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An Official Publication of
The Society of Petroleum
Engineers www.spe.org
FIND A CAREER IN PETROPHYSICS| GREENPEACES AYLIFFE VS. FTIS BLACKMON| GUIDE TO ABU DHABI
The Magazine by and for Young Professionals in Oil and Gas VOL. 9 // ISSUE 2 // 2013
OURINDUSTRYPUBLICPERCEPTION
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Printed in USA. Copyright 2013,Society of Petroleum Engineers.
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ContentsVOL. 9 // ISSUE 2 // 2013
2 Whats AheadPerspective from TWAseditor-in-chief, Todd Willi s.
3 TWAInterActResponses to TWAcontent sent via social media.
4 TWAInterviewDueling point s of view from Ben Ayliffe, head of Greenpeace Internationals
Arc tic Oi l Ca mpaign, a nd David Blackmon, ma naging director of strateg ic
communications for FTI Consulting.
8 HR DiscussionHow to use the Myers-Briggs T ype Ind icator to advance ones career.
10 ForumResults of a poll t hat sought to understand peoples oil awareness.
12 Economists CornerExploring the financial roadmap of an independents asset.
15 Pillars of the IndustrySarah Edman, ConocoPhil lips manager of corporate public policy,
discusses public perception of the oil and gas industry.
18 SPE 101How SPE needs you as a volunteer to help it accomplish all it does.
19 Discover a CareerShell Canadas Andrew Chen and Ronald Pagan talk about petrophysics as
a career in the petroleum industr y.
22 Technical Leaders
Cairo Universitys Ahmed El-Banbi and Science Based Solutions GeoffreyThyne give t heir perspectives on common public perceptions of the oil
and gas industry.
25 Soft SkillsThe global gas industr ya cleaner energy source needs a
smart workforce.
27 A YPs Guide to...Find out more about what its like in Abu Dhabi, United Arab Emirates.
30 YP NewsflashInterviews with the win ners of the 2012 SPE International Young Member
Outstanding Service Awards.
32 Your Best ShotThe best on-t he-job photos from reader submissions.
An Official Publication ofThe Society of Petroleum Engineers www.spe.org
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Whats AheadFrom the Editor of TWA
Perception is reality.Todd B. Willis
Editor-in-Chief
The Way A head
There is a lot of truth to this quotation [which is generally
attributed to US Republican Party political consultant
and strategist Lee Atwater (19511991)]. People view
the world and the events in it through their own colored
glasses, tinged with political v iews, beliefs, and their own
personal experiences and history. How else can you explain
such widely divergent and hotly contested viewpoints on
serious issues like drilli ng in the Arctic, or topics as benign as
the American professional football quarterback, Tim Tebow?
No rational person can deny the critical role that fossil fuels
have played in the development of our 21st-century world. Yet,
this hasnt helped the image of the oil a nd gas industry.
Some of this negativity is deserved. While some industry
detractors can never be swayed toward a positive view of our
industry, much of the general public has legitimate complaints,
worries, and fears about our industry: refinery accidents
and explosions, the searing images of crude-covered
coastlines from the Exxon Valdezspill of 1989, and a new
generation witnessing the damage from the Macondo blowout
in the Gul f of Mexico. These are legitimate, and deserved,
black eyes for our industry. We must do better to ensure they
are never repeated.
Other negative perceptions are not so deserved. Pain
at the pump has entered the lexicon to describe the ever-
expanding budget item that gasoline has become for the
typical American family. But prices are driven by supply and
demand, which no industry, not even oil and gas, can hope
to control.
The right question to ask in response to any problem is:
Whats to be done? What can we in the oil and gas industry do
to mitigate, or at least address, negative public perception?
It starts with engagement. We should not be afraid to stand
up for the important role oil and gas plays in our modern
economy and our lives. From the heating and cooling of our
homes, to our cars we drive on the weekend, to the tires we
outfit our bicycles with, oil and gas touches every part of
our lives.
It is also important to push back against misperceptions. A
common myth is that the oil and gas industry is hostile toward
renewable energy. I dont know anyone who doesnt like the
potential that renewable energy holds. What s not to like about
a solar-powered car that doesnt require weekly fill-ups at
the gas station? Or a geothermally heated house that would
save families thousands of dollars every year in electric and
natural-gas bills?
Setting aside the fact that the green movement appeals
only to some people, saving money appeals to everyone. The
problem is that the technology just hasnt fu lly arrived yet. For
the limited applications where renewable energy sources can
serve as the primary source of power, there are many other
applications, mainly transportation like cars and ai rplanes,
for which we are decades away from finding a realistic fossil-
fuel substitute. Even hybrid cars still have to plug into a socket
whose electrons are ultimately generated by a coal-burning or
natural-gas-fired power plant.
Finally, we must acknowledge when weve made mistakes.
Deny and attack may work in politics, but such tactics
only deepen the publics mistrust when used by our industry.
We must admit mistakes, fix them, and commit to doing better
in the future.
As par t of TWAs attempt to engage in the debate, Im
excited that this issues TWAInterview section features
a question-and-answer session with two people who
champion opposing sides of the debate: Ben Ayliffe, head of
Greenpeace Internationals Arctic Oil Campaign, and David
Blackmon, managing d irector of strategic communications
for FTI Consulting. This issues Forum section continues th is
theme by exploring the publics awareness of how pervasive
oil and gas products and byproducts are in our society. I hope
you enjoy reading these ar ticles as much as I did.
You can engage in the conversation as well! One of the
easiest ways is by visiting TWAs Twitter, Facebook, and
LinkedIn pages and joining (or starting!) a conversation.
Were always eager to hear from our readers. What do
you think is the publics overall perception of our industry?
Why does the public have that perception? And what can
we do to change or improve it? Drop us a line. We would love
to hear from you.
Ill close by saying I always strive to have things
both ways. Why not have your cake and eat it, too? In
this case, I believe we as an i ndustry are capable of
continuing to meet the worlds energy needs, but in a
reliable, environmentally responsible, and ethical manner.
These goals are not mutually incompatiblethey do not
represent either/or choices. Importantly, our industry
simply must achieve these goals until the energy torch
can tru ly be passed from fossil fuels to renewable energy
sources. This, more than anything else, wil l ensure we
are doing all we can to dispel negative perceptions of
our industry.TWA
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3Vol. 9 // No. 2 // 2013
TWAInterAct
From TWAs Twitter Page
Heres our deputy EIC enjoying some sights during
downtime at a meeting in Philadelphia! #libertybell #tw itpic
Editors Note: Dont let David hog the camera:
We know waiting around in the field can be
boring... Why not tweet us the sights!
Heres some helpful advice tweeted by a seasoned pro:
@SPETheWayAhead: They dont teach this way of pulling
stuck pipe in school. It is all about acoustics
http://bit.ly/XSClxg .
If clicking on the URL doesnt work, try typing it into
your browserand youll get the abstract of a very
interesting paper!
From TWAsLinkedIn Page
We now have al most 500 joining us on our LinkedIn page!
Come join in on the discussions!
FromTWA
s Facebook Page
Thanks for the Likes!
Abdessamia Jebbouri
Woozy Hoppipolla
Alexander Kolesov
Carlos Rojas Salazar
Did you know?Incoming editor-in-chief David Vaucher got his
start at TWAafter a letter he sent to the editor ledto an invitation to join the team?
Send us your emails with thoughts, comments,and opinions!
Who knows? Maybe youre destined to be ournext EIC!
Emailyour thoughts [email protected].
Converse with us onTwitter: @SPETheWayAhead.
Find us on LinkedInatSPE The Way Ahead.
Like us on FacebookatThe Way Ahead Magazine.
Get the TWAappat theApp StoreandGoogle Play.
Jointhe TWAEditorial Team byemailing [email protected].
There are many ways to participate in
E X P E R I E N C E
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TWAInterview
In order to frame the public perception
conversation,The Way Ahead
interviewed two executives at opposing
ends of the debate. By asking each of
them the same questions, we hope their
answers will provide a comprehensive
yet unbiased representation of
the conversation.
