Since May 2015, the SET index and WTI crude oil price are highly correlated with a coefficient of 0.85 over a 200-day period, where 1 is total positive correlation. The WTI crude oil spot price closed up another 5.12% for the week, at $45.99 per barrel on Friday, after closing up 4.79% last week. The key driver for the crude oil price this week was the falling U.S. dollar, as fundamentals were a mixed bag.
The Energy Information Administration (EIA) weekly U.S. oil inventory report on Wednesday showed a build of 2 million barrels in the week ending April 22, compared to analysts’ expectations for a 1.75 million barrel build. The American Petroleum Institute (API) inventory data on Tuesday showed a 1.1 million barrel draw. The EIA also said the weekly U.S. crude oil production fell again for the thirteenth consecutive week, to 8.938 million barrels per day (bpd) for the week ending April 22, 2016, the lowest level since October 24, 2014, at 8.970 million bpd. Weekly U.S. crude oil output, however, has fallen 6.99% from the peak level of 9.61 million bpd during the week ending June 6, 2015.
More bullish news for the oil market came from Houston-based oilfield services company Baker Hughes Inc., who said on Friday that the U.S. oil rig count is now down another 11 to 332, a 79.4% drop from the peak number of 1,609 in October 2014.
Saudi Arabia currently set its crude oil price range at $20-$40 per barrel. The Kingdom's oil output may rise to 10.5 million bpd to record highs in the coming weeks to meet summer demand, said Reuters. Days before the Doha meeting, Saudi Arabia's top oil official, Deputy Crown Prince Mohammed bin Salman, said the kingdom could boost output immediately to 11.5 million bpd and go to 12.5 million bpd in six to nine months, according to Aljazeera.
From our technical viewpoint of the SET, a bullish golden cross, or the 50-day and 200-day SMA crossover, has emerged. The V-shaped bounce may still be at risk as long as the index stays under the 1,476 resistance level. The SET index and WTIC are positively correlated, meaning the SET and WTIC move in the same direction, up or down. Hence, a breakout may require decoupling between the SET and WTIC.
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