the high stakes gamble in the olefins...
TRANSCRIPT
LCA / LCIA Annual Meeting
22 October 2015
Trusted commercial intelligence www.woodmac.com
The High Stakes Gamble
In the Olefins Industry
Market Risks and Rewards for
New Petrochemical Construction
Stephen Zinger
Vice President – Chemicals
Wood Mackenzie
Trusted commercial intelligence www.woodmac.com
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Over the last 40 years, Wood Mackenzie has
evolved naturally along the energy value chain to
capture all the key components affecting global
markets.
Our integrated approach allows
us to spot trends and forecast
future dynamics before anyone
else
Upstream
Oil & Gas
Energy
Markets
Gas
Power
Refining &
Oil Products
LNG
NGL Chemicals
Macro
Economics
Metals & Mining
1973 2015
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The High Stakes Gamble in the Olefins Industry
Agenda
Ethylene
Adapting to a Changing Game
» Energy volatility brings rewards and risk
» The gas-based chemical renaissance
» Gas vs. oil vs. coal based feedstocks
Propylene
Witnessing A Market Evolution
» Long-term Past: By-product
» Recent past: Shortage
» Future: On-purpose technologies
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Ethylene The global ethylene market is dominated by polyethylene demand (for plastic
applications) and naphtha (from crude oil) & ethane (from natural gas) supply
Polyethylene 60%
Vinyls 9%
Glycol 10%
Styrene 6%
Others 15%
2015 Global Ethylene Market: 145 million tons
Source: Wood Mackenzie Long Term Ethylene Service
2015 Global Ethylene Consumption
Ethane- 36%
LPG 16%
Methanol 2%
Naphtha+ 46%
2015 Global Ethylene Production
2015 Global Ethylene Market = 145 Million Tons
Coal
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0
16
32
48
64
80
96
112
128
144
0
2
4
6
8
10
12
14
16
18
2005 2006 2007 2008 2009 2010 2011 2012 2013 2014 2015
China Coal Range Brent Crude Oil
US Henry Natural Gas Middle East Natural Gas Range
$ p
er
mil
lio
n
$ p
er b
arre
l (cru
de
oil)
$ p
er to
n (c
oa
l)
0
40
79
119
159
198
238
278
318
357
North America Lost Competitiveness
to Asia/Middle East
Ethylene – Energy Volatility Brings Rewards & Risk The “rollercoaster” of volatility of regional energy valuations has driven
investment decisions across the chemical industry
Source: ArgusMedia, NYMEX, SXCoal
Key Global Energy Benchmarks
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-4
0
4
8
12
2005 2010 2015 2020 2025
Americas
Europe + Japan
Russia and The Caspian
Middle East + Africa
China + India
Rest of World
Source: Wood Mackenzie Long-Term Ethylene Service
Million tons
Ethylene - Energy Volatility Brings Rewards and Risk As a result of high natural gas prices and the flight of manufacturing to China,
North America shutdown ethylene plants: Equistar Lake Charles, Dow Seadrift, Dow Texas City,
ExxonMobil Houston, Eastman Longview, Petromont Varennes, Sunoco Marcus Hook, Equistar Choc Bayou, FHR Odessa
Global Ethylene Capacity Additions
North America Lost Competitiveness to
Asia/Middle East
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Ethylene - The Gas-based Chemical Renaissance Shale gas has significantly changed US supply, with the Marcellus field becoming
the largest gas play in the world for decades to come
0
60
120
2010 2015 2020 2025
Conventional AssociatedCBM TightShale
BCFD (Billion Cubic Feet Per Day)
0
60
120
2010 2015 2020 2025
Residential CommercialIndustrial PowerLNG Exports Net Mexican ExportsTransport Other
BCFD (Billion Cubic Feet Per Day)
US Natural Gas Supply US Natural Gas Demand
Source: Wood Mackenzie North America Gas Service – 1H 2015
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0
16
32
48
64
80
96
112
128
144
0
2
4
6
8
10
12
14
16
18
2005 2006 2007 2008 2009 2010 2011 2012 2013 2014 2015
China Coal Range Brent Crude Oil
US Henry Natural Gas Middle East Natural Gas Range
$ p
er
mil
lio
n
$ p
er b
arre
l (cru
de
oil)
$ p
er to
n (c
oa
l)
0
40
79
119
159
198
238
278
318
357
Emergence of the North America
Gas-based & China Coal-based Chemical Industry Advantage
