An Independents Approach to Delivering Value from its Knowledge, Information - PowerPoint PPT Presentation

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An Independents Approach to Delivering Value from its Knowledge, Information

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An Independents Approach to Delivering Value from its Knowledge, Information – PowerPoint PPT presentation

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Title: An Independents Approach to Delivering Value from its Knowledge, Information


1
An Independents Approach to Delivering Value
from its Knowledge, Information Data (KID)
  • Nigel Webb
  • Premier Oil Venture Information Management

2
Premier Oil Who are we?
Premier Oil plc is a UK publicly listed
International exploration and production company
with operations focused on UK oil and Asian gas
and international exploration.
  • Guinea Bissau

3
Summary of Presentation
  • The background to Subsurface KID at Premier
  • The People
  • The Processes
  • The Technology
  • Pulling it all together some examples
  • Proving the Business Case
  • The Future
  • Recommendations.

4
The Challenge set in 2000
  • We need to know what data weve got and where it
    is!

Exploration Manager, Premier Oil November 2000
5
IM at Premier Oil in 2000
  • Limited co-ordination between resources
  • No IM Policies, Procedures or Standards
  • Inconsistent approaches within between
    Business Units
  • Majority of data only available in hardcopy
    format
  • Poor quality indexes of information.

6
People, Processes Technology
People
Technology
Processes
7
The IM Building Blocks
End User Interface
Data Repositories
IT Infrastructure
8
The People
9
The IM Organisational Model
10
The Processes
11
IM Policy Guidance
  • IM Policy
  • Signed off by Chief Executive
  • Published across the organisation
  • High-level IM Guidelines
  • File Naming
  • Folder hierarchies
  • Archiving
  • Cataloguing
  • Finding Retrieving Information
  • Transmitting data
  • Drafting Reprographics
  • Scanning
  • Data Retention
  • Email Filing

12
IM Guidance Matrices
13
IM Project to Operations Cross-over
Business Requirements Gathering
Project Proposal A
Project Proposal B
Project B
Project A
Project Signoff
Project Signoff
New Service Line SLA
New Service Line SLA
Existing Service Lines with SLAs
14
Change Management Methods
  • Utilise Champions to influence Management other
    users
  • Electronic Publicity
  • Multimedia
  • Flyers/Handouts/Products
  • Lunchtime Briefing Sessions

15
The Technology
16
Subsurface Data Repositories
17
IT Architecture
Livelink, GeoFrame
Livelink, GeoFrame, Kestrel
Livelink
Livelink, GeoFrame, ORSO, SApphire
18
Example 1 Definition Application of
Subsurface Data Standards Procedures
19
The Business Drivers
  • Consistency in the storing of subsurface data
  • Clean-up of data stored in GeoFrame
  • Procedures to improve the management of data
    stored in GeoFrame
  • A reduction in the time spent by Geoscientists
    managing GeoFrame data.

20
What was Delivered
  • A set of 15 subsurface data standards
  • A set of 15 GeoFrame data management procedures
  • An audit of online GF projects (40)
  • Application of the data standards to selected
    projects (7) to demonstrate the benefits
  • Audit of rationalised data for QA purposes
  • Creation of GF Data Management Service Line owned
    by IM group.

21
Benefits Realised
  • Standards now used throughout Premier Oil giving
    consistency
  • Time/Cost saving of 50K per year by
    transferring GF Data Management tasks to IM Group
  • Rationalised data set helps Premier to meet its
    obligations as an Operator.

22
Example 2 Improvements to Offsite Data
23
The Business Drivers
  • Know what data/information we have stored offsite
  • Reduce the access time
  • Lower our storage retrieval costs.

24
The Problem
  • 970 of these

No End User Confidence
  • Poor index Box Number Country

25
The Project Requirements
  • Complete accurate listing of the contents of
    boxes containing Exploration data held offsite
  • Scanned images of header pages, contents
    abstracts for additional information
  • Reduction in storage costs
  • Project completion within 3 month timeframe.

26
What was delivered
  • 21,000 items indexed
  • Indexing completed within 4 months
  • Scanning completed within 6 months
  • Scan-on-demand service available to reduce
    hardcopy withdrawals
  • Online index available
  • Index integrated with Premiers other IM systems
  • Opportunity to further reduce volume.

27
Benefits Realised
  • Comprehensive index Know what weve got
  • Additional confidence by having scanned header
    pages
  • 22 Reduction in Storage Costs
  • Reduced retrievals costs
  • No more retrieving all the boxes for a country
  • Important/Urgent information can be scanned
  • Estimated pay-back of direct costs in lt3 years.

28
Example 3 -The Subsurface Data Portal
29
Business Requirements
  • Single point of access to our data
  • Search for data geographically
  • Know what weve got in the surrounding area as
    well as the main target
  • Global access to our data information.

30
Linking our data togetherthe coat hangers
RSO
TRAXX
Livelink
Kestrel
GeoFrame
Fundamental philosophy...
31
Inconsistent System Architecture
Livelink
Kestrel
32
Incomplete/inconsistent Standards
33
Premiers Approach
Kestrel
34
Subsurface Data Portal Schematic
Interface
SApphire Web Interface Petroview GIS
Reference Data Layer
SApphire Petroview databases - unique ids
Database Connections
Data Repositories
35
(No Transcript)
36
Proving the Business Case
37
Cost Analysis of Defining Applying Data
Standards
Value
Time
Cost
38
Direct Value London IM Function 2002-2003
  • Key Examples
  • GeoFrame Data Management
  • Offsite Storage Rationalisation
  • Management of 3rd Party Subscriptions

39
Indirect Value Attributable to Good IM
  • Key Examples
  • Information resulting in important business
    decision e.g. asset sale or drilling of a well
  • Information index reduces risk of repurchasing
    information
  • Magnitude of Financial Value

hundreds of thousands
tens of thousands
40
Customer Satisfaction
  • Measures service delivery
  • Measures importance
  • Requirements issues can be raised.

41
The Future
  • Simplify data management processes to increase
    user uptake, improve data quality add business
    benefit
  • Enhance guidance to cover additional data types
    business processes
  • Reduce offsite storage data volume by up to 70
  • Increase the visibility accessibility of data
    information to end users.

42
Recommendations
  • Define Standards Guidance as a Priority
  • Initiate maintain business support at all
    levels of the organisation through a series of
    quick wins
  • Measure the impact of IM issues before after
    projects to establish tangible benefits
  • Foundation can be low-tech, but a vision
    strategy is needed to enable the longer term
    solution
  • Deliver complete data solutions 50 solution
    results in reduced confidence
  • Clearly regularly state end users data
    ownership management responsibilities
  • Business driven, but fit-for-purpose best
    practice
  • Make Change Management a priority in your
    strategy planning.

43
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