What is your companys missionand your role in the organization?
BA:Greenpeace is an independent
campaigning organization that uses
peaceful protes ts to expose global
environmental problems and help
promote solutions that we believe are
essential to a green and peaceful future.
Were based on strong principles of
nonviolence and bearing witness, so
we go to areas where we perceive
environmental harm is likely to happenand we take peaceful direct action
to stop and/or raise awareness of
the issue.
My role is to lead the internat ional
work on the Arctic. The genesis of
my work was the Deepwater Horizon
incident in the Gul f of Mexico (GOM)
because, up until then, our focus was
on unconventionals like oil sands. After
the Deepwater Horizonwe became
increasingly aware of the frontier areas
that the oil industry was considering,ultradeepwater and the Arctic, and
we started a campaign to expose
those operations.
DB: FTI Consulting provides an
array of advisory services that
address the strategic, reputational,
financial, regulatory, and legal needs
of energy cl ients. We have extensive
experience addressing conflicting
regulatory frameworks, power industry
restructuring, pervasive contractual
disputes, and litigation. We also furnish
strategic communications services
across all the disciplines, from capital
markets to investor relations. Were also
the managing contractor for Energy
in Depth [a research, education, and
public outreach campaign focused
on getting the facts out about the
promise and potent ial of responsi bly
developing Americas onshore energy
resource base] communications. Iam the managing director of strategic
communications and have been a
spokesperson for the industry for
many years.
What is your own opinion of the oil
and gas industry?
BA: My opinion has unquestionably
evolved. One aspect that drives my
persona l opinion is the high level ofaccess the industry has to government
and civil servants. Whether that is
perceived to be a bad thing or not by
the general public is arguable, but the
industry certainly has an influence over
public policy.
The other driver is the way the oil
industry has increasingly cultivated
its social license to operate. Today,
we see a slick, well-integrated, and
high-profile public relations push by
the industry. Im struck by the lengthsthe industry goes to cultivate this
cultural persona through sponsorship
of high-brow art galleries, public
art spaces, and museums, in an
attempt to soften its brand. People
who frequent those events are there
to see fine works of art and museum
exhibits of dinosaurs, so being in that
environment softens the perception
of a company that could be involved
in oil spills in the Niger Delta or in
the GOM.
Ben Ayliffe
is the head of
GreenpeaceInternationals
Arctic OilCampaign.
He has beenat the organization for 10
years and has worked on manyGreenpeace issues, from illegal
logging to climate change and
nuclear power. Ayliffe has amaster of science degree in
environmental technology fromImperial College, London.
David Blackmon
is managingdirector of
strategic
communicationsfor FTIConsulting,
based in Houston. Before joining
FTI in 2012, he had a 33-yearcareer in the oil and gas industry,
working on public policy issuesfor companies such as Shell,
Burlington Resources, El PasoCorporation, and Coastal States.
From April 2010 through June2012, Blackmon served as the
Texas state lead for AmericasNatural Gas Alliance. He attended
Texas A&I University and The
University of Texas at Austin,earning a BA in accounting.
Dueling Ideologies:Green vs. the Oil and Gas Scene
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5Vol. 9 // No. 2 // 2013
It was no surprise, then, that during
the worst of the Macondo incident, BP
was pushing this idea that they were
sponsoring wonderful gala events and
running arts projects in the Natural
History Museum [in the UK]. I feel very
strongly that these are thinly veiledattempts to detoxify the brand so as to
soften the perception of a company and
detract attention from the day-to-day
realities of life in the oil industry
mainly that its a polluting industry with
incredible closeness to governments,
that undermines action toward climate
change, and is involved in spills and
social unrest.
DB:I think its one of Americasand
the worldsmost important industries.In fact, I wish everybody in school had
as required reading Daniel Yergins
[book] The Prize, which chronicles the
history of the industry and how critical
the reliability and continued flow of oil
has been in every major conflict since
the late 19th century. For instance, the
main reason why the Allies won the
Battle of the Bulge in WWII was because
Hitlers supply lines of petroleum for
his tanks were interrupted, so they
simply ran out of fuel on the battlefield.Important events like that make one
realize how critical oil has been to the
world for the last 150 years.
Yet its a vital indust ry that
continues to evolve rapidly due to the
advancement of technology and the
need to be conscious about protecting
the environment, the latter of which the
industry does a better job of all the time
but unfortunately does not do a good
job of tell ing its story.
Do you think your opinion is in line
with that of the general public?
BA: I freely admit that I work for
an environmental organization and
that some would see me as a radical
lunatic with a cynical view, but I think it
depends on the context of the question.
Some people may view the industry as
a means to an end and their relationship
ends at the petrol station, only to be
reconsidered during moments of
heightened media attention. During
events like the Macondo oil spill, there
is a lot of public i re as people digest
the risks and relaxed attitudes toward
safety taken by these companies.
The flip side is that we live in a n age
when people are very attached to their
cars. Thats certainly the case in the
United States. Also, considering that we
live in times of high austerity with mass
unemployment, the industry is almost
like a necessary evil.
DB: I think the publics perception
varies by region of the country [in the
US]. For instance, although we hear
about the low public approval rating
nationally, the natural gas industry hasan 80%+ app roval rati ng in Texas.
People in Texas understand that its
a vital par t of their lives and prefer it
as a source of heating over electricity
because its clean-burning and easy to
use. But one is liable to get a different
answer from someone in Californ ia or
New York.
Unfortunately, so much of the
industrys image has been guided by
its portrayal in the news media and in
films like Gasland, which have beenproved to contain fals ities that have
nonetheless been incredibly damaging
toward public perception. That image
of igniti ng water from a faucet was
allowed to be perceived to be caused
by a nearby drilling operation, but in
fact the people in that area had been
lighting their water on fire ever since
they had running water because their
water table/reservoir sits directly
above a coal seam so that methane gas
migrates with the water. Indeed, the
water has always had methane but no
reporters bothered to report that fact
and instead the image was burned in
the publics mind.
Because its always been a part
of the community i n Texas, people
are cognizant of the negative aspects
but ultimately understand its positive
impact on their lives. When they look
at the big picture they realize its an
incredibly productive enterprise for
the region.
Why do you believe that industries
that involve discretionary
spendingrestaurants, retail,
computersconsistently rank
favorably in public perception polls
compared to industries that providenecessities, such as banking, oil
and gas, and pharmaceutical?
BA:Unlike filling up a tank of gas to
drive to work on a Monday morni ng,
only to be greeted by a demanding
boss, when I go to a restaurant with my
girlfriend its a special moment that
I look forward to. What the industry
provides is assumed to be part of the
mundanity of life in the 21st century,
whereas a restaurant is a choice thatI make to enjoy myself and one that
takes me out of the ho-hum life in
London. That said, I think there are
deeper perceptional issues of the
industry as well. This is an industry
with a checkered history of safety and
responsibility, and its evident in the
way some of the public perception polls
have turned out. People tend to not trust
extractive industries.
DB:Oil and gas, along with bankingand pharmaceuticals, provide integral
and necessary parts in peoples lives.
Theyre fixed costs: You must fill your
tank with gas. If the price is high, it
hurts the pocketbook. People resent
the costs in their lives that they have
to bear, whereas going out to di nner is
a pleasure activity that is optional and
associated with having fun.
What are the main topics shaping
the publics perception of the
industry today?
BA:Three things: energy future,
climate change, and risk of accidents.
People are beginni ng to have a
discussion about how we will provide
our energy needs for the rest of the
21st century. On climate change,
our perception, tacit or otherwise, is
beginning to influence the public as
the phenomenon of climate change
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TWAInterview
becomes universally acknowledged.
The sense that climate change is
happening around us is increasing.
The other topic is the risk of
accidents. From Deepwater Horizonto
Exxon Valdezand other tanker disasters/
crashes, they all resonate with people.Although these may be freak events
that are unpredictable, in the back
of peoples minds is this idea that the
industry has been responsible for
disasters they see in the news.
