“Transportation consumes over 50% of the world oil production; the Energy Information Agency forecasts this level of usage to continue over the next 20 years.”

 

  • MaxEx Virtual Drilling is a proprietary remote sensing electromagnetic exploration risk management technology that generates the equivalent of a downhole wireline electric log from the surface of potential drilling locations.

  • MaxEx Virtual Drilling has “drilling intensity” that finds more oil and gas - faster. Monte Carlo simulations found MaxEx

  • Increases exploration efficiency - on average MaxEx found approximately 80% of potential reserves with drilling only 20% to 30% of prospects.

  • Discovers more oil and gas – MaxEx increased discoveries on average 40% in the lower risk exploration scenario to over 100% in high risk exploration scenarios.

  • Provides greater confidence in outcomes – MaxEx outcomes were more concentrated with better chances of success.

MaxEx Virtual Drilling is a remote sensing electromagnetic exploration risk management technology that generates the equivalent of a downhole wireline electric log from the surface of potential drilling locations. See Figure 1. The capability of MaxEx to “log a location without drilling a well” provides a high degree of “drilling intensity”, a term coined by Schlumberger in their new series on oil and gas exploration technology entitled “To Find Oil, You Have to Drill”. They note to find the energy needed to meet the ever increasing demand for oil and gas requires drilling intensity – technological sophistication - to “lower technical risk and increase performance in the exploration and development of conventional hydrocarbons.” Drilling intensity is important because Tullow Oil notes that only 0.5% of the surface of the earth has readily movable oil or gas beneath it with the highest value quartile limited to less than 0.125% of the earth’s surface.

How does MaxEx Virtual Drilling provide “drilling intensity”? Imagine going to your pantry for a can of peaches. You have 50 cans in the pantry but none of them have labels on them. You believe one or more cans have peaches inside - but you do not know which ones until you open a can or cans.

That is equivalent to the conventional exploration process that relies primarily on seismic – many very well defined structures - “cans” - that may, but likely do not, hold hydrocarbons. And it costs millions to open each can.

Continuing the analogy, MaxEx Virtual Drilling logs label oil and gas prospects, helping to avoid drilling prospects with no or poor prospectivity and drilling the ones with the best risked potential.

How much drilling intensity does MaxEx offer? Monte Carlo simulations of four different prospectivity scenarios – Low, Base, Better and Best - found Virtual Drilling offers significant drilling intensity!

For example, MaxEx finds roughly 80% of available reserves drilling only 20% to 30% of the prospects (see Figure 2) and increases mean discoveries between 40% to as much as 120% (see Figure 3). In addition, in high risk exploration MaxEx provided a higher degree of confidence of discovering significant reserves and simply found more oil when exploration risk was reduced (see Figure 4).

 


 

The drilling intensity of Virtual Drilling translates into significant value. For example, testing 80 prospects with Virtual Drilling but actually drilling only the top 20 to 30 MaxEx risked ranked prospects, mean discoveries increased by almost 120 million barrels in the highest risk scenario (Low Prospectivity) to 270 million barrels in the reduced risk scenario (Best Prospectivity).

Those increases in discoveries are worth USD 600 million to USD 1.3 billion when valued at only USD 5.00 per barrel and are the ultimate testament to the drilling intensity of MaxEx – finding in the ballpark of USD 1.0 billion additional reserves drilling only 20 to 30 prospects.

Click the following links to learn more about Virtual Drilling
and the Monte Carlo simulations:

MaxEx Virtual Drilling Overview Presentation
(7.92 MB PowerPoint Show - to see fluid animations view as Slide Show)

MaxEx Virtual Drilling Monte Carlo simulations (3.7 MB PDF)

 

 
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