by tita » Tue 13 Feb 2018, 10:32:08
$this->bbcode_second_pass_quote('spike', 'E')IA says C+C is 81.2 mb/d, latest data. This graph seems wrong.
This graph is from 2013, and World C+C in august 2013 was at 76 mb/d.
feb 2007: World C+C (73.26) - US Shale (0.52) = 72.74 mb/d
dec 2010: World C+C (75.93) - US Shale (1.02) = 74.91 mb/d
aug 2013: World C+C (76) - US Shale (3.34) = 72.66 mb/d
oct 2016: World C+C (82.4) - US Shale (4.42) = 77.98 mb/d
sept 2017: World C+C (81.2) - US Shale (5.11) = 76.09 mb/d
source: eia, I just retreated the 0.8mb/d from the eia dpr data (permian 2007 production). So the shale numbers are not exact.
So... the graph is correct. But it is old, the world added quite a lot of C+C production outside shale since 2013. Even the US with the GOM. It's anyway impressive that around 50% of the production increase since 2007 account just from US shale. But we also have to take account of the performance of global C+C outside shale, not only replacing production from depleting fields, but also increasing it. A difficult task at a rate of 72 mb/d, made easier with a period of high prices. If the peak of conventional oil really happened as some still believe, things would be very different.
So, picking old graphs to make some point doesn't work. But it will be quite interesting to see how World C+C production will do after 3 years of low prices. The October 2016 production appears like an optimum, unreachable outside the predicted growth from US shale.