Apr 02, 2015
U.S. Petroleum Refining: Basics, Challenges, And The Case for a Supply-
Oriented Energy Policy
Charles T. Drevna
National Petrochemical & Refiners Association
IPAA Midyear Meeting
June 16, 2005
Outline
• Refining Industry Basics
• Economics & Role Of Imports
• Challenges 2005 and Beyond
• National Energy Policy
• Conclusions
Refining IndustryBasics
• 149 Operable Refineries• Capacity: 16.8 MMBPD of Crude Oil• Yields (approximate)
– 8.5 MMBPD Gasoline– 4.0 MMBPD Diesel Fuels– 1.5 MMBPD Jet Fuel
• Gasoline Imports – approximately 875 KBPD
Refining IndustryBasics
Infrastructure
• Each Refinery is Unique
• Crude Source
• Product Slate
• Conversion Capacity/Configuration
Refining IndustryBasics
Infrastructure
• Refinery Configuration Is Inflexible
• Changes in Crude Qualities Affect Refining Economics
Refining IndustryBasics
US Crude Oil Trend
30.00
31.00
32.00
33.00
34.00
35.00
API G
ravit
y
0.50
0.70
0.90
1.10
1.30
1.50
Wt. P
ct. S
ulfu
r
API Gravity Sulfur, wt%
Refining Industry Economics
Crude Supply/Product Demand
• Crude Slate Changes Require Refinery Changes• Product Demand Changes Require Refinery
Changes• Refiners Have Invested in Conversion Capacity
– Hydrocrackers– Catalytic Crackers (FCCUs)– Cokers
Refining Industry Economics
US Refining Capability
0.0%5.0%
10.0%15.0%20.0%25.0%30.0%35.0%
Conv
ersi
on C
apac
ity
0.000.200.400.600.801.001.201.401.60
Wt.
Pct.
Sulfu
r
Catalytic Cracking Hydrocracking Coking Sulfur, wt%
105%
148%
126%
Refining Industry Economics
Crude Supply
• Lower Cost Crudes Contain – More Heavy Material (BP>750°F)– More Sulfur– More Metals
• Conversion Capacity Enables Refiners to Purchase Cheaper Crudes– Ability to Upgrade Heavy Material– Ability to Reject Carbon
Refining Industry Economics
Light/Heavy Differentials, $/BBL
$0.00$2.00$4.00$6.00$8.00
Light
-Hea
vy
Diffe
rent
ial, $
/BBL
0.00
0.50
1.00
1.50
Wt. P
ct. S
ulfur
WTI-WTS WTI-Maya Sulfur, wt%
Refining Industry Economics
Crude Supply
• Additional Conversion Capacity Should Reduce Light/Heavy Differentials
• Cokers in Particular Have Been Built to Process Specific Crudes– Maya – Mexico– Oriente - Venezuela
Refining Industry Economics
Crude Supply• Synthetic Crudes Will Impact Refining• Canadian Syncrudes from Tar Sands
– Presently 900 KBPD– Expanding to 1800 KBPD by 2010
• Syncrudes from Venezuela– Presently 250 KBPD– Expanding to 600 KBPD by end 2005
Gasoline Imports – An Essential Supply Source
Local Production
Net Imports
Other DomesticProduction
Imports to Other Regions
PADD 1 Share
PADD 1 Sources of SupplyImport Destinations
877 MB/D (2003)
Source: EIA, Petroleum Supply Monthly
Changing U.S. Specifications May Change Import Sources
Country 2004 2005/2006 2010
U.S. 120 30 30
E.U. 150 50 (10) 10
Brazil 1000 400 80
Argentina 350 50 N/A
South Korea 130 50 N/A
Source: Hart International Fuel Quality Center
Gasoline Sulfur Specifications (ppm)
Some Historical Suppliers Cannot Produce Low Sulfur Gasoline
0100200300400500600700800900
100019
90
1992
1994
1996
1998
2000
2002
Th
ou
san
d B
arre
ls P
er D
ay Other
Other Latin America
E Europe
Venezuela
W Europe
Virgin Islands
Canada
U.S. Total Gasoline Imports
Source: EIA, Form EIA-814
EU-15 Demand Mix May Imply Excess European Mogas Supply
0
50
100
150
200
1990
1995
2000
2005
2010
2015
Mil
lio
n T
on
nes
/Yea
r
0.0
0.2
0.4
0.6
0.8
1.0
1.2
1.4
Mo
gas
/Die
sel
Rat
io
Gasoline Diesel Ratio Gasoline/Diesel
Source: History IEA; Forecast Purvin & Gertz
European New Vehicle Choices Show Why Diesel Fuel Growth May Continue
40.3
0
10
20
30
40
50
Per
cen
t o
f N
ew
Reg
istr
atio
ns
1990 1992 1994 1996 1998 2000 2002
W. Europe Diesel-Fueled Vehicle Share of New Passenger Car Registrations
Source: ACEA www.acea.be
Imports – Less Competitive in the Short Term
• Short-term:– Fuel spec changes may be reducing number of
potential import sources– Reduction in import sources may increase margins– But will that change over time?
