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GE Hitachi Nuclear Energy
Copyright 2014 GE Hitachi Nuclear Energy International, LLC - All rights reserved
Prioritize, Innovate, ImproveBeth Lemmons
VP, Field Services
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Copyright 2014 GE Hitachi Nuclear Energy International, LLC - All rights reserved
Before we begin, let’s ponder…
“How is new nuclear
maintenance technology
development like the
making of a fine wine?”
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Copyright 2014 GE Hitachi Nuclear Energy International, LLC - All rights reserved
Global Research Center (GRC)
Longer term … high risk
Research & Development (R&D)
Jugular experiments
New Technology Introduction (NTI)Nearer term … less
risk
New Product Introduction (NPI)
Product creation
Manufacture & Production
Lean &efficient
Sales & Service
Install, monitor & upgrade
Traditional product developmentA pipeline … not an event
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Copyright 2014 GE Hitachi Nuclear Energy International, LLC - All rights reserved
The New Product Introduction (NPI) process addresses two basic risks that greatly increase the likelihood of a new product’s success…
How does the process help us?
Portfolio Rigor
Business CaseReturn on Investment & NPV
Marketing ToolsPipeline ManagementCustomer Alignment
Project Rigor
Product Requirements DocumentDesign Review Process
Risk and Safety EvaluationScheduling Rigor
Cost Control
Is the project being done right?Is this the right project?
The right projects, done right …
Business Case
Product Options
Conceptual Design
Preliminary Design
Detail Design
Test & Validation
Product Release
Product Feedback
Tollgate 1 Tollgate 2 Tollgate 3 Tollgate 4 Tollgate 5 Tollgate 6 Tollgate 7 Tollgate 8
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Copyright 2014 GE Hitachi Nuclear Energy International, LLC - All rights reserved
NPI evolution for CRDM exchange
David-Round Exchange System
• Double winch unit
• In-process load transfer required
• Separate transfer cart required
• 3 – 4 person operation
60 – 120 minutes per location
Original Plant Supplied Equipment (1970’s)
Slim Line Drive Exchange System
(SLDES)
• Chain Driven
• External Air wrench Drive
• Integrated Transfer Cart
• 3 – 4 person operation
25 – 60 minutes per location
1st evolution NPI(used from 1992 to 2009)
Integrated Drive Exchange Assembly
(IDEA)
• ACME Screw Driven
• External Air wrench Drive
• Integrated Transfer Cart
• 2 – 3 person operation
15 – 30 minutes per location
Current tooling(introduced in 2009)
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Copyright 2014 GE Hitachi Nuclear Energy International, LLC - All rights reserved
2013 & 2014 Outages
Qty. of CRDsTotal
Exchange DurationTime Per CRD
(minutes)
BWR 1 20 10 hours 50 minutes 32.5
BWR 2 20 11 hours 11 minutes 33.6
BWR 3 20 10 hours 5 minutes 30.3
BWR 4 19 9 hours 53 minutes 31.2
BWR 5 15 6 hours 55 minutes 27.7
BWR 6 18 9 hours 25 minutes 31.4
BWR 7 20 10 hours 30.0
BWR 8 20 11 hours 15 minutes 33.8
BWR 9 19 13 hours 30 minutes 42.6
BWR 10 19 9 hours 6 Minutes 28.7
BWR 11 17 8 hours 28.2
BWR 12 15 4 hours 37 minutes 19.0
Today’s performance:• Plan and complete drive exchange in 1 continuous shift
• 2 person team under vessel with outside support crew for staging and CRD packing
Improvement supported by the data …
Traditional NPI provides execution certainty … but speed?
“GE will move at market speed and with
market intensity. Everything we do must be tied to an outcome. If it isn’t we should
stop doing it.”- Jeff Immelt (2014)
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Copyright 2014 GE Hitachi Nuclear Energy International, LLC - All rights reserved
With FastWorks, � We think different� We create impact� We use data & customer
input to drive decisions
Development redefined using
Our Goal:Achieve outcomes that truly make a difference for our
customers
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Copyright 2014 GE Hitachi Nuclear Energy International, LLC - All rights reserved
How FastWorks fits …
“FastWorks isn’t just about moving
faster – it’s about working in a new way that delivers outcomes for our customers
and ourselves.”
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Copyright 2014 GE Hitachi Nuclear Energy International, LLC - All rights reserved
MVP 2
Dec ‘12 Dec ‘13 Dec ‘14 Dec ‘15
Traditional NPI“Launch” then “Learn”No Bids … Limited External Learning … Leap of Faith
Business case
New Tech Intro/Research
(NTI)
Approval to Quote
(ATQ)
New Product Introduction – 8 Tollgates
(NPI)
Final product - OK to Sell
FastWorks NPI
FW – S1
MVP 1
MVP 3
FW – S2
PIVOT
Launch earlier … Learn earlier … Learn more
Final product - OK to Sell
NPI
Design/Testing/Qualification
1st Implementation
Beta Customer?
Customer Involvement
Customer Involvement
1st Implementation
FastWorks versus Traditional NPI
$
$$$$
$
$$
$
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Copyright 2014 GE Hitachi Nuclear Energy International, LLC - All rights reserved
FastWorks improves CRD uncoupling
Original CRDM Uncoupling
• Manual actuation
• Cap screw removal
• Go-No-Go indication
20 – 25 minutes per location
Multi-Stage Uncoupling
• Hydraulic Jacking Post
• Red-Yellow-Green indication
10 – 15 minutes per location
Multi-Stage Uncoupling Phase 1
• Hydraulic jacking post
• 10 locations per sets
• 0.01” movement sensitivity
• Red-Yellow-Green indication
• Outside drywell operation
2 – 5 minutes per location
40 – 60% dose saving
Multi-Stage Uncoupling Phase 2
• All benefits of Phase 1 plus…
• Integrated jacking
• No shoot out steel removal
• Wireless control outside drywell
1 – 3 minutes per location
60 – 70% dose saving
Introduced in November 2013
To be introduced October 2014
Saving cost, schedule & dose through faster product development
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Copyright 2014 GE Hitachi Nuclear Energy International, LLC - All rights reserved
Prioritize, Innovate, Improve …
• Think differently ... “minimum viable products”
• Create impact … be able to pivot & try new paths
• Use data & customer input to drive decisions
It’s more than speed … its about the outcome!