DB: The main catalyst seems to be
hydraulic fracturing. About 6 years
ago, many of the environmental and
anti-oil and -gas groups decided
to mount a concerted effort to
make hydraulic fracturing into aboogeyman in the publics mind. The
word fracing has essential ly become
a curse word in the American lexicon
thank s to the media. Theres more
disinformation in the public domain
today than there ever has been, so its
easy to see why the public perception
has become negative even though
hydraulic fracturings actually been a
blessing to the country.
That said, there are legitimate
environmental concerns of whichthe industry is cognizant and works
every day to minimize their impact.
For a long time, the process used
mostly freshwater, but the industry
is beginning to trend toward using
brackish water and, in fact, some
hydraulic fracturing companies
have suggested to me that within a
few years we will be able to do these
jobs with brackish water entirely.
Although the overa ll usage by
the industry of water statewide is only
about 1%, when the public hears that
hydraulic fracturing uses 3 million
gallons of water in each fracturing
job, it sounds like a lot of water no
matter that in the overall context its
a very small percentage. The truth is
that the industry doesnt want to be
in a position where it is competing
with people for drink ing water,
particularly in times of drought, so the
use of brackish water will hopefully
diminish public concerns.
What steps should the industry take
to mitigate and/or change how it
is perceived?
BA:I would argue that theres a lot the
industry can shift away from, includingincreasingly unconventional and
marginal sources of oil like pre-salt
in Brazil and Arctic oil in the northern
Barents Sea, and instead undertake
a palpable shift toward spending
real capital in energy efficiency and
clean technology.
Its not Greenpeaces role to make
the industry better or be perceived to
be better, and frankly it would be great
if the industry went away altogether
because there are serious problemsin terms of environmental and social
impacts. In an ideal world, wed like
the industry to not be here. However,
we live in the real world and we realize
thats not going to happen, so our job
is to engage with the industry when
possible to make reasonable points that
reasonable people can agree upon.
DB:I gave a presentation about 10
years ago at a conference in which I
told the audience that our industry wasmore inept at public relations than the
tobacco industry, and I tru ly believe
that. Weve gotten better, particularly
in the last 5 to 6 years, and I think
weve shifted somewhat the publ ic
perception, but it cannot be changed
in a radical way in the near term. Its a
long-term process.
Each advertising effort is very
costly and makes a small dent, but they
do make a di fference because our side
of the story goes out to the public for
their consumption and consideration
in an otherwise biased media. The
industry has had a long and difficult
relationship with the news media,
going back to John D. Rockefeller, and
its only in the last 8 to10 years that
there has been a focused effort by
the leaders in the industry to change
that relationship and change how we
communicate with the public. Over
time it can be changed, but it takes
baby steps.
It seems that environmental
organizations and the industry
are always on opposing sides of
discourse. What would one side
need to see from the other?
BA: Im not nave enough to suggest that
we turn off all the wells and shut down
every coal-fired power station, but the
environmental effects of the current
carbon logic of burning fossil fuels are
becoming increasingly hard to argue
against. We cannot a fford to continue
burning and extracting these large
amounts of fossil fuels because they are
putt ing us on a trajectory for upwards of
6 degrees Celsius of global warming.
Its clear to us, even in the short-to-medium term, that we need to
be making a rapid shift toward a
decarbonized economy. That wont
happen overnight and we accept
that, but I dont believe the indust rys
suggestion that we will need oil and
gas beyond 2030 or 2040 or 2050. In
fact, if I were a shareholder in an oil
and gas company, I would be worried
about my money being in a company
thats out of kilter with a shif t toward
de-carbonization and wasnt flexibleenough to recalibrate their priorities
and capitalize on those opportunities.
Wed need to see a rea l shi ft,
as opposed to hot air, toward a
decarbonized economy and see an
end to the most reckless exploitation of
the marginal sources of oil, such as the
Arctic and oil sands.
There are also a lot of link s between
the industry and governments and
theyre overall very cozy with each
other, so that doesnt do an awfu l lot
to improve public perception and that
would need to change.
DB:In the environmental movement
like any movementthere are people
who have good-faith concern and
there are groups who are basical ly no
different than the Occupy Wall Street
movement, the latter of whom are
essentially anti-development groups in
the game simply to stop development
activities by usingin the case of
8/14/2019 the way ahead vol.9 n.2
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environmental groupsenvironmental
laws as vehicles toward obstructionism.
Unfortunately, the reality is that the
radical part of that movement has
been infiltrated by the same anarchist
elements that infiltrated the Occupy
Wall Street movement, and the fact is
that you will never satisfy those folks
because its impossible to have a
meeting of the minds with people who
are beyond reason.
Its certainly possible to sit down
with environmental groupsand Ive
been involved in those processesthat
are truly interested in finding ways to
improve and modernize regulation of
the industry. Those groups are out there
and they will work with you. They may
not agree with a lot but at least theyrewilling to sit at the table with you and try
to find an approach that everyone can
agree to live with.
Unfortunately, we do spend a lot of
time and energy throwing rocks at each
other through the media. The media
has become an entity that thrives on
conflict. The industry has to figure out
ways to live within that system and
still be able to get its messages out.
Collaborative processeswhenever
we can engage environmental groups,academics, and regulatorscan have
the biggest impact.
What advice do you have for
young professionals in the
industry or considering a career in
the industry?
BA:You have seen first-ha nd the
dangers and problems with the
industry, so make sure to think
about your companys capabilities of
responding to an accident. Question
the basic assumption of rushing
into the most remote, fragile, and
technically challenging areas to
extract hydrocarbons. Chal lenge
the fundamental assumptions and
join the race to the future toward the
technologies that will get us a cleaner
and more peaceful world.
DB:For those considering a career
in the industry, come join us. There
has never been a more exciting time
to be in this i ndustry, and we wil l
probably never have a period more
exciting than what the next 20 years
will be. Oi l and gas companies haveneeds in practically all d isciplines, so
its a wide open deal for young talent
right now.
For those already in the industr y,
learn about the issues your industry
is facing and take t ime to follow the
variou s news sources to u nders tand
whats out in the public domain.
Become an advocate for your
company and your i ndustry. So much
of the public perception is shaped
through conversations that go onin churches, coffee shops, and town hall
meetings. The other side is very well
organized and motivated, so their
messages, true or false, are well-
voca lized and if theres no one there
to answer to the fa lse ones, thats
what gets heard. Its important for
the continuity of our industry that
we develop more advocates who
are will ing to stand up for what
theyre doing. TWA
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HRDiscussion
To assist in understanding your
leadership style and how you can
communicate effectively with others
in the workplace, the Myers-Briggs
Type I ndicator (MBTI) can provide
revealing and useful insights. The MBTI
can help you recognize that people
do not all speak the same language.
Understanding the concepts and
framework of the MBTI can bridge
differing perspectives that affect
teamwork and work relationships.
It can be a tool to aid in working
together more effectively on a project
and in helping learn how to promote
each others best quality work. It also
provides pathways for d iscover ing
each others values and needs and for
findi ng avenues for developing oneself.
Successful workplace leaders
belong to all MBTI types, because the
MBTI is a tool only and does not purport
to explain everything about a persons
thinking or actions. For example, it
cannot predict how people will behave;
however, it can be very powerful i n
recognizing patterns of behavior and
identifying the multiple lenses people
have for perceiving the world and
making decisions.
Katherine Briggs developed
the MBTI philosophy based upon
constructs originated by Carl G. Jung, a
Swiss psychotherapist and psychiatrist
who founded analytical psychology.
Isabel Briggs-Myers, Katherines
daughter, further developed the MBTI
by creating an instrument to help
individuals identify their personality
type. The MBTI consists of four poles
of opposites. Individuals attraction to
one side of each pole is referred to as
a preference.
The four MBTI poles identify ones
preferences in the fol lowing areas:
interpersonal response, taking in
data, making decisions, and problem-
solving approach.
Interpersonal response:Are you
drawn to the outer world of people and
action (extraversion) or the inner world of
thoughts and ideas (introversion)?
