Tuesday, January 26, 2016

Update On Oasis -- January 26, 2016

This is not an investment site. Do not make any investment, financial, or travel decisions based on what you read here or think you may have read here.

From "Elephant Analytics" at Seeking Alpha, the summary:
  • Oasis has reduced its long-term breakeven point to $50 to $55 oil. This is down from around $66 one year ago.
  • Narrower oil differentials and cost reductions account for the lower breakeven point.
  • Oasis may still burn $200 million to $300 million over the next two years as it invests in midstream infrastructure though.
  • Its debt remains quite significant, but Oasis has valuable midstream assets that it can monetize.
  • This may help reduce its leverage to a more manageable level.
Other data points:
  • guidance of 50,000 boepd 
  • presumes $300 million drilling and completion
  • presumes $150 million in infrastructure CAPEX
  • presumes total spending of slightly less than $1 billion in 2016; a deficit of $166 million at $40 oil
  • likely to burn through $200 million in 2016
  • adequate liquidity to handle the projected 2016 burn
  • Oasis has said it could monetize its Oasis Midstream Services (OMS) unit
  • wells costs reduced to $7.4 million from $9 million (1Q15) and $10 million (4Q14)
  • mentions the "Wild Basin" project
  • analyst estimates $100 million cash burn in 2017 at $50 oil
Wild Basin Project at the November, 2015, corporate briefing; slide 13 of that presentation
  • natural gas gathering and processing
  • oil gathering, stabilization, and storage
  • SWD gathering and wells
2016 plan:
  • currently moving core program to Wild Basin
  • expect system online in 2H16
  • planned 2016 - 2017 CAPEX of $150 million



Kinder Morgan Would Like To Build An "XL" Pipeline Through British Columbia -- Good Luck -- January 26, 2016

It was reported just a few days ago that TransCanada and First Nations had agreed on a natural gas pipeline from Alberta through British Columbia to the west coast. Now we turn to crude oil. PennEnergy is reporting:
A proposed pipeline-expansion project in Canada will put the fishing rights and cultural heritage of U.S. tribes at risk, a lawyer representing several Washington state tribes told Canadian energy regulators.

Kinder Morgan's Trans Mountain project would nearly triple oil pipeline capacity from 300,000 to 890,000 barrels of crude oil a day. It would carry oil from Alberta's oil sands to the Vancouver area to be loaded on to barges and tankers for Asian and U.S. markets. The project would dramatically increase the number of oil tankers that ply Washington state waters.

"This project will harm the cultures of the US tribes," said Kristen Boyles, an Earthjustice attorney who spoke against the project Friday on behalf of the Swinomish, Tulalip, Suquamish and Lummi tribes. She made final arguments to Canada's National Energy Board at a hearing in Burnaby, British Columbia, which was broadcast online.

Boyles told the three-member panel that project officials didn't consult with the U.S. tribes and didn't consider the impacts to the tribes. "This project is all risk and no reward," she added.

The U.S. tribes are among the municipalities, environmental groups, First Nations and residents along the pipeline route who are intervenors in the case. Many have raised concerns about the risk of pipeline leaks, increased vessel traffic and potential oil spills.
I think the key here is to find out where Tom Steyer stands on this project.

*************************
Are Folks Paying Attention?

The daily poll shows President Obama's approval rating pretty much stuck at 48 - 50%. Trump is now at 41% in the polls and rising. And that's a CNN poll.

