated?
âș Has Constructability
Assessment been initiated?
âș Has Baseline Procurement Plan
prepared?
âș Has Order Placed for Long
Lead Items?
âș Has All engineering
deliverables prepared
timely & to the correct
standard?
âș Has all equipment &
material purchased
and being delivered
within time & budget?
âș Has all the statutory
clearances for build
has been obtained?
âș Has the execution
organization in place?
âș Are all execution
manpower & other
resources are
deployed?
âș Have all services
contract been laid out?
âș Are all HSEQ need of
the project addressed?
âș Is the operation
organization in
place?
âș Is the operation
philosophy defined?
âș Is the Raw Material
& Consumable
sourcing strategy
defined &
infrastructure is in
place?
âș Is the product
evacuation strategy
defined &
infrastructure in
place?
âș Are maintenance
strategies defined
and in place?
âș Are all CSR being
implemented as per
the vision adopted?
3. OUR FRAMEWORK FOR FEASIBILITY ASSESSMENT
AND BUSINESS CASE
FEL 1
Identify
FEL 2
Assess & Select
FEL 3
Define
FEL 4
Execute
FEL 5
Operate
G4
G1 G2 G3
Define Best Project
Execute Defined
Project
Realize Value
Identify Options Select Best Option
Is the
opportunity aligned with
Company strategy?
Is it the
best alternative to
implement the project?
Should the
Project proceed?
Can operations
start?
âMake the right promiseâ âDeliver on the promise madeâ
FID
âș Define Objective
âș Market Study
âș High Level
Technical Study
âș Financial Analysis
âș Business Case
Definition
âș High Level Project
Definition
âș High Level
Demand Supply
Analysis
âș High Level
Technical Study
âș High Level
Financial Analysis
âș High Level
Business Case
âș Business
Objectives
âș Detailed Market
Study
âș Technical Study
âș Statutory
Approvals
âș Financial Analysis
âș High Level
Business Case
âș High Level Project
Objectives
âș Customer,
Supplier,
Competition,
Market
Environment,
Substitutes
âș High Level
Technical Study
âș Statutory
Approvals
Requirement
Details
âș Financial Analysis
âș High Level
Business Case
Activities
Deliverables
âș Review Business
Case
âș Technology Eval.
âș Facilities Design
Basis
âș CAPEX estimation
âș Financial Design
Basis
âș PEP
âș Updated Business
Case
âș Technology
Recommendation
âș Design Basis
âș CAPEX
âș Financial
Requirement
âș Project Executive
Summary
âș Project Execution
Plan
âș Detailed Business
Case
4. PROJECT DEVELOPMENT, REVIEW AND APPROVAL
KEY QUESTIONS
âș Have options (e.g. capacity/ location/
technology) been identified for the
opportunity under consideration?
âș Has technology assessment been
completed for listed options?
âș Has site evaluation been initiated?
âș Have conceptual layouts and conceptual
engineering definition been completed?
âș Have major risks associated with the
opportunity, along with critical success
factors for the project been identified?
âș Has the Class 5 Cost Estimate (-50% to
+100%) been prepared?
âș Have major milestones for the
opportunity/ project been identified?
âș Has Conceptual Procurement Plan been
prepared?
âș Has Long Lead strategy worked out?
âș Have we evaluated and finalized the
technology option for further definition?
âș Have we evaluated and finalized the site for
the project?
âș Have the Lessons Learnt from similar
projects been reviewed and incorporated?
âș Has the preliminary Project Execution Plan
been prepared?
âș Has the preparation of Environmental
Impact Assessment been initiated?
âș Have project sustainability objectives been
frozen?
âș Has initial Geo-Technical study been
initiated? Have preliminary plot plans been
prepared?
âș Has the process of detailed risk
identification been initiated?
âș Has the evaluation of Execution and
Contracting Strategy been initiated?
âș Has the Class 4 Cost Estimate (-30% to
+50%) been prepared?
âș Has the preliminary L-1 schedule been
prepared, duly sequenced and networked?
âș Has Draft Procurement Plan prepared?
âș Has Enquires floated for Long Lead Items?
âș Has the Execution & Contracting Strategy
been prepared?
âș Has the Environmental Impact Assessment
been approved?