Data intake:When you are learning
something new at work, do you prefer
data that engage your five senses
(sensing) or do you prefer to identify
patterns and connections, grasping the
big picture (intuition) before learning
about the details?
Making decisions:Do you
prefer to decide through objective
analysis (thinking) or through how
decisions might affect yourself and/or
others (feeling)?
Problem-solving approach:Do you
prefer closure (judging) or process
(perceiving)? For example, do you
feel most comfortable having things
decided and moving toward closure
in problem-solving (judging) or do
you prefer to keep things open until
all data are available before making a
decision (perceiving)?
Interpersonal Response:Introversion/ExtraversionHow can the understanding and
application of the interpersonal
response preferences affect ones
leadership, communication, and
professional development?
Leaders who prefer introversion
generally like to think things through
before expressing their ideas. When
working with persons who prefer
introversion, circulating an agenda
before a meeting, asking if they would
share aloud, and giving more thinking
time can encourage more participation
and sharing of their ideas.
How to Advance Ones Career, ManageOnes Team, and Become a MoreSuccessful Leader: Using theMyers-Briggs Type IndicatorWendy C. Horikoshi, Prism Coaching
Wendy C. Horikoshi is a strategic coach and leadership
trainer. She has served as an adjunct professor in the cross-
cultura l psychology and graduate management programs at
JFK University as well as adjunct faculty in the quali fyi ng
program of the Association of Psychologica l Types Myers-
Briggs Type Indicator (MBTI). Horikoshi is a certified
neurolinguist ics program coach and holds a masters degree
of education in multicultural curr iculum from California State
University. Prior to independent consulting, she worked as an academician/
administrator/researcher at the University of Cal ifornia youth development
program in Alameda County. Horikoshi is a founding member of Pr ism Coaching:
Transforming Perspectives, a multicultural leadership coaching practice.
She coauthored Teamwork Tools: A Revolutionary Approach for Trainers
and Managersand has published research on the MBTI, leadership, and cultural-
awareness practices.
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For leaders and team members who
prefer extraversion, it can be helpf ul
to give enough time to talk new ideas
out and to check in with each other.
Extraverts are drawn to people and
action; so working together in the outer
world gives them energy.
Data Intake: Sensing/IntuitionPersons with the sensing preference
are oriented to the present and tend to
speak in factua l and concrete language.
They generally trust that a person with
expert knowledge will give them the
necessary in formation, and they accept
the incoming data. T hey tend to speak
in a sequential manner and seem to
easily identify tasks and ideas in steps
of first, second, and so forth. Their
perception scans the environment a nd
takes into account what is realistic and
practical . When communicat ing with
those preferring sensing, it s helpful to
provide a roadmap when expressing
the overall goal and to g ive practical
application of concepts.
Team members who prefer intuition
will readily grasp the big picture,
trusting their hunches and data that
come to them qu ickly. Those preferring
intuition are drawn to the why of
things and generally love to ask and
formulate questions. Its important to
give the big picture to persons with
intuitive preferences as they need the
underlying concept on which to hang
the details. Persons who prefer intuition
appreciate novelty and wi ll often get
bored if you want to repeat the same
processes without incorporating some
new or interesting approach.
Making Decisions:Thinking/FeelingPersons with the think ing preference
tend to remove themselves from the
decision-making process and use
facts and ideas to weigh and balance
potentia l outcomes.
Persons with feeling preference
tend to place themselves within the
decision-making process, weighing
and balancing their values.
In working with thi nkers, its
important to outline objective results.
In working with persons with the
feeling preference, its important to
take into consideration values and
how the decision affects people.
Good leaders must employ both
thinking and feeling to get the best
results to which a whole team wil l be
fully committed.
Persons of either preference would
probably say they want to treat people
in a fa ir way, although the definition
of fair may be very di fferent.
People with the thinking preference
generally define fairness as treating
everyone exactly the same. People
with the feeling preference are more
likely to define fairness as doing
whats appropriate for the situation
or person(s).
Problem-Solving Approach:Judging/PerceivingPersons who prefer judging are more
comfortable with employing the
decision-making processesthinking
or feelingin the outer world. Persons
who prefer perceiving are more
comfortable using sensing or intuition
in the outer world.
Qualities that generally
accompany judging include desire
for closure, being scheduled, and
being methodical.
Qualities that can be noticed
in persons preferring perceiving
in the outer world are being in the
moment, spontaneity, and adaptabi lity.
Using Type to AdvanceYour CareerThe MBTI can be a valuable tool
in sort ing out whats needed to
optimize learning and decision
making. The interaction of our
preferences is referred to as the
dynamics of type. The orientations
of extraversion/introversion and of
judging/perceiving are paired with the
mental funct ions of how we prefer to
learn new things (data intake) and to
make decisions. How these four pairs of
preferences work together provide us
with a more specific framework for
understanding what might be driving
our patterns of behavior.
Once a persons MBTI type is
identified, the combination of the four
preferences is represented with four
letters. The first and fourth letters
either E or I as the first letter, then
either J or P as the fourth letterrefer
to whether ones orientation of energy,
extraversion/introversion and judging/
perceivi ng, i s with in the outer world
or the inner world. The second and
third letterseither S or N as the
second letter, then either T or F as the
third letterrefer to a persons mental
functions and how they use their minds.
This combination of letters in a persons
type code points to a hierarchy in the
mental function relied on most, whether
it is sensing/intuition or thinking/
feeling. Each type code contains one
mental function that is extraverted and
one that is introverted.
MBTI theory postu lates that
it is important to focus on our
preferences first s ince they correlate
to our strengths. Generally if certain
processes are more natura l for a
person, the ind ividua l is more l ikely
to have developed some strength with
it. Malcolm Gladwells 10,000-hour
theory states that people who are at
the top of their game have placed an
extraordinary number of hours in that
field. It would appear from this theory
to be difficult for an individual to spend
so much time engaging in an activity
if the indiv idual did not enjoy the
practice and hadnt developed some
capacity in it.
When leaders become conscious of
the interplay of their own preferences,
there can be a kind of security in
understanding what they need to
do to progress toward their goals.
Conversely, comprehension of MBTI
type can lead a person to better
understand the needs of their team
members and/or direct reports.
The development of leaders less-
preferred preferences ca n also help
them become more well-rounded
in their work and assist in taking on
challenging arenas more graceful ly.
Continued on page 21
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Forum
The Oil Life Cycle
Well begin by playi ng a game, based
on a riddle.
The following is a descr iption of a
word. Your task i s to guess the word
that matches the description:
It exists in so-called reservoirs
that have developed over millions of
years, and through a process of organic
deposition, maturation, migration,
and other means has changed into
an abundant and dependable energy
source on which modern economies are
based. Companies explore for it using a
mysterious technology called seismic,
and follow up their exploration efforts by
drilling wells thousands of feet into the
ground and using exotic tools called logs
to characterize the lithology, wellbore,
and fluid.
Eventually, after dri lling, running
pipe, cementing, perforating, and more,
the wells are finally ready to produce this
magical resource.
After a wel l produces th is resource,
it must somehow be upgraded
at production facilities, which can be a
simple or intensive process, depending
on the resources chemical composition,
so it can be transported thousands
of kilometers via pipeline (and rail
in todays market) to places called
refineries. Only at refineries can it
then be turned into marketable products
by means of very intensive processes
such as fractional disti llation and
catalytic cracking.
It likely took you only a second to
guess the word being described is oil.
The purpose of the exercise wasnt
to waste your time, but to provide an
opportunity for appreciating the broad
geological timeframe and general level
of scale and complexity that precedes
the consumption of oil-based products.
Given the oil industrys vast
scale and complexity, it is no wonder
the public has formed many negative
views. Statis tics from a 2012 Gallup
survey show that US citizens view the oil
and gas business the most negatively of
the 25 business sectors identified. In fact,
the survey results show a similar trend
of negativity for the oil and gas sector
over the past 12 years.