• Long-term:– May still see higher product imports – Can capacity investment today compete tomorrow?
Refining Industry Challenges
• Industry Emphasis Is on Manufacturing Costs– Crude Selection/Optimization Is One Factor– Other Factors Are More Urgent
• Capital intensive operations• Huge expenditures for regulatory compliance• Rate of return on investment below average• Refining Is Very Competitive
Refining Industry Challenges
The refining industry is stressed.• No new refineries built since 1976• Domestic capacity is flat• Increasing demand well beyond domestic
production capabilities– EIA Forecast: Petroleum demand to increase by 1.6% per year to 2025
- 65% of growth in imports will be refined products – Imports in 2003
- Crude Oil - 9.5 MMB/D - Petroleum Products - 2.3 MMB/D
14.00
14.50
15.00
15.50
16.00
16.50
17.00
1985 1987 1989 1991 1993 1995 1997 1999 2001 2003
Refinery Capacity
MM
B/D
Refining Industry Challenges
02468
101214161820
MM
B/D
ay
U.S. Refining Capacity & Inputs
Gross Inputs
Operable Capacity
EIA
Refinery Utilization
Number ofRefineries in 1981
Number ofRefineries in 2003
Petroleum Industry Data
324 149
Refining Industry Challenges
Refining Industry Challenges
Regulatory Compliance
• In this decade:-Refiners face about $20 Billion in
aggregate investment in this decade to comply with environmental requirements.
-Does not include costs of facility security, maintenance, or capacity expansion.
Regulatory Compliance• Investment Requirements of New
Regulations:– Tier 2 Gasoline Sulfur - $ 8 billion– Highway and Off-Road Diesel Sulfur - $ 9 billion– MTBE Phasedown/Elimination - $ 2 billion – Ethanol Mandate
• Costs for these programs equal $19 billion
• Over $25 billion invested in the 1990’s
(RFG and other requirements)
• Refining Industry Challenges
Cumulative Regulatory Impacts on Refineries, 2002 - 2010
2002 2003 2004 2005 2006 2007
2008 2010
Tier II Gasoline Sulfur 1
State RFG Waivers and MTBE Bans 4
Regional Haze 11
Off-Road Diesel Sulfur
Phase II Gasoline Toxics Control 5
Urban Air Toxics (Area Sources) 12
PM 2.5 NAAQS 10
Residual Risk 13
KEY
Actual time frame known or based on 36-48 month compliance schedule after final rule issued.Compliance Requirements unknown and time frame estimated. Prepared by the National
Petrochemical & Refiners Association
April 2004
8 Hour Ozone NAAQS 9
On-Road Diesel Sulfur 3
Renewable Fuels Mandate 2
Refinery MACT II 7
NOx SIP Calls/Section 126 8
New Source Review 6
Ext.
Cumulative Regulatory Impacts on Refineries, 2002 - 2010
2002 2003 2004 2005 2006 2007
2008 2009 2010
Tier II Gasoline Sulfur 1
State RFG Waivers and MTBE Bans 4
Regional Haze 11
Off-Road Diesel Sulfur
Phase II Gasoline Toxics Control 5
Urban Air Toxics (Area Sources) 12
PM 2.5 NAAQS 10
Residual Risk 13
KEY
Actual time frame known or based on 36-48 month compliance schedule after final rule issued.Compliance Requirements unknown and time frame estimated. Prepared by the National
Petrochemical & Refiners Association
April 2004
8 Hour Ozone NAAQS 9
On-Road Diesel Sulfur 3
Renewable Fuels Mandate 2
Refinery MACT II 7
NOx SIP Calls/Section 126 8
New Source Review 6
Ext.
Concurrently, 5-Year Review Underway
Concurrently, 5-Year Review Underway
2005 And Beyond
• Higher crude oil costs• Continued rollout of Tier II gasoline sulfur reductions • ULSD regulations for highway and non-road applications• Full implementation of state MTBE bans• Additional RFG areas• 8- hour ozone non-attainment designations• NSR reform gridlock because of federal stay• “Boutique” Fuels Misperceptions
Refining Industry Challenges
Refining Industry Challenges
Tier II Gasoline Sulfur• For refineries, gasoline sulfur phase-down
requires:– Additional processing step(s)– Capital investment– Downgrade of some blendstocks
• Result: Upward pressure on manufacturing costs• [Some gasoline importers sought a temporary
compliance waiver. NPRA opposed the waiver.]
