Challenges for European Refining - IENE
Transcript of Challenges for European Refining - IENE
Challenges for European Refining:The dash for diesel...
... and biofuels
Dr Panos E. CavoulacosPresident, EUROPIA
The 2nd South East Europe Energy DialogueThessaloniki, 21 May 2008
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EUROPIA represents the interests of the downstream oil industry in Europe
BP
Cepsa
Chevron
ConocoPhilips
Eni
ExxonMobil
Hellenic Petroleum
MOL
Neste Oil
OMV
Galp Energia
PKN Orlen
RepsolYPF
Saras
Shell
Statoil
TotalIts 17 members cover 80% of the EU-27 refining capacity
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Challenges for European Refining
Demand/trade trends to 2020- Strong growth of diesel and decline of gasoline in Europe- Trade flows continue to grow – diesel into Europe, gasoline to USA
Significant refining investment underway- $30 billion globally since 1995 (P&G)- New “balanced” refining capacity in Middle East, India and China- Emphasis on upgrading – hydrocrackers in EU, cokers in USA- European supply security requires us to invest for the future
New Middle East & India capacity could exceed demand in 2012- Competing with Europe for gasoline exports to USA- More jet fuel and diesel into Europe
Refining ownership starting to shift in Europe- Emergence of independent, Russian major and petchem players
Despite European Refining’s ongoing efficiency gains, CO2emissions will likely increaseEU policies impact heavily our industry and our profitability
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Cleaner fuels help engine technologies to improve air quality, but their production emits more CO2
Source: European Commission
1995 20051990 2000 20100
20
40
60
80
100
120
140E
mis
sion
s, %
of 1
995
leve
l
CONOx
PM-dieselVOC
BenzeneSO2
CO
2em
issi
ons
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The dash for diesel...
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European legislation adds significant pressures on diesel fuel, both from the demand and supply side
Diesel
CO2 in Cars
EU-ETSAir QualityIPPC, NECD
Marine Fuels
Growing diesel demand
Additional pressure on EU refining
Dem
and
EU S
uppl
y
Mobility GrowthLight/Heavy Duty
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Current EU legislation and taxation schemes will continue to generate growth in diesel demand
2020
Gasoline
Diesel
80
90
100
110
120
130
140
150
160
170
180
1990
1991
1992
1993
1994
1995
1996
1997
1998
1999
2000
2001
2002
2003
2004
2005
Mill
ion
tonn
es p
er y
ear
Source: Eurostat Source: Purvin &Gertz
80
389
Die
sel D
eman
d
Additionally, ~60 million tonnes per year of diesel would be needed in the EU (300-350 million tonnes globally ), if the marine sector switched to diesel fuel.
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The EU supply/demand imbalance for both diesel and gasoline will continue to grow
-60
-40
-20
0
20
40
60
80
LPG Naphtha Gasoline Jet/Kero Diesel/Gasoil Fuel Oil
Bala
nces
, Milli
on to
nnes
.
2006 2010 2015 2020
Surplus
Deficit
Die
sel S
uppl
y/D
eman
d
Source: Wood Mackenzie, 2006 (whole Europe)
9
0
25
50
75
100
125
150
175
200
225
Base case 2005 Product quality2005-2020
Demand changes2005-2020
Assumed efficiencyimprovements
2005-2020
Potential productquality changes
Source: CONCAWE
.. which cannot be offset by future energy efficiency improvements.
CO
2em
issi
ons
(mill
ion
tonn
es p
er y
ear)
EU refinery CO2 emissions will grow due to specification and diesel demand changes…
EU D
iese
l Sup
ply
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Proposed EU legislation would add cost to the EU refining sector, potentially leading to more imports
EU-ETS: Imposing a cost of CO2 on EU refineries would give a comparative advantage to non-EU refiners. At above 20 €/t CO2, many non-EU producing locations would have a “CIF EU” cost advantage.
Air QualityThe proposed IPPC Directive (Integrated Pollution Prevention and Control) would mean a significant increase in cost burden to the EU Industrial Sectors, including refining. This cost element does not apply for non-EU suppliers of fuels.