What is real ly interesting about the
Gallup survey is that the three most
favorably viewed sectors are computer,
restaurant, and retail, respectively. It
makes sense that consumer sectors
would rank highly: They generally
market to and provide citizens with
products that enrich their l ives. But
there is a disconnect stemming from
the fact that a large portion of material
and energy inputs that form electronic,
food, beverage, and retail products
come from byproducts of oil.
For example, according to a
recent article by National Geographic,
Americans purchase roughly 29
billion bottles of water a year. For
manufacturers to make all these bottles,
it takes close to 17 million bbl of oil,
which is almost equivalent to a ful l days
oil consumption in the US. More than
2.5 million tons of carbon dioxide are
produced bottl ing that water, and the
plastic produced has a higher ca lorific
value than that of sub-bituminous coal.
Another example recently cited from
a French online encyclopedia claims it
takes 312 L (1.96 bbl) of oil to produce
the materials needed for an average
24-kg computer and 612 L (3.84 bbl) to
transport it to market.
The Oil Dilemma
Oil is undoubtedly a lynchpin of the
worlds economy. Oil is the worlds
most widely used source of energy,
accounting for 40% of global energy
consumption and an astonishing 96%
of the energy used in the transportation
sector. Yet even if we were to remove
all gasoline- and diesel-powered
vehicles from the roads, we would sti ll
be dependent on this hydrocarbon.
One of the first applications of oil,
dating back thousands of years, was
as a medicine. Nowadays the most
surprising uses i nclude chewing gum,
lipstick, and aspirin. Every barrel of
crude oil holds remarkable potential:
It helps keep us warm, helps keep us
on the go, and provides the building
blocks for countless products we
take for granted. Plastics are a great
example of this, with water bottles a
notable illustration. Although there is a
growing interest in the use of biomass
as a feedstock, fossil fuels today form
99% of plastics raw material base.
Oil: What the Public Doesnt
See Every DayJarrett Dragani and Maxim Kotenev
Jarrett Draganiearned a BS degree in mechanical
engineering with a specialization in energy and the
environment from the University of Calgary. He currently
works for Cenovus Energy as a mechanical engineer
supporting design and construction of the Christina Lake Oil
Sands Expansion and has 3 years upstream experience
working across various sectors of the industry in western
Canada. He is a member of the SPE Calgary Section board
as well as an editor for SPEs The Way Ahead.
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So what would happen if humankind
were to freeze oil production tomorrow?
What would happen to plastics a nd
other materials if oi l production were
to cease? At this time of high oil
prices, due to scrut iny of reserves and
exceptionally high growth in energy,
these questions need to be asked
more often.
Production of light plastic products,
replacing traditional materials to
reduce weight and fuel consumption,
uses far less energy than traditional
materials. Remarkably, even renewable
energy sources are only viable with
the use of plastics. Both solar panels
and wind turbine rotors contain
plastics. Another example would be the
greenest means of transport, cycling.
A total of 18 dif ferent plast ics are used
in the average bicycle. Some, offering
durability superior to metal, are used
in gears and pedals. Others make seats
and handlebars more comfortable.
The comfort and shatter-resistance
of helmets is achieved with the use of
liquid hydrocarbon foam polystyrene.
Where does all this plastic go
when were done with it? According
to the United Nations Environmental
Program, global plastics consumption
rose from 5.5 million tons in the 1950s
to 110 million tons in 2009. A similar
trend can al so be noted for plastics
disposal. In fact, Peter Jones, a British
waste expert, predicted in 2008
that UK landfi lls might be mined for
plastics a nd ocea ns scoured for the
material within a decade due to high
raw material prices. The Earth Institute
at Columbia University claims that
if all the plastic in US landfills were
processed into liquid fuel, it could
power all the cars in Los Angeles for
a year.
Lets be clear on something first
and foremost: Oil will not run out
completely for a very long time. As we
have seen recently, when oil becomes
increasingly scarce (both regionally
and globally), prices rise to the point at
which economies can no longer afford
it for all applications. It becomes an
economic hindrance for industries that
utilize oil as a feedstock, increases
prices at the pump, a nd eventua lly the
everyday consumer starts to see prices
rise for oil-derived products. In his
book The World in 2030, futurologist Ray
Hammond predicts that in the future oil
will not be burnt away and wasted in
energy and transport but reserved for
high-value processes and products
such as plastics manufacturing and
energy trapped within the plastics can
either be recycled or recovered and
used for heat generation.
Oil Awareness
So the question that arises is: Is the
publ ic aware of the end uses of oil?
Whose responsibil ity i s it to make the
publ ic aware of al l the end uses of oil?
To help empirically explore these
questions, we distributed a survey
among respondents from Canada, the
US, and var ious EU member states. To
help support a true public view, 80%
of the respondents selected had no oil
industry work experience.
When asked what color comes to
mind when they think of oil, almost all
respondents indicated that oil is either
black or brown, likely a depiction
stemming from vivid images of oil
spills such as those resulting from the
Macondo blowout and Exxon Valdez
disaster. Almost 90% of respondents
guessed that the nearest oil facility
was less than 300 km from their home
and upwards of 70% of respondents
felt that oil was not in short supply, as
defined in the question as less than 20
years supply.
So in short, it would seem that
the respondents are fairly well
educated about oil, and indeed
they are.
But some results indicated the
existence of a disconnect. Respondents
had difficulty categorizing how much
Fig. 1Some of the oil awareness survey results.
Yes
90%
75%
50%
25%
10%
0% 5% 10% 15% 20% 25%
Answers
Portiono
foil
30% 35% 40%
Not sure
Do you think that a computer screen is
made of oil constituents?
Roughly, what portion of produced oil is
used for gasoline production?
Roughly, how much of the worlds
transport depends on oil?
No
100%
80%
20%40%
50%
60%
Maxim Kotenevis a reservoir geoscientist at Fugro
Robertson in the UK. Previous responsibilities include
geological and reservoir engineering work with Lukoil,
Rosneft, and Technical University of Berlin, Germany.
Kotenev was president of the Ufa SPE Student Chapter and
currently serves as vice-chair of the SPE London Section YP
Committee. He has coauthored 15 technical papers. Kotenev
earned BS degrees in petroleum engineering and petroleum
economics and management f rom Ufa State Petroleum Technological University,
Russia; an MS degree in petroleum geoscience from the University of Manchester,
UK; and a PhD in petroleum engineering from the Academy of Sciences, Moscow.
Continued on page 29
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Economists Corner
Finance theory is based on a very
simple principle: Reward is a function of
risk. In other words, when comparing
two investmentstwo assetsthe
riskier one should serve a higher return
(yield) than the other.
A fair and efficient market is, by
definition, a market that serves an
adequate level of return for a given
level of risk. The reality of finance is
obviously somewhat different, and even
though we understand the definition
of a transparent and efficient market,
we still have not witnessed a pure and
perfect market. This is probably where
finance and geology meet: Neither is a
pure science.
Although we all know our stated
equations, we struggle in our everyday
job to approach the perfect system (be
it a financial or a hydrocarbon system).
Even though risk/reward theory can
be challenged (as evidenced by the
abundant number of academic papers
addressing the inefficiency of the
market), it remains a powerful paradigm
to understanding the basics of finance,
how funding flows into the oil and gas
business, and ultimately how money is
made available to companies exploring,
appraising, and developing oil and
gas assets.
Financing Assets and
Companies at an Early
Stage: The Equity Stage
From an investors point of view, an
assets life cycle can be simplified
into four main stages: exploration,
appraisal, development, and production
(Fig. 1).Every stage carries its own
intrinsic risks and therefore attracts
different investors.
Investing in an asset starts with
the exploration and appraisal phase.
Typically, the asset is still very
immature. A company might own an
exploration license and a few km2of
seismic. Even though it is early in the life
cycle, management is already looking
for further funding. Its time to meet the
equity investors.
During the exploration and appraisal
phases, the developer wi ll be able
to raise financing mostly through the
equity channel. Equity investors are
generally aware of the limited success
rate, but are very keen to play the
game nonetheless. In these phases,
investors will focus on the potential
of the asset. For instance, a recent
study of international independent
exploration and production (E&P)
companies highlighted an average
dril ling success rate of around 35%
for wells bearing commercially
recoverable hydrocarbons.