Ethylene - The Gas-based Chemical Renaissance The “rollercoaster” of volatility of regional energy valuations drives
investment decisions across the chemical industry
Source: ArgusMedia, NYMEX, SXCoal
Key Global Energy Benchmarks
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Ethylene - The Gas-based Chemical Renaissance North American now building a $100+ billion gas chemical renaissance
Source: Wood Mackenzie; American Chemistry Council http://chemistrytoenergy.com/shale-125-billion
natural gas & natural gas liquids
ethylene methanol ammonia others propylene
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-4
0
4
8
12
2005 2010 2015 2020 2025
Americas
Europe + Japan
Russia and The Caspian
Middle East + Africa
China + India
Rest of World
Source: Wood Mackenzie Long-Term Ethylene Service
million tons
Ethylene - The Gas-based Chemical Renaissance As a result of low natural gas prices (and ethane) relative to high crude oil prices
(and naphtha), N. America adding most of the new ethylene capacity in the world
Global Ethylene Capacity Additions
Emergence of the North America Gas-based & China Coal-based Chemical
Industry Advantage
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0
30
60
2005 2010 2015 2020 2025
Existing Capacity Firm Projects
Likely Projects Hypothetical Projects
Million tons, Ethylene Capacity
Ethylene - The Gas-based Chemical Renaissance The North America ethylene industry is expanding initially through debottlenecks
and then through new world-scale plants Debottlenecks of Existing Capacity
» BASF/Total (TX), CP Chem (TX), Dow (TX/LA),
Eastman (TX), Equistar (TX), INEOS (TX), Westlake
(LA), Williams (LA)
Firm/Likely Projects Underway
(Before 2020)
» Braskem Idesa Mexico (end-2015)
» Oxy/Mexichem Texas (2017)
» Chevron Phillips Texas (2017)
» ExxonMobil Texas (2017)
» Dow Texas (2017)
» Formosa Texas (2018)
» Sasol Louisiana (2018)
» Shintech Louisiana (2019)
Other Projects Under Study (before FID)
» Aither (WV – Cancelled), Appalachian Resins (OH –
Cancelled), Axiall/Lotte (LA), Badlands NGL (ND),
Braskem (WV), CP Chem2(TX), Formosa2 (TX/LA),
Hanwha (Cancelled), Indorama (LA), NOVA (CAN),
PTT/Marubeni (OH), Sabic (TBD), Shell (PA), Total
(TX), Williams (LA), Others
North America Ethylene Capacity
Source: Wood Mackenzie Long Term Ethylene Service (1H 2015)
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Ethylene - The Gas-based Chemical Renaissance Significant growth in ethylene derivative exports will occur in 2017 to 2018 since
domestic demand will not keep up with new supply
North America Ethylene Equivalent Exports Global Trade of Ethylene Equivalents
-16
-14
-12
-10
-8
-6
-4
-2
0
2005 2010 2015 2020 2025
Polyethylene Vinyls Ethylene Glycol Styrene
Net Exports (-)
Million tons
-60
-40
-20
0
20
40
60
2005 2010 2015 2020 2025
Rest of World Japan + S. Korea + Taiwan
China + India Middle East
Russia and The Caspian Europe
Latin America United States + Canada
Net Imports (+)
Net Exports (-)
Million tons
Source: Wood Mackenzie Long Term Ethylene Service (1H 2015)
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0
20
40
60
80
100
120
2000 2005 2010 2015 2020 2025
Conv. Assoc. CBM Tight Shale
Source: Wood Mackenzie North American Natural Gas and Macro Oil Services
Billion cubic feet per day (bcfd)
North America Natural Gas Production
0
5
10
15
20
25
30
2000 2005 2010 2015 2020 2025
Net Imports US Tight oil US Other
Mexico Canada Oil Sands Canada Other
Million Barrels per day
North America Crude Oil Supply
Ethylene - The Gas-based Chemical Renaissance Like shale gas, US tight oil supplies are grown tremendously from Eagle ford / Bakkan /
Permian basins, and this is now impacting global oil prices
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0
16
32
48
64
80
96
112
128
144
0
2
4
6
8
10
12
14
16
18
2005 2006 2007 2008 2009 2010 2011 2012 2013 2014 2015
China Coal Range Brent Crude Oil
US Henry Natural Gas Middle East Natural Gas Range
$ p
er
mil
lio
n
$ p
er b
arre
l (cru
de
oil)
$ p
er to
n (c
oa
l)
0
40
79
119
159
198
238
278
318
357
North America gas-based
chemistry renaissance
now at risk?