*********************************
Organizational Diagram Of Bernie Sanders' Vision Of A Socialist US Government 


Tesla-Edison Redux -- Wind Power In North Dakota -- January 26, 2016

Updates

Later, 4:42 p.m. Central Time: at great peril of opening a can of worms I will post this from a reader who has a long background in electricity transmission:
"High voltage transmission" -- 500 KV AC --  isn't unusual for cross country ( high voltage/low current).
Heat, waste energy, is best understood as I^2 x R (I is current, R is resistance) [actually in AC "R" is reactance and impedance but don't let that confuse you].
When this high voltage arrives at the edge of a city "sub-station" the voltage is easily and efficiently typically "transformed"100 KV for "distribution" throughout the city. Shortly before entering households, the voltage is dropped again by going through a transformer to "an even safer" 240 volts.
This 240 volts of AC powers your furnace/air conditioner/clothes dryer.
By connecting the "outlets" between "one leg" of the 240 volts and "ground" an "even safer" 120 volts is available for your other appliances.
All these utilities/devices run on "60 cycle"AC.
A few devices like your computer run on DC so the 120 volts is "transformed" to 12 volts and then routed thru a "rectifier" to produce DC power.
60 cycle AC means that the current changes direction 60 times/second. This constant changing of direction is why AC power has "more resistance" (reactance/impedance) to current flow than DC.
For that reason huge blocks of power are moved more efficiently, for example from the power plant at Center, ND, when the power is "converted" from the AC from the generator to DC via a "converter."
This DC power is applied to the Square Butte high voltage DC line to Duluth, MN. It would not be economically practical to "invert" this DC back to AC at several locations along the way, because with current technology it "ain't easy." But converting it only once is "okay."
This is where the research comes in: NDSU is trying to find a more efficient way to convert AC to DC at the source and then invert it back to AC at the consumer end.
It's a great idea, but lots of luck: solid state electronics vastly improved this AC/DC/AC transition process about 30 (?) years ago. The world could well use another technological breakthrough (but not for worthless wind turbines which have no redeeming value in this era of excess, inexpensive cheap energy, and need back-up power anyway). 
I think I understand it better. Thank you. The above was edited slightly; if there are errors in the note above it is due to my editing / misunderstanding of the original note.

Original Post
 
This gets us back to the Tesla - Edison story. I'm afraid to even go here because
  • it's way beyond my comfort zone; I do not understand electricity
  • the Tesla-Edison "story" seems to shift with whomever is reporting
  • no matter what I say, folks will write me to correct me
... but ignorance hasn't stopped me before. From the linked article:
War of Currents! Edison’s least favorite of Tesla’s “impractical” ideas was the concept of using alternating current (AC) technology to bring electricity to the people. Edison insisted that his own direct current (DC) system was superior, in that it maintained a lower voltage from power station to consumer, and was, therefore, safer.
But AC technology, which allows the flow of energy to periodically change direction, is more practical for transmitting massive quantities of energy, as is required by a large city, or hub of industry, say.
At the time, DC technology only allowed for a power grid with a one-mile radius from the power source. The conflict between the two methods and their masters came to be known as the War of Currents, forever immortalized by the band AC/DC.

The Bet. Tesla insisted that he could increase the efficiency of Edison’s prototypical dynamos, and eventually wore down Edison enough to let him try. Edison, Tesla later claimed, even promised him $50,000 if he succeeded. Tesla worked around the clock for several months and made a great deal of progress. See link for rest of story if interested.

The rift. Tesla eventually raised enough money to found the Tesla Electric Light Company, where he developed several successful patents including AC generators, wires, transformers, lights, and a 100 horsepower AC motor. Tesla ended up selling most of his patents to George Westinghouse, who had himself been feuding with Edison for years. Their partnership, one can imagine, made the eventual popularizing of AC that much more bitter for Edison.

“Post-war” history. In the end, AC won out. Mostly. Westinghouse fulfilled Tesla’s dream of building a power plant at Niagara Falls to power New York City, and built upon its principles the same system of local power grids we use today. Edison’s original point about the practicality of DC is well-taken, however: The average person can’t have alternating currents flooding massive amounts of energy into their household appliances, so most plug-in devices must internally convert AC back to DC (that’s what’s going on inside the brick of your laptop cord).
That conversion wastes a lot of energy (think of all the heat coming from the brick of your laptop cord). Major studies are beginning to examine ways in which AC and DC power can work together with modern energy-harnessing technology, to run our overall grid more efficiently.
So, with all that as background, The Dickinson Press is reporting that North Dakota State University is conducting research to see if wind power could be made more reliable and efficient.