Similarly, Schlumberger concluded
that two out of three wildcat wells in
frontier environments are unsuccessful.
Nevertheless, investors know a
commercially successful well can
generate massive revenues that will
largely cover their costs, and they
appreciate that independent E&P
companies can offer higher shareholder
returns. For instance, stock market
analyses have shown that the E&P
Financial Roadmap of an
Independents AssetMarc de Saint Gerand,Standard Chartered
Marc de Saint Gerand is a director in StandardChartereds oil and gas project and export finance team. He
focuses on structuring and advising on project finance and
limited recourse financing in the oil and gas sector, with a
dedicated focus on liquefied natural gas. De Saint Gerand
previously worked with the European Bank for
Reconstruction and Development and with Merrill Lynchs
Energy and Power team. He started his career as an
economist at Totals Gas and Power division in the companys Paris headquarters
and in Doha, Qatar. De Saint Gerand holds an MS in public affai rs from Sciences-Po
and graduated from the HEC Paris School of Management. He regularly teaches
petroleum economics and project finance at Institut Franais du Ptrole (IFP School)
and Sciences-Po Paris.
Source: Courtesy of Cove Energy. Time
Debt Risk
Hybrid Risk
Equity Risk
SuccessfulExploration
DevelopmentSuccessfulAppraisal
Production
Capital Required
Fig. 1Project life cycle. Courtesy of Cove Energy.
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Economists Corner
is usually an interest rate based on
the cost of risk-free assets (much like
government gilts in the UK or T-Bills in
the US) and includes a risk premium
reflecting the strength of the borrower.
Unlike equity holders, most debt issuers
have to have a long-term horizon.
Debt investors could actually grant
a loan to an independent E&P for more
than 5 years, and they will have to work
together, with l imited opportunity to exit
before the end of the facility. Therefore,
debt holders will generally base their
valuation on more conservative and
longer-term assumptions. In other
words, when granting a 5- to 7-year
loan, a bank will check that, under
a conservative long-term oil price
scenario, the asset will have the
capacity to repay the value of the loan
plus interest.
From Theory to Practice:
Impact of the 2008 Crisis
Since 2008, the funding market has
changed. After 10 years of relatively
easy access to funds, the market shrank
considerably within a fai rly short period.
Beyond the macroeconomic impact,
the repercussions felt by independent
E&Ps were very much a function of their
assets development stages and the
trust bui lt between investors and the
management team. During chal lenging
times, markets generally experience a
flight to quality whereby companies
with a reasonably proven basis still
manage to attract funds but companies
overweight in pure exploration suffer
from a scarcity of resources. Investors
are likely to back companies with
the best management team, superior
assets, and best-in-class track record
and in turn reduce their exposure to
riskier companies.
Crises like the one in 2008 separate
independent E&Ps into two major
types. On the one hand, growing
independent E&Ps that were overweight
in assets at an early stage with little-
to-no production became more and
more inversely leveraged to oil. In
other words, they became subject to a
double negative impact: an increasing
cost of dril ling and development, with
direct competition from producing
assets, together with a funding market
becoming more and more risk averse
and selective.
On the other hand, E&Ps benefiting
from asset portfolios with existing
production bases st ill enjoyed
reasonable access to funds. For
example, E&P independents Kosmos
Energy and Tu llow Oil managed to tap
both the equity and the debt market for
significant amounts. Tu llow managed to
complete a USD-72.3-mill ion secondary
listing on the Ghana Stock Exchange
in July 2011 and comfortably sits on
USD 3.95 billion of debt facilities (out
of which USD 730 million were drawn
during the first half of 2011). Kosmos,
in turn, managed to raise around USD
600 mill ion on the NYSE and secured
a USD-2-billion debt facility in early
2011. It would appear that current debt
and equity markets are not closed for
business; nonetheless scarcity of capital
has forced key players to invest more
selectively and to re-focus on their core
businesses/clients.
Beyond MarketsPeople
Beyond the jargon, funding markets
reflect a simple asset analysis: equity in
the early stage followed by debt, with
some hybrid instruments in between
(such as convertible and mezzanine).
As demonstrated by the market over
the last 3 years, E&P independents are
facing new challenges as they are forced
to go beyond understanding what tools
are available at each development stage
and now have to entertain a network of
investors ready to back them during
good as well as more difficult situations.
Therefore, the constant challenge
for independent E&Ps is less to get the
magical sources of funds, but rather to
identify which market to access or which
investor or bank is likely to understand
its business and be available to be
mobilized at each stage of development.
In other words, to maximize value for
its shareholders, the management of an
independent E&P will have to regularly
beat the street to source the most
profitable source of liquidity for each
stage of its development. TWA
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Pillarsof the Industry
the Standard Oil Trust. A lthough
the Standard Oil monopoly was
broken up more than 100 years
ago, the scale of todays industry
and its large firms continually
lead some to question whether
competition actually exists now.
Billion-dollar investments and
profits a re hard to comprehend.
A few famil ies beca me incredi bly
wealthy and we still see their
names associated with wealth,
phi lanthropy, and power.
2. The industry has boom-and-
bust cycles, often amplified by
regulatory responses. It has
witnessed job losses during the
busts and unequal d istribution of
benefits during the boom times.
Al l are incomprehensible to the
publ ic and they a ffec t certain
communities disproportionately.
3. The industry has had memorable
performance problemsthe
Santa Barbara oil spill in 1969, the
Piper Alphaplatform explosion in
1988, the Exxon Valdezoil spill in
1989, and the Macondo blowout
in 2010, to name a few. The
industrys ability to prevent and
respond to these environmental
and human disasters has not met
publ ic expectat ions.
4. Oil and gas are perceived as
old-world industriessmelly,
slow to adopt new environmental
technologies, often in denial
about climate change, and
stalling a rapid transition to a
green economy.
5. Gasoline prices are in your
faceprominently displayed on
the street and adding up quickly
as we fill our tanks. The general
publ ic does not trust markets to
respond appropriately nor does
it understand the lin k between
prices and global a nd loca l
markets. Especially in the US,
gasoline makes up a significant
port ion of household disposable
income for many familiesa
major concern because, for many,
there is no readily available
transport alternative.
6. The industry seems filled
with technically oriented
introverts most comfortable
with quantifiable measures
who believe that facts and
calculated risk weightings
should carry the day. It appears
to have less appreciation for the
importance of feelings, fears, and
relationship development.
The Industrys Response
and Challenge
The oil and gas industry has responded
by upping communication; regular
poll ing shows that the effor t to share
informat ion about what it does to
protect the environment, pay ta xes, and
create jobs is beginning to resonate
with the public and our reputation is
improving. Public trust in the oil and
natural gas industry has continuously
increased from a low of 38.6% in 2006
to 48.5% in 2012. Did you know that
shale energy development has created
1.7 million jobs in the US over the past
few years and is expected to account
for 3 mill ion jobs in the US by 2020? Or
that, according to the US Environmental
Protection Agency, there have been
more than 2.5 million hydraulic
fracturing treatments completed
globally without a single confirmed
case of water contaminat ion related to
hydraulic fracturing? Also, our industry
pays one of the h ighest effec tive tax
rates among US businesses, averaging
44.3% from 2006 to 2011 according to
Standard & Poors. Alleged subsidies
in the US in fact are identical or closely
analogous to tax deductions provided
to a wide range of industries.
The industry can and must do
better. SPE members can help improve
the industrys reputation. We must learn
to listen first, understand issues and
concerns, then respond by sharing
facts, doing additional research,
reporting progress, and continuously
improving. Our performance must be
unassailable and visiblewe must set
the standard for safety and protection
of health and the environment, all
while delivering competitive returns to
our shareholders.
This is not easy a nd requires
competencies that we have not
historically demonstrated at a sufficient
and consistent level. The public expects
a two-way conversation; we must be
visibly lis teni ng and car ingnot just
issuing 60-page white papers. We must
equip employees, contractors, and
suppliers alike with information and
training so we can engage in a fruitful
dialog with family members, friends,
and associates. We work in a business
whose basic purpose is noble, and
we should be neither apologetic nor
arrogant. When we make mistakes, we
must report quickly and transparently
with clear plans and commitments to
reduce the chances of a recurrence.