Ethylene - Gas vs. Oil vs. Coal based feedstocks Since August 2014, global crude oil prices fell because of US tight oil supplies, weaker
global demand growth and new OPEC policy to protect market share instead of price
Source: ArgusMedia, NYMEX, SXCoal
Key Global Energy Benchmarks
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Ethylene - Gas vs. Oil vs. Coal based feedstocks A flatter global production cost curve still keeps North America ethylene competitive at
$50/bbl crude; however, investment returns/paybacks will be lower than expected
Source: Wood Mackenzie
Aug 2015 Ethylene Costs (Brent=$47/bbl; Henry Hub=$2.80) Sep 2014 Ethylene Costs (Brent=$98/bbl; Henry Hub=$3.90
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0
3
7
10
13
17
20
230
20
40
60
80
100
120
140
200 400 600 800 1000 1200
Asia Naphtha US Ethane
Natu
ral G
as
($/m
mb
tu)
Cru
de
Oil
($/b
bl)
Ethylene Cash Production Costs ($/ton)
Ethylene - Gas vs. Oil vs. Coal based feedstocks Naphtha crackers’ competitiveness with ethane is a function of the relative value of
crude oil and natural gas; China coal competitiveness if related to crude oil vs. coal
0
46
93
139
185
231
278
3240
20
40
60
80
100
120
140
200 400 600 800 1000 1200
Asia Naphtha China Coal
Cru
de
Oil
($/b
bl)
Co
al ($
/ton
)
Ethylene Cash Production Costs ($/ton)
$100 Crude Oil => $12 Natural Gas $100 Crude Oil => $110 Coal
Source: Wood Mackenzie Long Term Ethylene Service
Crude (Naphtha) to Natural Gas (Ethane) Correlation Crude (Naphtha) to Coal (CTO) Correlation
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0
3
7
10
13
17
20
230
20
40
60
80
100
120
140
200 400 600 800 1000 1200
Asia Naphtha US Ethane
Natu
ral G
as
($/m
mb
tu)
Cru
de
Oil
($/b
bl)
Ethylene Cash Production Costs ($/ton)
0
46
93
139
185
231
278
3240
20
40
60
80
100
120
140
200 400 600 800 1000 1200
Asia Naphtha China Coal
Cru
de
Oil
($/b
bl)
Co
al ($
/ton
)
Ethylene Cash Production Costs ($/ton)
$3 Natural Gas => $30 Crude Oil $40 Coal => $50 Crude Oil
Source: Wood Mackenzie Long Term Ethylene Service
Crude (Naphtha) to Natural Gas (Ethane) Correlation Crude (Naphtha) to Coal (CTO) Correlation
Ethylene - Gas vs. Oil vs. Coal based feedstocks Naphtha crackers’ competitiveness with ethane is a function of the relative value of
crude oil and natural gas; China coal competitiveness if related to crude oil vs. coal
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Ethylene - Energy Volatility Brings Rewards and Risk Natural gas and crude oil prices returned to similar levels in 2015, but are expected to
diverge again based on longer-term fundamentals that keep natural gas prices low
and drive crude oil prices to respond to higher costs of production than tight oil
0
30
60
90
120
150
0
5
10
15
20
25
2000 2005 2010 2015 2020 2025
WoodMac Brent Crude Oil WoodMac Henry Hub Natural Gas
Source: Wood Mackenzie Macro Oil Service (1H 2015) & N. America Gas Service (1H 2015)
Real $/mmbtu, Crude & Gas Price Crude Price, $/bbl
North America Key Natural Gas & Crude Oil Price Benchmarks Outlook
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The High Stakes Gamble in the Olefins Industry
Agenda
Ethylene
Adapting to a Changing Game
» Energy volatility brings rewards and risk
» The gas-based chemical renaissance
» Gas vs. oil vs. coal based feedstocks
Propylene
Witnessing A Market Evolution
» Long-term Past: By-product
» Recent past: Shortage
» Future: On-purpose technologies