âș Has the Geo-Technical Study been
completed? Have plot plans/ plant layout
been prepared?
âș Has the mandatory engineering definition
been achieved?
âș Has the Class 3 Cost Estimate (-20% to
+30%) been prepared?
âș Has the Level-1 Integrated Project Schedule
been prepared, duly sequenced and
networked?
âș Have project risks been identified &
qualified, mitigation plans prepared and
contingencies estimated?
âș Has Constructability Assessment been
initiated?
âș Has Baseline Procurement Plan prepared?
âș Has Order Placed for Long Lead Items?
FEL 1
IDENTIFY
FEL 2
ASSESS & SELECT
FEL 3
DEFINE
G1 G2 G3
DEFINE BEST PROJECT
IDENTIFY OPTIONS SELECT BEST OPTION
IS THE
OPPORTUNITY ALIGNED WITH
COMPANY STRATEGY?
IS IT THE
BEST ALTERNATIVE TO
IMPLEMENT THE PROJECT?
SHOULD THE
PROJECT PROCEED?
âMAKE THE RIGHT PROMISEâ
FID
5. STAGE GATE FRAMEWORK (2/3)
âșStage Gate Framework is flexible in terms of number of Gates to be followed depending on nature of Project
Critical
Projects
Significant
Projects
Routine
Projects
âș CAPEX: > 25 M USD
âș High Complexity
âș High Risk
âș CAPEX: > 5 M USD
and <= 25 M USD
âș Medium Complexity
âș CAPEX: <= 5 M
USD
âș Low Complexity
FEL 1
Concept
FEL 2
Pre-Feasibility
FEL 3
Feasibility
FEL 4
Execute
FEL 5
Operate
G
4
G
1
G
2
G
3
FEL 1
Concept
FEL 2
Pre-Feasibility
FEL 3
Feasibility
FEL 4
Execute
FEL 5
Operate
G
4
G
2
G
3
FEL 1
Concept
FEL 2
Pre-Feasibility
FEL 3
Feasibility
FEL 4
Execute
FEL 5
Operate
G
4
G
3
Project Classes
Number of
Gates Criteria
âș Critical Project: Setting up New Refinery /Petrochemical Complex
âș Significant Project: Adding New Unit in Existing Complex (New Diesel Hydrotreater for Euro IV quality
Diesel)
âș Routine Project: Revamping Existing Unit for improvement of Quality / Quantity of Product
Examples
6. STAGE GATE FRAMEWORK (3/3)
âșStage wise functions and involvement
Stages
Functions
FEL 1 FEL 2 FEL 3 FEL 4 FEL 5
Business
Technology
Project Management
Project Control
Engineering
Procurement &
Contracts
Vendors & Contractors
Construction
Operations and
Management
Support Services
Management
No Involvement Low Involvement Medium
Involvement
High Involvement Responsible
7. Stages FEL 1 FEL 2 FEL 3 FEL 4
Engi
neeri
ng
Level of Engineering
Definition
<5% <20% <40% 50% to 100%
Process Design Preliminary Issued for Information Issued for Design Issued for Construction
Layout Definition Block Diagrams Major Equipment laid out
(long leads/critical)
Major Equipment & Structures
laid out
Multi disciplinary model
complete
Material Take Offs - Benchmark estimates Information Actual
Proc
ur-
eme
nt
Procurement Plan Conceptual Draft Plan Baseline Plan Updated Plan
Long Leads Strategy Identified Enquiries Issued Order Placement Delivered
Con
st,
Com
m &
Oper
ation
s
Modularization/ Pre
Assembly
- Conceptual Preliminary Final
Constructability - Planned Reviewed Implemented
Logistics and Installation - Planned Reviewed Implemented
Sche
-
dule
Project Master Schedule Level 1 Level 1 Level 1-5
Progress Reporting - - Preliminary Final
Proje
ct
Budg
et
Purpose of Estimate Concept Study and cost
of prefeasibility study
Viability Base line Detailed base line
Methodology Parametric or capacity
factored
Budget vendor quotations MTOâs from defined work
pkgs; firm vendor quotation
Detailed MTOâs and final
vendor bids
Contingency +30% to 40% +20 to +30% +10% to +20% +05% to +10%
Accuracy Range L: -20% to -50%
H: +30% to +100%
L: -15% to -30%
H: +20% to +50%
L: -10% to -20%
H: +10% to +30%
L: -05% to -15%
H: +05% to +10%
STAGE WISE LEVEL I DELIVERABLES
8. ACCURACY OF COST ESTIMATION AND CONTINGENCY
Stage FEL 1 FEL 2 FEL 3 FEL 4
Estimate Class CLASS 5 CLASS 4 CLASS 3 CLASS 2
