Sustainable Energy Mix

1
Sustainable Energy Mix
Ziemowit Iwanski GE Energy
2
2009
GE Company Proprietary
3
2030
Powering the world responsibly
GE Company Proprietary
4
Diverse portfolio need to meet any outcome
Gas
Smart Grid
Nuclear
Wind
Solar
Oil Gas
Pipeline Integrity
Biomass
Cleaner Coal
Water Technologies
5
CO2 Emissions with Todays Fuels
CO
Emissions per MWh
2
Coal Plant (41)
Coal Plant (45)
IGCC at 25 removal
Heavy-Duty SC GT (37)
Technology
Natural Gas Fired Steam Plant (38)
IGCC at 70 removal
FB Combined Cycle (58)
H Combined Cycle (60)
IGCC at 90 removal
0
250
500
1000
750
kg per MWh
6
Invest in renewables
Biogas

• Efficiency, reliability fuel flexibility
• 2 GW total installed GE gas engine base
  biomass
• 2,600 units delivered for use of biogas,
  landfill gas, and sewage gas
• Patented combustion technology CO2 neutral

Bio power growth
Global installed capacity (GW)
16
Asia rest of world
Europe
3.5
U.S.
'02
'20
Source FrostSullivan
7
Wind...
Industry installation forecast
Products
(GWs)
32
1.5 MW platform
ROW 2
Asia Pacific32
2.5 MW platform
North America 29
15.0
7.8
Europe 37
offshore
03
06
09E
Source BTM Consult, March 08
8
Invest in combined cycle gas turbines
GE leads advanced technology field experience
25 million fired hours
9
Rapid Response combined cycle
109FA/B 209FA/B rapid response Time from
Loadhot start Std Rapid Response 10
minutes 0 10 20 minutes 0 65 55
minutes 15 100 110 minutes 100 100 option
available to achieve 30 load in 10 minutes

• Benefits
• Respond to electricity ancillary market
  opportunities
• 70-65 reduction in start-up fuel
• 65-55 reduction in NOx emissions

10
LM6000-Reliable and flexible
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LMS-100 Combining the best of both worlds
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Proven Experience of GEs Aeroderivative and
Flight Engines
Aeroderivatives
Number of
Operating
LM (Aircraft engine)
engines produced
hours
Simplified Installation Requirements
LM1600 (F404)
162
7,409,593
LM2500 (TF39/CF6-6)
807
39,534,166
LM2500
172
2,458,686
LM2500/ Marine
1,006
9,850,000
LM5000 (CF6-50)
103
6,160,187
LM6000 (CF6-80C2)
710
10,138,252
Totals
2,960
75,550,884
Switch Gear
Aircraft engines
Number of
Operating
LM (Aircraft engine)
engines
hours
LM1600 (F404)
3,347
10,000,000
LM2500 (TF39/CF6-6)
1,092
36,000,000
LM5000 (CF6-50)
2,048
117,000,000
LM6000 (CF6-80C2)
3,460
113,000,000
Totals
9,947
276,000,000
Control House
13
Reliable 10 minute starts for faster response to
grid demand
14
Invest in gasification
Imperatives for cleaner coal

• Reference plant commercialization
• Duke Edwardsport - Site work and detail design
  underway
• Carbon solution
• Carbon policy
• Total carbon solution Schlumberger CCS alliance
• Next generation technology
• Powder River Basin
• Advanced gasification technology center

• Global growth in applications beyond IGCC
• Business investment up 6X resource growth
  350MM investment

GE Company Proprietary
15
Integrated Gasification Combined Cycle
16
IGCC/USC CCS capability
Pollution Prevention vs. Pollution Control
WESP
Carbon Injection
Boiler
ESP/ FF
FF
SCR
FGD
CO2
Pre-Combustion PM, Hg, Su, CO2

• USC Pulverized Coal
• Removing pollutants requires treating 100 times
  the gas volume of an IGCC plant.
• CO2 concentration is low (14 - 1/3 that of
  syngas)
• Higher criteria HAPS emissions than an average
  IGCC plant
• Limestone sulfur removal adds 3-4 to CO2
  emissions

• IGCC
• Gasification cleans the coal before it is burned
  instead of cleaning up the pollution after it is
  produced.
• CO2 concentration in syngas is high (40-50)
• The IGCC Cleaner Coal option increases fuel
  diversity, reduces emissions, and increases
  siting and permitting flexibility.

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The Technology of CCS
CO2
Precombustion decarbonization

• Power
• Heat

H2 CO2

• Underground storage
• Enhanced oil recovery (EOR)

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Invest in nuclear

• Expanding fuel cycle offerings
• Advancing Boiling Water Reactor (BWR) technology
  and services alliance with Hitachi
• Investing in the latest ABWR Gen III ESBWR
  technology
• Design certification underway
• Launch customer identified
• Implementing on-going maintenance, power up-rates
  and modifications to existing fleet of BWRs

Nuclear facility expansion in Wilmington, SC
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ABWR/ESBWR

• ESBWR
• Simplified design reduces plant capital and
  operating costs
• Passive systems improves safety
• Standardized plant shortens construction
  schedule and reduces risk
• Competitive base load generation no greenhouse
  gases from energy generation

• ABWR
• First Generation III reactor to begin commercial
  operation anywhere in the world.
• Proven technology and performance
• Certified design in the United States, Japan,
  Taiwan
• Improved safety and reliability
• Enhanced operability and maintainability

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Product performance
our commitment
Environmental performance
Operating performance