Refining Industry Challenges
Highway & Non-Road Diesel• For refineries, highway and non-road diesel
sulfur reductions require:– Additional processing step(s)– Capital investment– Potential downgrade/contamination of product
downstream of refinery • Result: Upward pressure on manufacturing and
distribution costs
Refining Industry Challenges
Highway & Non-Road Diesel
• Additional factors impacting diesel fuel sulfur reductions:
– Technology concerns (refinery & vehicle)– Disproportionate amount of capital needed– Mechanical reliability– Reprocessing/handling of difficult to process
components– Complex and untested credit trading system
DIESEL FUEL TIMELINES
80% 15 PPM : 20% <500 PPM
6/1/2006 6/1/20086/1/2007 6/1/2010 6/1/2012
6/1/2009
100% 15 PPMHighway Rule
2-Step NRLM 2 Rule
15 PPMPART 89 <500 PPM
15 PPMOR
HomeHeating
OilHOME HEATING OIL >500 PPM
33
RAILROAD & MARINE <500 PPM
Refining Industry Challenges
MTBE Bans
• For refineries, MTBE bans require:– Production of a new blendstock for blending with
ethanol;– Lower vapor pressure; and– Additional segregation and transportation costs.
• Result: Upward pressure on manufacturing costs
EPA
Refining Industry Challenges
Impact of 8-Hour Ozone Designations
• Approximately 120 new non-attainment areas– Each area will consider fuels controls– Areas have very little time to reach attainment (2007)– Benefits of clean fuels/vehicles programs will be of
little help• Approximately 40 non-attainment areas under both
old and new NAAQS– Will be difficult for many of these to reach attainment– 17 already use RFG– 18 are in California & use CARB RFG
Boutique Fuels
Refining Industry Challenges
Boutiques Fuel
• “Boutique” fuels are now the cause of all transportation fuels problems according to some politicians– “300 separate jurisdictions with their own rules” –
Senator Kerry– “110-plus different fuel types” – Senator Bingaman– Must be bad if it needs a word from the French to
describe it
Refining Industry Challenges
Boutique Fuels:• In reality:
– Approximately sixteen distinct fuels– Each available in three grades– Many jurisdictions use the same fuel
• The number of fuels being produced in the US is more like 50.
Refining Industry Challenges
Why “Boutique” Fuels?
• Local areas have different air quality needs.• Local fuels result from both environmental and
economic considerations• Generally supported by all stakeholders• Boutique fuels reduce or avoid inefficient
investment costs for refiners• Lowers overall costs to consumers
Boutique Fuels and Market Volatility • Localized supply disruptions can result from:
– Infrastructure; refinery or distribution – Weather conditions– International events
• These “upsets” may result in more volatile fuel costs in the affected area may if that area has a unique fuel formulation.– Marketplace usually corrects without need for
government intervention
Refining Industry Challenges
Boutique Fuels
• NPRA Perspective
-Supply/demand balance is tight.
-First, do no harm
-Avoid unnecessary additional product changes
• Congress:
-Repeal oxygen mandate for RFG
-Reject MTBE ban and ethanol mandate
• All policymakers:
-Factor supply when considering new fuel regulations
Refining Industry Challenges
National Energy Policy
• NPRA urges Congress to reintroduce a supply ethic into our nation’s energy policy.
• Congress should avoid bans and mandates in its new energy policy.
NPRA Position on Energy Bill
• Supports elimination of the 2% by weight oxygen content requirement for RFG
• Opposes an ethanol mandate
• Opposes MTBE ban or phase out
• Supports MTBE liability protection
National Energy Policy
National Energy Policy
Energy Policy & Public Opinion –
Six Myths That Influence Public Policy Decisions:
1. Supply is always available at low prices2. Environmental improvements are free3. Alternate fuels are cheap and abundant, and unlike fossil fuels, require no
environmental trade offs4. Consumers are always willing to pay higher prices for better environmental
performance5. Little or no progress has been made in reducing air and water emissions and
general improvements in the environment6. Oil and petrochemical industries pay little attention to environmental, health and
safety improvements
These perceptions are wrong. But they often drive public policy.
Future Outlook & Conclusions
• Continued U.S. reliance on petroleum products through this decade and well into the next.
• Main Questions: Can industry and policymakers resolve the challenge of complying with more stringent environmental requirements while meeting increased demand for petroleum products?
• Will policymakers accept the fact that energy supply must increase to fuel continued U.S. economic growth?
Conclusions