Estimation Purpose Screening Concept Study
Budget, Authorization,
or Control
Control
Cost Estimation Methodology
Capacity Factored,
Parametric Models,
Judgment
Equipment
Factored or
Parametric Models
Semi-Detailed Unit
Costs
Detailed Unit Cost
Accuracy of Cost Estimation
L: -20% to -50%
H: +30% to +100%
L: -15% to -30%
H: +20% to +50%
L: -10% to -20%
H: +10% to +30%
L: -05% to -15%
H: +05% to +10%
Percentage Contingency +30% to 40% +20 to +30% +10% to +20% +05% to +10%
9. STAGE WISE LEVEL II DELIVERABLES FOR ENGINEERING
Stage FEL 1 FEL 2 FEL 3 FEL 4 FEL 5
Estimate Class CLASS 5 CLASS 4 CLASS 3 CLASS 2 CLASS 1
Project Scope Description General Preliminary Defined Defined Defined
Plant Production/Facility Capacity Assumed Preliminary Defined Defined
Plant Location General Approximate Specific Specific Specific Specific
Soils & Hydrology None Preliminary Defined Defined Defined Defined
Integrated Project Plan None Preliminary Defined Defined Defined
Project Master Schedule None Preliminary Defined Defined Defined
Escalation Strategy None Preliminary Defined Defined Defined Defined
Work Breakdown Structure None Preliminary Defined Defined Defined
Project Code of Accounts None Preliminary Defined Defined Defined
Contracting Strategy Assumed Preliminary Defined Defined Defined
Block Flow Diagrams Started/Preliminary Preliminary Completed Completed Completed
Plot Plans Started Started/Preliminary Completed Completed
Process Flow Diagrams Started/Preliminary Preliminary/Completed Completed Completed
Utility Flow Diagrams Started/Preliminary Preliminary/Completed Completed Completed
Piping & Instrument Diagrams Started Preliminary/Completed Completed Completed
Heat & Material Balances Started Preliminary/Completed Completed Completed
Process Equipment List Started/Preliminary Preliminary/Completed Completed Completed
Utility Equipment List Started/Preliminary Preliminary/Completed Completed Completed
Electrical One-Line Drawings Started/Preliminary Preliminary/Completed Completed Completed
Specifications & Datasheets Started Preliminary/Completed Completed Completed
General Equipment Arrangement Drawings Started Preliminary/Completed Completed Completed
Mechanical Discipline Drawings Started Preliminary/Completed Completed
Electrical Discipline Drawings Started Preliminary/Completed Completed
Instrumentation/Control System Drawings Started Preliminary/Completed Completed
Civil/Structural/Site Drawings Started Preliminary/Completed Completed
General
Project
Data
Engineering
Deliverables
10. 10
STAGE GATE PROCESS (TBD)
The project stage gate process framework will establish the decision criteria and
processes for progressing the project from one stage to the next
Initiation Execution
Planning Close-out
S
G
DP
DM
Review and
close project set-
up and
undertake
commissioning
activities
Safely implement
project
consistent with
scope,
specifications,
cost and
schedule
Long term and
short term plans
for engineering,
procurement,
construction and
commissioning
Finalize project
scope, design,
cost, & schedule
Operation
Operate and
evaluate
performance
relative to
business
strategy
S
G
DP
DM
S
G
DP
DM
S
G
DP
DM
DP: Decision Package DM: Decision Maker SG: Stage Gate
DM
DP S
G
11. âȘ Failure to set standards
âȘ Failure to optimize design (value
engineer) for project
âȘ Failure to optimize design across
multiple projects
âȘ Over-engineering or inadequate
engagement of operations
including consideration of full
lifecycle costs
âȘ Procurement functions are
overwhelmed - creates a bottleneck
and loses control
âȘ Poor strategic alignment
âȘ Lack of project detail
âȘ Unrealistic assumptions (market,
technical, regulatory etc)