EU D
iese
l Sup
ply
1111
EU CO2 costs are likely to exceed typical transport costs to the EU, creating a “CIF EU” cost advantage
EU D
iese
l Sup
ply
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IPPC Directive: higher-cost industrial operations with negligible additional human health benefits
Optimal Air Quality Policy (Thematic Strategy for Air Pollution)vs
Prescriptive (proposed IPPC Directive)
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2
4
6
8
10
12
14
16
18
TSAP IPPC
Cos
t (bi
llion
€/y
ear)
0
10
20
30
40
50
60
Cost
Improvement inHuman Health (%)
% Y
OLL
impr
ovem
ent
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Recent price signals reflect the changing dynamics of diesel supply/demand relative to gasoline
EU D
iese
l Sup
ply
Source: MWV ( Mineralölwirtschaftsverband) Source: EIA (Energy Information Administration)
US product prices at pump ($/gallon)
2.5
3
3.5
4
4.5
03/1
2 /
2007
04/0
9 /
2007
05/0
7 /
2007
06/0
4 /
2007
07/0
2 /
2007
07/3
0 /
2007
08/2
7 /
2007
09/2
4 /
2007
10/2
2 /
2007
11/1
9 /
2007
12/1
7 /
2007
01/1
4 /
2008
02/1
1 /
2008
03/1
0 /
2008
04/0
7 /
2008
05/0
5 /
2008
Gasoline Diesel
German product prices without taxes (€cent/liter)
25303540455055606570
Jan-
04A
pr-0
4Ju
li 04
Okt
04
Jan-
05A
pr-0
5Ju
l-05
Okt
05
Jan-
06A
pr-0
6Ju
l-06
Okt
06
Jan-
07A
pr-0
7Ju
l-07
Okt
07
Jan.
08
Apr
-08
Gasoline Diesel
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Continuing growth in EU diesel demand would grow the diesel CO2 footprint and require more imports
Should the observed historic growth of diesel demand in Europe continue, diesel supply / demand dynamics would result in: Higher CO2 emissions from refinery operations and logistics A net increase of total CO2 emissions for diesel compared to gasoline-fuelled vehicles, as refinery CO2 penalty exceeds vehicle benefits Probably a substantially higher share of diesel imports to the EUUpward pressure on diesel supply cost and prices relative to gasoline
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The dash for biofuels...
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% energy from biofuels
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10% biofuels (energy-based)
Fuel Quality
Directive
Renewable Energy
Directive
10
10% GHG reduction
10% GHG Reduction
~ 5% GHG Reduction
0
2
4
6
8
10
12
14
16
18
Source: CONCAWE
Currently proposed EU Directives introduce conflicting biofuels targets
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0%
20%
40%
60%
80%
100%
0 5 10
0.0% 0.0% 0.0%
% volume
0%
2%
4%
6%
8%
10%
% energy
EtOH in gasoline
FAME in diesel
BTL in diesel
% energy biofuels in total pool
FAME imports (Mt/a)
BTL imports (% of diesel)
B7
The 10% Biofuels target cannot be achieved by the envisaged E10 and B7 specifications
10 Mt/adomestic
Source: CONCAWE
E10
B7 = 7% FAME in dieselE10 = 10% Ethanol in gasoline
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Depending on availability of imports, the 10% GHG of Article 7a may require more than 20% biofuels
0%
20%
40%
60%
80%
100%
0 10 20 35
5.0% 5.0% 5.0% 0.0%
% volume
0%
5%
10%
15%
20%
25%% energy
EtOH in gasoline
FAME in diesel
BTL in diesel
% energy biofuels in total pool
FAME imports (Mt/a)
BTL imports (% of diesel)
BrazilianEthanol
B7
B7 = 7% FAME in dieselE10 = 10% Ethanol in gasoline
10 Mt/a domestic
Source: CONCAWE
E10
BrazilianEthanol
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The path towards 10% biofuels is paved with several stumbling blocks that need to be removed
The existing fleet of light duty vehicles poses upper limits to shares of available bio-components in fuels (~B7 in diesel and ~E10 in gasoline ), which is insufficient to meet the 10% target.Advanced biofuels ( oxygen-poor or -free ) could help, but they will probably not be available in sufficient quantities before 2020.The attractiveness of investment in production of advanced or second generation biofuels remains unclear today.Proposed sustainability criteria for biofuels and minimum thresholds for CO2 savings, coupled with competition for biomass from other sectors, will put additional pressure on biofuels volumes accessible for road transport. The emerging proliferation of additional fuel grades threatens the smooth, reliable and secure supply of road transport fuels and, at the same time, may lead to consumer confusion.
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Conclusions
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Well-designed EU energy and environmental policies can help us face these challenges
Policy priorities must remain balanced
• Globally competitive level playing field so European Refining can invest
• Minimise Carbon-leakage and meet environmental objectives
• Maintain security of supply to Europe
Predictable policies that do not introduce unequal cost burdens are essential for investment decisions in European Refining
EU EnergyPolicy
Security of SupplyCompetitiveness
SustainabilityKyoto/Bali
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The European oil industry will continue supporting economic growth and energy security in Europe …
Low cost, efficient supplier of energy
Ensuring security of supply
Developing products which are clean and safe to use, and encouraging responsible and efficient use of these products
Continuously working towards reducing the footprint of our operations
A partner for society in addressing the sustainability challenges
… in an environmentally-responsible way