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What is Propylene? The World’s second largest basic chemical
building block, consumed to make plastics, synthetic materials, and
fuels
Source: Wood Mackenzie Chemical Market Service
Acrylic Acid
Propylene Oxide
Oxo-Alcohols
Isopropanol
Acrolein
Allyl Chloride
Polypropylene 69%
Acrylonitrile 6%
Cumene / Phenol
3%
Others 22%
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Propylene – Witnessing a Market Evolution Phase 1 = Propylene is a by-product
Before
2010
2010-
2015 2015-
2020+
Source: Wood Mackenzie Long Term Propylene Service
Era Long-Term Past Recent Past Future
Market
Characteristics
By-product Supply
Rapid Demand Growth
US Cracker Yield Loss
China Rapid Growth
On-purpose Capacity
Balances Demand
Pricing
Dynamics
Naphtha Cracking &
Refinery Economics
Derivative Demand
Destruction
Costs & Returns for
On-purpose Supply
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Steam Cracker 62.3%
Refinery Splitter 33.8%
PDH 2.6%
MTO/P 0.0% Others
1.3%
2005 Global Propylene Market = 64 Million Tons
Propylene – Long-term Past: By-product Historically, most propylene produced from naphtha crackers as a by-product of
ethylene or refinery FCC units as a by-product of gasoline. At this time, propylene
prices correlated well with naphtha and gasoline prices
Source: ArgusMedia, PetroChem Wire, Wood Mackenzie
2005 Global Propylene Production
y = 1.572x + 78.924 R² = 0.92
0
1250
2500
0 600 1200$
/To
n, U
S P
G P
rop
yle
ne
Pri
ce
$/Ton, US Naphtha Price
2000-2009 Naphtha-to-Propylene Correlation
Source: Wood Mackenzie
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Propylene – Witnessing a Market Evolution Phase 2 = Propylene in shortage; High prices cause demand destruction
Before
2010
2010-
2015 2015-
2020+
Source: Wood Mackenzie Long Term Propylene Service
Era Long-Term Past Recent Past Future
Market
Characteristics
By-product Supply
Rapid Demand Growth
US Cracker Yield Loss
China Rapid Growth
On-purpose Capacity
Balances Demand
Pricing
Dynamics
Naphtha Cracking &
Refinery Economics
Derivative Demand
Destruction
Costs & Returns for
On-purpose Supply
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0
30
2000 2002 2004 2006 2008 2010 2012 2014
Naphtha+ Butane Propane Ethane
Million Tons, US Ethylene Production
Propylene - Recent past: Shortage Shale (ethane cracking) caused the US propylene shortage in 2010-2014
Source: AFPM, Wood Mackenzie
US Propylene Supply Gap
0
9
2000 2002 2004 2006 2008 2010 2012 2014
Steam Cracker Propylene Production
Million Tons, US Steam Cracker Propylene
Propylene Gap 3.5 M tons/yr
US Ethane Cracking Increases
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Propylene - Recent past: Shortage In past five years, propylene’s historical price relationship to naphtha has broken,
as volatile prices rose to levels of demand destruction; On-purpose propylene
growth so far mostly limited to metathesis (tied to crackers or FCC units)
Source: ArgusMedia, PetroChem Wire, Wood Mackenzie
y = 0.1771x + 1232.2 R² = 0.07
0
1250
2500
0 1250 2500
$/T
on
, U
S P
G P
rop
yle
ne P
ric
e
$/Ton, US Naphtha Price
2010-2014 Naphtha-to-Propylene Correlation
Steam Cracker 56.6%
Refinery Splitter 35.4%
PDH 3.2%
MTO/P 0.1% Others
4.8%
2010 Global Propylene Market = 77 Million Tons
2010 Global Propylene Production
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Propylene – Witnessing a Market Evolution Phase 3 = On-purpose propylene defines future market dynamics
Before
2010
2010-
2015 2015-
2020+