And now I'm confused. Didn't the linked article above say that AC was the best way to transmit electricity over long distances.
But AC technology, which allows the flow of energy to periodically change direction, is more practical for transmitting massive quantities of energy, as is required by a large city, or hub of industry, say.
But now, at The Dickinson Press article:
“One of the key aspects of this study is to research the possibility of using DC (direct current) grids,” said Nilanjan Ray Chaudhuri, assistant professor with the North Dakota State University electrical and computer engineering department who will run the research project. “With that, we’ll be able to increase wind energy penetration.”
The United States is lagging when it comes to direct current power transmission technology, missing on the benefits DC provides — benefits that could one day transform how the nation gets its power, according to Ray Chaudhuri.
And more:
Most U.S. wind energy potential is in the Midwest, where less power is in demand, said Ray Chaudhuri, adding that requires longer transmission lines to get the power to more highly populated areas. In the case of long distance, he said DC transmission technology is more economical. Switching transmission will require more infrastructure to be built but, in the end, it will be more reliable and efficient than alternating current.
A DC system also can help overcome the problem of fluctuating power that plagues wind today, allowing the power to be moved longer distances when the wind is blowing one place but not another, Ray Chaudhuri said.
 Maybe it's all consistent, but I'm not seeing it.

Wiki suggests AC is more efficient transmitting electricity long distances.
Quora says DC is a better fit for long distance transmission.

Unlike global warming, it appears the science behind AC vs DC for long-distance transmission of electricity is not settled.

TeslA (AC) and EDdison (DC).

Tuesday, January 26, 2016; Scientists Double The Rate At Which Sea Levels Are Rising; West Coast US Shows No Rise In Sea Level; Apple To Report Earnings After Market Closes Today

Active rigs:


1/26/201601/26/201501/26/201401/26/201301/26/2012
Active Rigs47156187190203

RBN Energy: master limited partnerships, ongoing challenges.  Episode 3. Previous posts:
In Episode 1 of this series, we provided a refresher on MLPs and their current market.   Recall that these are tax efficient, publically traded partnerships used mostly as investment vehicles for oil and gas midstream infrastructure.   Over 84% of MLPs are involved in energy and natural resource industries.  In theory, MLPs are designed for businesses with secure, stable cash flows – fee based, “toll-road” revenues that should not fluctuate dramatically with commodity prices.
MLPs were integral to the shale midstream infrastructure build out over the past few years.  They sold partnership units to investors that offered the prospect of income from cash distributions as well as growth from increasing unit values - then used those funds to develop billions of dollars in midstream assets. As MLP prospects soared, the widely followed Alerian AMZ Index that tracks MLP returns increased 286% from 189 at the beginning of January 2009 to a high point of 540 in late August 2014.   Then came the crude oil price crash. The AMZ index fell 46% since it’s high in August 2014 to finish 2015 at 290.
In Episode 2 we dived into two MLP issues that have sparked concern about how appropriate these structures are as vehicles for midstream infrastructure build out in an era of falling oil prices. The first is whether the toll-road analogy really protects MLP investors in an industry down cycle such as that being experienced today. The risks of most MLP infrastructure projects like pipelines and terminals are underwritten by shipper “take-or-pay” commitments that guarantee capacity payments required to generate a return on investment – regardless of commodity prices. But if shippers don’t survive the down cycle or can’t meet those take-or-pay commitments - the MLP is left holding the bag. The second issue is the common practice of setting up MLPs so that the controlling General Partner (GP) owns a minority 2% interest in Limited Partner (LP) units but receives an outsize return based on Incentive Distribution Rights (IDR’s). Analysis from Alerian shows that from a list of 54 Midstream GPs with IDRs – 43% or 23 MLPs currently return “High Splits” of 48% to the GP. In many such cases – as industry stalwart Keith Bailey argued in Episode 2 - the resulting uneven distribution of MLP cash to the GP can easily force LP unit holders to take risks not commensurate to the returns they will achieve.
***********************************
Uh-Oh

