THESE VITAL SPEECHES
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20<br />
CICERO SPEECHWRITING AWARDS<br />
So far, they’ve shed cost and workers,<br />
slashed investment, and, when<br />
necessary, liquidated assets to preserve<br />
cash flow and profitability while regaining<br />
control over debt. Some have gone<br />
bankrupt. Others will follow.<br />
Maybe that’s what OPEC hoped<br />
to achieve. Maybe OPEC wanted to<br />
chase competitors out of business,<br />
especially producers active in the highcost<br />
North Sea, deepwater frontiers, oil<br />
sands of Canada, and tight-oil plays of<br />
Canada and the United States.<br />
In fact, explanations need to be no<br />
more pointed than the one offered<br />
many times by Saudi Oil Minister Ali<br />
al-Naimi.<br />
If OPEC members cut production<br />
and the crude price rises as a consequence,<br />
Al-Naimi says, some other<br />
producer will just raise production,<br />
elevate supply, and lower the price yet<br />
again. OPEC then will have sacrificed<br />
its low-cost market share to higher-cost<br />
competition and have nothing, in the<br />
way of a strengthened crude price, to<br />
show for it.<br />
That dynamic always has applied.<br />
Before now, though, the cycle stretched<br />
out over years. Producers prompted<br />
into action by a crude price jump had<br />
to find oil and gas—never a certain bet.<br />
Or, more recently, they had to excavate<br />
an oil-sands mine, steam a reservoir in<br />
a thermal bitumen project, or develop<br />
a deepwater field on the fringe of commerciality.<br />
Shale and other tight-oil plays radically<br />
compress the timing. In those geologic<br />
environments, producers know<br />
where the hydrocarbons are. Once<br />
they’ve optimized lateral placement<br />
and completion parameters, they can<br />
bring new production on stream in the<br />
time it takes to drill and fracture wells.<br />
This short-cycle supply—of which<br />
quite much awaits development—is<br />
new to the oil market. And it’s supremely<br />
important. It vacates one of<br />
those conditions essential to success<br />
of OPEC supply management that I<br />
mentioned a minute ago: production<br />
by non-OPEC suppliers at near-term<br />
capacity rates.<br />
Non-OPEC production capacity<br />
isn’t fixed like it used to be. By their nature,<br />
tight-oil resources give the market<br />
new, upside supply elasticity, control<br />
over which is unmanageably diffuse.<br />
OPEC leaders—the savvy ones,<br />
anyway—understand the ramifications.<br />
I don’t believe this is the only reason<br />
they—led, as always, by Saudi Arabia—abandoned<br />
supply management.<br />
Undeniably, though, the new ability<br />
to bring incremental, non-OPEC oil<br />
quickly to market at high rates makes<br />
coordinated supply management by<br />
OPEC self-defeating.<br />
What, then, will align supply with<br />
demand, prevent ruinous surplus, and<br />
enforce order in the oil market?<br />
I can confidently predict the Texas<br />
Railroad Commission won’t reinstate<br />
prorationing. And Washington, DC?<br />
Of course not.<br />
Can you imagine a politician of<br />
either party calling for supply restraint<br />
in service to the elevation of oil prices?<br />
For most politicians, being blamed<br />
for four-dollar gasoline is worse than<br />
getting caught with coal slag in their<br />
carbon footprint.<br />
Producers themselves can’t restrain<br />
supply collectively. Price collusion is<br />
illegal in this country.<br />
Unless a more-formal mechanism<br />
not now in view materializes, supplydemand<br />
balance will have to reflect the<br />
individual decisions of all the world’s<br />
producers of crude oil—and only those<br />
decisions.<br />
So those decisions better be good.<br />
In the new world of oil and gas supply<br />
subject to rapid expansion from numerous,<br />
uncoordinated sources, every<br />
producer faces a new risk. It’s the risk<br />
that a decision to bring production on<br />
stream to meet new demand indicated<br />
by price elevation will be matched by<br />
supply from other producers responding<br />
to the same price signal, creating<br />
a surplus that lowers the oil price yet<br />
again and wrecks profitability for all<br />
but the lowest-cost projects.<br />
In this new environment, producers<br />
have to start paying closer attention<br />
than ever to what their competitors<br />
do—or, more importantly, what their<br />
competitors can do.<br />
New supply has to come from the<br />
producer able to meet new demand<br />
most profitably. The newly disordered<br />
market I’ve described will punish<br />
higher-cost producers who try to bullrush<br />
competition.<br />
Production restraint now has<br />
to come from producers willing to<br />
respond to incremental demand with<br />
incremental caution, yielding when<br />
necessary to competitors able to deliver<br />
supply at lower cost and greater efficiency.<br />
This requires an expanded role for<br />
competitive intelligence in the market<br />
assessments on which producers base<br />
investment decisions. It imposes new<br />
complexity on the quantification and<br />
analysis of risk. And it creates competitive<br />
advantage for producers most skillful<br />
with modern tools for data management<br />
and integration.<br />
Producers, of course, have increased<br />
their use of data to manage risk for<br />
decades.<br />
I remember when producers were<br />
content to drill four dry holes for every<br />
one productive well.<br />
Then 3D seismic technology<br />
became affordable, and producers<br />
learned that a survey could pay for<br />
itself by preventing the drilling of a<br />
single hole in the wrong place.<br />
And the one-in-five standard for<br />
drilling success is ancient history.<br />
Nowadays, too, producers of all size<br />
use sophisticated analytics to assess<br />
project risks, manage work flows, and<br />
support drilling and development decisions.<br />
And they accumulate data on<br />
seemingly everything: machines, work<br />
flows, logistics, the subsurface, and<br />
much more.<br />
In a fascinating paper published<br />
in May by the Manhattan Institute,<br />
Senior Fellow Mark P. Mills predicted<br />
the application of big data analytics<br />
will inaugurate the next wave of supply<br />
from unconventional resources, which<br />
he called Shale 2.0.<br />
Data used now to improve efficiency<br />
and optimize operations are unconnected.<br />
Big data can link disparate data<br />
sets and identify patterns helpful in<br />
decision-making.<br />
In Mills’s words: “Big-data analytics<br />
can already optimize the subsurface<br />
mapping of the best drilling locations;<br />
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