Source: Wood Mackenzie Long Term Propylene Service
Era Long-Term Past Recent Past Future
Market
Characteristics
By-product Supply
Rapid Demand Growth
US Cracker Yield Loss
China Rapid Growth
On-purpose Capacity
Balances Demand
Pricing
Dynamics
Naphtha Cracking &
Refinery Economics
Derivative Demand
Destruction
Costs & Returns for
On-purpose Supply
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Propylene - Future: Global On-purpose technologies The age of on-purpose supply is imminent, with the most rapid growth occurring in
2015 to 2017 in PDH (Propane Dehydrogenation) and MTO (Methanol-to-Olefins)
Global Propylene Production 2020 Global Propylene Production
Steam Cracker 43.0%
Refinery Splitter 30.1%
PDH 12.6%
MTO/P 8.1%
Others 6.1%
2020 Global Propylene Market = 108 Million Tons
0%
30%
0
140
2005 2010 2015 2020
Others MTO/P
PDH Refinery Splitter
Steam Cracker % On-Purpose
Million Tons Propylene % On-Purpose
Source: Wood Mackenzie Long Term Propylene Service
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Propylene - Future: China On-purpose technologies With the world’s second largest reserves of coal, China is investing heavily in Coal-
to-Methanol-to-Olefins (23 by end of 2015); About 40% based on purchased
methanol. There will be too much excess capacity in 2016 to 2018 Existing MTO/P Capacity
Firm & Likely MTO/P Underway (by 2020)
» ~25 Projects
Speculatively Announced MTO/P Projects
» Multiple
Source: Wood Mackenzie Long Term Propylene Service
China Propylene Production
0%
60%
0
40
2005 2010 2015 2020
Others MTO/P
PDH Refinery Purification
Steam Cracker % On-Purpose
Million Tons Propylene % On-Purpose China China
Shenhua Baotou 1 Ningxia Baofeng
Shenhua Ningxia 1 Shandong Shenda
Datang Duolun Pucheng Clean Energy
Sinopec Zhongyuan Shandong Huabin
Ningbo Heyuan Shandong Ruichang
Wison Nanjing Shandong Lushenfa
Shaanxi Yanchang Yulin Zhejiang Xingxing
Shandong Luqing Shandong Yangmei Hengtong
Shandong Yuhuang Shandong Daze (Oct 15)
China Coal Shaanxi Yulin Inner Mongolia Mengda (Nov15)
Shenhua Ningxia 2 Shenhua Yulin (Nov15)
Fund Changzhou (Nov15)
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North America Propylene Production
0%
35%
0
18
2005 2010 2015 2020
Others MTO/P
PDH Refinery Purification
Steam Cracker % On-Purpose
Million Tons Propylene % On-Purpose
Existing PDH Capacity
Firm and Likely PDH Underway (by 2020)
Speculatively Announced PDH/MTP Projects
US Mexico
FHR Petrologistics TX PEMEX (Shutdown)
Dow Texas TX (Nov)
US
Enterprise TX (2016)
Formosa TX (2018)
US Canada
Ascend 1&2 TX Williams 1 CAN
Dow 2 TX Williams 2 CAN
Enterprise 2 TX (Cancelled)
FHR Petrologistics 2 TX
Rextac TX (Cancelled)
Sunoco Logistics PA
BASF TX (MTP)*
Propylene - Future: North America On-purpose technologies With some existing metathesis by Lyondell and BASF/Total, N. America has and will
invest mostly in PDH with some interest in MTP; Export oriented investments will be
facilities limited to Americas demand growth
Source: Wood Mackenzie Long Term Propylene Service
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The High Stakes Gamble in the Olefins Industry
Ethylene Summary & Conclusions
Since 2010, North America’s shale has caused an abundance of
natural gas and natural gas liquids
Structural advantage for gas based chemical industry and beginning
of a $100+ billion investment renaissance, most of which is in the
ethylene industry
Now, North America’s oil from shale contributing to global oil price