âȘ Capital scarcity competing
projects - investors require a far
quicker +ve NPV than before the
banking crash
âȘ Far greater scrutiny on ROI and
difficulties managing stakeholder
expectations
âȘ Unpredictable market conditions
âȘ High level of Project
optimism/misplaced commitment
âȘ Lack of contract strategy and
alignment to work scope
âȘ Selecting the wrong contractor (Price
rather than value or maturity)
âȘ Poor understanding of the supply
chain and current market conditions
âȘ Fraud risk/ counterfeit product risk
âȘ Ineffective management reporting
âȘ Health, safety, environment (TRIR)
âȘ Inexperienced project management
functions
âȘ Fail on market analysis and
valuation
âą Lack of clarity surrounding the
appropriate contracting model
âą Resource planning / availability
challenges
âą Estimating realistic capital costs
âą No common project/ programme
management processes
âą Poor understanding of where risk
is best managed (client vs supply
chain)
âą No culture of "programme delivery"
vs asset operator
EYâs expertise in Capital Investment Projects
Appraise Select Define Execute Operate
EYâs
Commonly
Occurring
Lifecycle
stage
challenges
Lifecycle
stage
specific
credentials
Cross-
Lifecycle
credentials
Credential
s Key
N.B. The number within in each
circle provides a link to the
detailed credential which can be
found in the appendix
X Oil & Gas Cred X Power & Utilities Cred X Mining & Metals Cred
1
Improving
Contractor Mgt
2 Gaining control of
Capital Investment
3
Investment
Appraisal Process
4 Program and vendor
management
5 Capital Commercial
Excellence
6
Smart metering
delivery design
7
Revised
Contracting
Process
8
EPCM Incentive
Review
9
Business Case Analysis for gas
interconnection
10
Smart metering â Regulatory
Positioning
11
Capital Projects Contracts
Risk Assessments
12
Compliance &
construction mgt
X Infrastructure Cred
16 Internal Audit
17 Cost Verification
18
Station Redevelopment
Process
19
Project Mgt
Capability
Enhancement
20 Transforming
operations
21 Programme Assurance
22 Organisational Design
23
Security &
Resilience
24 Expansion Diagnostic
Review
26
Assurance & Program
Management Capability
27
Independent
Investment Review
28 Internal Audit
30
Tendering
Methodology &
Sourcing Strategies
What are
Shellâs
Challenge
s?
Project
life cycle
Initiation
Business
Case
Test
Opportuni
ty
Data
appraisal
Concept
selection
Developme
nt
Plan
Negotiatio
n
Strategy
Design
basis
Execution
Plan
Design
&
Commissi
on
Operate
Maintain
&
Improve
FEED
13
Project Assurance
System Review
14
Resource Planning
Process
25
Contractor
Review
29 Governance Structure
Design
X UK&I Cred
Global Cred
15
Contract Mgt System
Enhancement
X
Construction
Advisory Audit
31
Proj Mgt Plan
Development
32
Construction Cost
Evaluation
33
Construction
Cost &
Schedule
Review
34
Procurement
Process
Improvement
35
Finance Community
of Practice
36
Project Mgt
Process Review
37
Oil Sands Org.
Design
38
Contract Mgt
Review
39
Integrated Planning
& Project Practices
40
Upstream Risk
Management
41
Upstream Project
Coordination
42
Critical Resources
Mgt
43
JV Process
Management
44
Budget / Contractor
Revision
45
Project Spend
Analysis
46
Financial
Expenditure
Analysis
47
Supply Chain
Process
Management
48
50 Supply Chain and Skills
Requirements for Onshore O&G
FID
âȘ Ineffective handover operational
handover
âȘ Poor asset register
âȘ Poor asset management strategy
and processes
âȘ Asset integrity is not fully
understood
âȘ Poor investment case
âȘ Poorly Optimised spares
management
âȘ Minimisation of overheads as plants
move towards decommissioning
âȘ Infrastructure and equipment
sabotage
Project Expansion
Audit
49