And we must learn from each other to
raise the bar for the whole indust ry.
We must move beyond rhetoric
and become valued members of the
communit ies in which we operate. Yes,
our business is complex and it is global .
Yet it is al so loca l. ConocoPhi ll ips holds
tours of our Eagle Ford operations in
Texas for stakeholders from around the
globe, engages with regulators, and
works with other companies to address
water issues.
We live in an ANDworld: We can
improve quality of life by delivering
reliable and affordable energy supplies
while alsoprotecting the environment
ANDcreating jobsANDimproving
community life. Our industry is high-
tech and excitingwe have a bright
future. We need to share and applaud
progress when we reduce our air,
water, and land footprint while working
with universities, regulators, and civic
leaders to address growing challenges
and expectations.
We can be engaged w ithout
seeming arrogant, dismissive, or
defensive. The oil and gas industry
faces opponents who are well-funded
and well-organized but sometimes not
well-informed about the petroleum
industry. Despite the apparent
unfairness of their approaches, we
cannot abandon our principles. The
scientific methodestablishing
testable, repeatable results that
demonstrate cause and effectis
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important. Yet we can also seek diverse
views and respond to quest ions in
more easily accessible ways. Emotions
matterwe must be prepared to
address fears, mistrust, and negativity
in constructive ways and encourage
fact-based dialog.
Relationships are built on trust and
take more time to build than lose. SPE
helps with its Energy4me educational
outreach program to engage kids in
schools and help educators learn more
about the oil and gas industry and how
it responsibly finds and delivers oil
and gas to consumers. We can each
start by educating ourselves. Take
advantage of the myriad websites
devoted to providing information on the
issues and get smart about both sides
of contentious issues. Sites that our
industry views as factual are provided
by the US Department of Energy, the
Amer ican Petroleum Institute, the
International Energy Agency, and most
international producers. Take time to
ask questions and find out what your
company is doing to be responsible
in its planning, operations, and
community interactions.
Watch Switch: The Documentary
and visit Switch: The Energy Project
educational website. See the more
visceral views expressed in fi lms like
Gasland, Promised Land, Truthland,
and Fracknation. Explore the Energy
in Depth site to learn more. Evaluate
the claims of each based on your
training and the bounds of science.
When a socia l acquaintance expresses
fear about the oil and gas industrys
activities, take a deep breath, ask
questions, listen, and be ready to share
what you and your company are doing
to address concerns. We are part of
a continually learning and evolving
industry that is committed to operate
to high standards, regularly verifyi ng
compliance and engaging effectively.
Our industrys ability to operate
relies upon our performance ANDthe
publ ics percept ion.
At a recent family reun ion in Iowa,
my cousin from California asked
what I thought of the stor ies about
fracturing and environmental mayhem
possi bly coming to Cal ifornia. I had
to stop myself from launching into a
diatribe citing my recent visit to a well-
organized drill ing and completion
site, my companys commitment to
responsible development, and the
economic benefits for consumers in a
state badly in need of revenue. Instead
I asked, What are you hearing?
This opened a conversation about
the industry, sources and validity of
information, and ways to consider
messages and the motivation of the
messengers.
We have moved from a 20th-century
view of constrained resources and
limited opportunities to abundant
resources but constrained public
support. Genuine and respectful
curiosity, patience, performance, and
proact ive behav ior can humanize
our industry and improve public
percept ion. We do l ive in a new world
where there is litt le tolerance for error.
Wouldnt it be great to have a video
go viral about our industry creating
a million jobs in 5 years without an
environmenta l incident? Id like to
Tweet that. TWA
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SPE101
Have you ever thought about how SPE
accomplishes all it does? Meetings,
conferenceseven the magazine
youre holdingal l are created largely
through volunteer efforts. The pass ion
and dedication of these volunteers are
essential to making SPE function and
helping it grow.
On top of their regular jobs and
personal l ives, why do thousand s of
volunteers around the world share their
time and expertise helping organize
events and promote SPE activities?
These professionals understand that, in
addition to being an opportunity to give
back to their communities and to their
industry, SPE service yields a number
of professional and personal benefits.
How so? Read on.
Every SPE member knows the
power of networki ng. A s the pu blic
face of SPE, volunteers have an
enhanced opportu nity to meet new
people, make friends, and develop
contacts that are beneficial both
personally and professional ly.
Yufa Safitri, Bal ik papan Section v ice
chair, says, Balikpapan is a tight-knit
oil and gas commun ity. By volunteering
with SPE I get to know ma ny
professiona ls o f va rious backgrounds
from different compan ies.
As volunteers move out of their
comfort zone, they often discover
meaningful, long-lasting friendships in
addition to the anticipated professional
exposure to new techniques and
technologies. Since SPE is an
international organization, many
events involve coordination among
people with significant d if ferences in
education and cultural background.
Often volunteers work together across
oceans and ti me zones. It can be quite
a learning exper ience to discover how
to negotiate all these elements to pull
off a successfu l event!
Volunteers lea rn to appreciate
other team members views and
strong points, working together to
deliver resultsall of which make
these volunteers more valuable to their
employer in their day-to-day job.
SPE volunteers also learn to refine
their communicat ion and presentation
skills, showcasing their ideas and
gaining their colleagues support.
They gain confidence from presenting
in publicpracticing reading an
audience and leading discussions to
keep listeners engaged.
Natasha Legge-Wilkinson, YP
Commit tee member in the New South
Wales SPE Section, says, I t ca n be
quite un nerving to hold a presentation
for high school and college students.
Over time Ive gotten a better hold of
it. Ive also learned to find means to
pique their interest and to encourage
their participation.
SPE is an excellent foru m for
YPs to practice and improve ti me-
management skills. For instance,
since it can be di fficult to schedule
meetings with several volunteers,
YPs lea rn to treat time with team
members as precious. YPs also lear n
the importance of accomplishing
tasks without holding up others. Most
important ly, since volunteer YPs are
balancing professional, family, and SPE
obligations, they learn how to prioritize,
stay focused, and get things done
efficientlyvaluable skills that come in
handy in the professional environment.
SPE always needs volunteers to
coordinate details of conferences and
other events. Most companies support
attendance for those serving on event
committees, so you can increase
your chance of attending technical
conferences and forums through
volunteering. Some sec tions even
have programs to send exceptional
volunteers to these events as a
recognition award.
Typical ly, YPs do not get
professiona l leadership opportunities
until several years i nto their career.
Within SPE, Y Ps can beg in serving as
leaders after little time in the industry.
It isnt unusual to see members of YP
committees or section boards with
only 1 to 2 years industry experience.
And volu nteers can quick ly progress
to significa nt leadership roles in the
section or on other SPE commit tees.
When it comes to rsum-bui ldi ng
and performance reviews, SPE service
is usually considered a positive point.
Volunteers burnish a companys public
image, build their own skills and
experience, and raise their profile as
self-starting individuals willing to go
the extra mile. That said, its critica l
to remember that professional duties
come first. Its critical to ensure you
have your supervi sors support before
taking on SPE volunteer roles.
As SPE grows, so does the need
for new and continuing volunteers. Is
there something you think your section
should try or something that could
be done better? Take action! Act ive
volunteers forge SPEs path for ward in
concert with other members.
The best way for YPs to start
volunteering is by get ting in touch with
their local SPE section, which almos t
always has an ongoing need for help
with regular section functions, local
conferences, fundraisers, and so forth.
At SPE events, ask a bout
opportunities, or visit www.spe.
org/sectionsfor officer contact in fo.
YPs who want to further expand their
par tic ipat ion can check www.spe.
org/volunteerto review additional
opportunities.