declines & threatening North America’s gas chemical renaissance
Chemical plants under construction will continue, but new plans will
likely delay decisions and look for more risk mitigation strategies
If crude oil prices return higher, then the North American gas based
chemical investment renaissance will continue mostly as planned
If crude oil price stay at low or lower levels, then North America gas
based chemical investment renaissance will slow considerably
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The High Stakes Gamble in the Olefins Industry
Propylene - Summary & Conclusions
Before 2010, most propylene was produced as a by-product
of ethylene (steam crackers) or gasoline (refineries).
North America’s shale gas chemical renaissance recently
caused a shortage of propylene when steam crackers
maximized ethane cracking.
Now, new on-purpose propylene technologies are under
construction to solve the propylene shortage problem.
PDH (propane dehydrogenation) is the dominant on-purpose
technology of choice in North America, but PDH and MTO/P
(Methanol-to-Olefins/Propylene) are both important in China.
Longer-term these on-purpose technologies will be the
balancing mechanism for demand growth, and propylene
prices will be much more impacted by PDH economics.
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Disclaimer
This presentation has been prepared for the LCA / LCIA Annual Meeting on the 22nd
October 2015 by Wood Mackenzie Limited. The presentation is intended solely for the
benefit of attendees and its contents and conclusions are confidential and may not be
disclosed to any other persons or companies without Wood Mackenzie’s prior written
permission.
The information upon which this presentation comes from our own experience,
knowledge and databases. The opinions expressed in this presentation are those of
Wood Mackenzie. They have been arrived at following careful consideration and
enquiry but we do not guarantee their fairness, completeness or accuracy. The
opinions, as of this date, are subject to change. We do not accept any liability for your
reliance upon them.
Strictly Private & Confidential
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Steve Zinger
Steve Zinger joined Wood Mackenzie in 2012 to develop a global chemical research team to compliment
Wood Mackenzie’s existing capabilities in energy, metals, and mining. In 2013, he coordinated the
launch of a comprehensive package of chemical research analyses, including the “Short-term Ethylene &
Propylene Market Service” and the “Long-term Ethylene & Propylene Market Service”.
Steve currently contributes to research, multi-client, and private consulting studies using his expertise in
the markets for ethylene, propylene, and butadiene. He regularly provides executive presentations about
the outlook for the chemical industry for his customers’ private meetings as well as for key chemical
industry events.
Steve has 25 years of international experience in the chemical industry. Previous to Wood Mackenzie, he
worked for a boutique chemical consulting firm, in various roles including Managing Director of Asia
(Singapore) and Global Olefins Business Director (USA). Steve also worked for Shell Oil Company
(USA) as a process engineer and planning manager within several olefin plants and refineries.
Steve has a chemical engineering degree from Virginia Tech (USA) and a masters degree in business
administration from Tulane University (USA).
Vice President – Chemicals
T +1 713 470 1878