That Yellen decision to begin raising rates late last year looks more and more ... well, not such a great idea. In today's Wall Street Journal, the chances of a global meltdown.
In retrospect, the Fed’s rate hike last month will likely be viewed as monetary malpractice. The next hike is on hold, and there is already talk of another round of quantitative easing. None of this is likely to forestall turmoil in credit markets. Investors are wise to be worried, but it’s likely that 2016 won’t be a replay of 2008.  
************************************
Good News

The good news: the Fed now has an arrow in its quiver: it can now lower interest rates and provide more quantitative easing. LOL.

**********************************
Mismeasurement Of Snow Accumulation In Real-Time (Feet);
Precise Measurement Of The Rise In Global Sea Levels In The Future (Millimeters)

We talked about this yesterday; Fox News was the first to report it -- that the senior meteorologist said it is difficult to accurately measure snowfall when explaining why Reagan National airport reported 19 inches of snow and everywhere else in the DC area snowfall accumulation was reported at 30 inches.

CNN is the latest to confirm. It turns out the meteorologists at Reagan National use a picnic table to measure the accumulated snow. After a foot or so of snow accumulates, the most junior member bundles up or someone from the housekeeping staff, walks outside, measures the snow, sweeps it all off the table (to avoid compaction error), and then repeats the process. It appears everyone got caught up watching weekend sports, and forgot to tell the intern to go out and measure the snowfall. By the time someone remembered, the snow was so deep the intern was unable to find the table.

So, in one 24-hour period, it appears the meteorologists mismeasured snow accumulation to the tune of a foot or so.

But these same folks, with a straight face, now tell us that sea levels are rising faster than ever. Okay, the linked article below is a difficult, difficult article to follow. First of all, the numbers are all over the chart around the world. Sea levels are NOT rising on the west coast of the United States. Some of the highest sea level rises are in the Philippines. There was no mention of the US East Coast, or even the Maldives.

Now, to the numbers. Remember: the meteorologists appears to be off by a foot or more when it came to measuring snow accumulation in one weekend. A foot.

From The Proceedings of the National Academy of Sciences, as reported in The [London] Guardian:
Until now, researchers have believed the oceans rose between 0.7 to 1 mm per year due to thermal expansion.
But a fresh look at the latest satellite data from 2002 to 2014 shows the seas are expanding about 1.4 mm a year, said the study. 
Yes, you read that correctly. The measurements are in millimeters/year.
“To date, we have underestimated how much the heat-related expansion of the water mass in the oceans contributes to a global rise in sea level,” said co-author Jurgen Kusche, a professor at the University of Bonn.
The overall sea level rise rate is about 2.7 4mm per year, combining both thermal expansion and melting ice.
To put this in perspective, fingernails grow an average of 3 mm/month. That's how much oceans will expand this year.

Enough said. For now.

By the way, I highlighted the operative word in the story above: note, the National Academy of Scientists are using the word "believe" in their conclusions. That's not a word we often see in scientific studies.  A "fresh look." LOL. I can't make this stuff up.

********************************
Reporting Today

Apple, at $3.28 beat forecasts by a nickel, but overall, a negative report; iPhone sales slowing, iPads nosedive
ATT, at 63 cents, meets forecast but revenues fell; shares down after market closes;
Sprint, beats by 5 cents; misses on revenues. Sprint's stock rockets after narrower-than-expected loss; upbeat outlook. Lost 21 cents vs 25 cents forecast. 

Legacy Fund Update -- Updated March 5, 2016

Through February 2016, total deposits were $3,441,607,729.

Through December 2015, total deposits were $3,371,343,566.76.

The Legacy Fund site is linked here.

Previously reported, data for September, 2015: As of September 22, 2015, total deposits were $3,258,677,188.91.

From September to December, the Legacy Fund grew by more than $100 million. If I did the arithmetic correctly.