Have you volunteered with SPE? If
not, what are you waiting for? TWA
SPE Needs You, and You Need SPE:
Why and How to VolunteerThresia Nurhayati
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1Vol. 9 // No. 2 // 2013
Discover a Career
Petrophysics is the study of the
properties ( physica l, electrical ,
and mechanical) and the rock/fluid
interactions of petroleum systems. In
the oil and gas industry, the geologist
and the geophysicist set out to define
a reservoir prospect target from a
structural perspective, while the
petrophysicist fills in the deta ils
regarding the reservoir rocks fabrics
and fluid content. They achieve this
by collecting data at the drill ingstage using dril ling, logging, coring,
and testing tools for measuringat
bottomhole or surfacerock and
fluid properties.
What Does a Petrophysicist Do?
The search for hydrocarbons begins
with a regional understanding of the
prevai ling geology in a geologic basi n,
where the geologist gives an account of
sedimentary sand deposition. After the
geophysicist conducts seismic surveysand data processing, risky wildcat
exploration wells may be drilled to
test the best geological and seismic
structural model. If a hydrocarbon
discovery is made, data must be
collected to evaluate the scale, quality,
and quantity of the discovery.
The petrophysicist then steps
in, performing tasks that have
direct bottom-line significance. The
petrophysicist needs to use al l of the
wells directly measured data, which
can be very limited, to construct
as robust a reservoir model as
possi ble. Table 1gives a peek at the
petrophysicist s usual toolk it and job
description, where every act ion item is
about a direct touch with the reservoir
rocks and fluids.
The petrophysicist participates
at the drill ing stage by examining
rock chips and cuttings brought to
the surface by the drilling mud and
recording oil and gas shows at the
borehole for all respective lithological
and stratigraphic intervals. Then,logging-while-drilling (LWD) or a
wireline-logging program, designed
by the petrophysicist, is used. This
should enable him or her to identify
pay columns, di fferentiate oi l-/gas- and
water-bearing formations, and estimate
porosity and hydrocarbon amount.
Because wireline logging means
sending measurement equipment
downholetypically into a deep,
dark, and dirty environment, where
drilling mud causes near-wellboreinvasion and logging tools suffer
from problems of resolution, shallow
reading, or ambiguous responsea
handson approach with the rock fabric
is required. The petrophysicist orders
coring jobs and brings f ull-diameter
core barrels or side-wall core plugs to
surface. Core analysis is performed
in a laboratory. Conventional core
analysis not only validates lithological
sequences and depositional
environments but also gives details
regarding rock mineralogy content
captured in the prior log interpretation
panel. Laboratory analysis of core
samples also gives an independent
assessment of porosity and
permeabi lity, which is used to ca librate
log-based interpretation models. A
typical product exhibits tracks of
gamma-ray, caliper, and neutrondensity
porosit ies; resistiv ities of di fferent
invasion depths; core porosity
and permeability; and perforation
recommendations. This leads to further
evaluations of key pay intervals andestimations of their flow potentials.
If the discovery wells preliminary
assessment is encouraging, appraisal
wells may be drilled to quantify
the reservoirs lateral and vertical
extent. The petrophysicist will build
crosssection models; delineate spatial
distribution of each stratigraphic
interval; and characterize the
reservoirs quality, extent, and integrity.
Only two technical numbers usually
matter for oil companiesresource/reserve volume and production output.
The petrophysicist is expected to
eventually help come up with the
best estimate and sensitivity analysis
of hydrocarbons-in-place, known as
stock-tank oil i nitially in place/initial
gas in place (STOIIP/IGIP). These
estimates paint a picture of the reward
size so business decisions can be
made to either carry on exploration
and appraisal activities or de-risk
them by farming out. The STOIIP/
IGIP estimation exercise demands the
petrophysicist s best judgment on a
handful of key parameters that speak
for the reservoiraverage porosity,
pay column height (gross and net),
initial hydrocarbon saturation, and fluid
contact level.
Petrophysics vs.
Formation Evaluation
For any discovered hydrocarbon
volume, on ly the producible port ion
Discover a Career: PetrophysicsAndrew Chen andRonald Pagan, Shell Canada
Andrew Chen works with Shell Canada on various light t ight
oil and liquids-rich tight reservoir projects, including
business development, exploration drilling, and asset
maturation activities. He has more than 20 years professional
industry experience at BP, AJM Deloitte, and Schlumberger,
and as an international consultant. Chen earned BS and MS
degrees in petroleum engineering from East China
Petroleum Institute and a PhD in mechanical engineering
from the University of Manitoba, Canada.
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Discover a Career
counts. This is where the petrophysics
discipline meets the formation
evaluation discipline. Addressing
the producibility of part of or the
whole reservoir and evaluating
recovery efficiency ultimately provide
values for the recovery factor a nd
product ion output.
The petrophysicist provides
qualitative descriptions of pay potential
from log and core analysis. Rout ine coreanalysis identifies goodquality porosity,
porosity types, permeabi lity stat ist ics,
and possible natural fractures. Special
core analysis (SCAL) offers details of
capillary pressure behavior, wettability
patterns, favorable/unfavorable
product ion drive mecha nisms, and
laboratory-based recovery efficiency
assessment under conceivable
development options.
Even with the static nature of log
interpretations and the lack of in-situ
reservoir conditions in laboratory work,
all the petrophysicists work is acceptedby reservoir and production engineers,
who turn to focus on the dynamic or
flow nature of formations. A flow test is
designed and carried out to observe
the wells flow capability and formation
product ivity index. Flow and pressure
buildup data are analyzed. Good
interpretations mean that the data from
the flow test are explainable by the
petrophysica l view on pay thickness,
average porosity, hydrocarbon
saturation, reservoir container setup,
and other descriptions.
Well test ing is sometimes performedto detect the minimum connected
drainable hydrocarbon volumes, if
STOIIP/IGIP cannot be determined, in
order to pass certain business hurdles.
Such exercises require a tremendous
integrated effort both from geoscientists
and from engineers to reconcile
and explain the volume differences
between a seismic container and a
hydraulically drainable compartment.
In order to optimize the
development options of an established
asset, the reservoir engineer builds
Ronald Pagan is petrophysics discipline leader at Shell
Americas and ma nager of Shel l Canadas Early Maturation
team. Over a more than 30-year career at Shell, he assumed
various petroleum engineering roles in New Orleans, Oman,
Canada, and the UK. Before his current roles, he was Shell
Canada petrophysical technical chief (1997 to 2007). Pagan
earned a BS in geology from Edin burgh University and an
MS in petroleum engineering from Heriot-Watt University.
Table 1Petrophysics Data Domains and Subsurface Collaborations
Category Data Type and Source Ownership
Mud Logging/DrillingPore pressure predictions; gas or oil shows during
drilling; drilling-mud and cuttings analysis
Wellsite geologists/
reservoir engineers
Well Logging and LogInterpretation(mostly openhole wirelinelogs, but increasingly LWD)
Mechnical logs (calipers); electric logs (laterlog,induction, spontaneous potential, resistivity);natural-radiation logs (simple and spectralgamma rays); artificial-radiation logs (densityand neutron); acoustic logs (sonic); imagelogs (dipmeter, micro-image resistivity);special logs (NMR); temperature log
Primarilypetrophysicists
Coring and Core Analysis
Mineralogy, lithology; hydrocarbon
shows, porosity, permeability; SCAL(wettability, capillary, core flooding)
Primarilypetrophysicists,with geologists andreservoir engineers
Formation Testingand Sampling
Formation testing for pressure stratigraphicalprofile; fluid type validation and sampling;drillstem or production test
Reservoir engineers
Cased-Hole Logging
Production logging (pressure, spinner, densimeter);formation evaluation logs (neutron, acoustic,cased-hole resistivity); casing/wellbore integrity
logs (bond logs, temperature, ultrasonic)
Production/reservoirengineers
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2Vol. 9 // No. 2 // 2013
HRDiscussionContinued from page 9
a reservoir simulator with the
petrophysicists entire data package,
to forecast the number of wells
to be drilled within the reservoir
and their estimated production
performance. The production output
forecast, checked against the project
economics and investment matrix,
goes into development planning and
reserve booking.
A Petrophysics Career i