Showing posts with label shale. Show all posts
Showing posts with label shale. Show all posts

Friday, May 16, 2014

New LNG Plant in North Dakota will Supply Oil and Gas Producers

A new natural gas liquefaction plant is slated to come online this summer in North Dakota to reduce the flaring of gas in the Bakken Formation and provide fuel for Bakken oil and gas operations. The developer, Prairie Companies LLC subsidiary North Dakota LNG, announced earlier this month that the plant would provide an initial 10,000 gallons per day (gal/d) of liquefied natural gas (LNG), and could expand to 66,000 gal/d. Assuming a 10% processing loss, the plant would take in a maximum of 6 million cubic feet per day (MMcf/d) once expanded. In 2012, North Dakota vented and flared 218 MMcf/d of natural gas because of record high oil production and insufficient pipeline takeaway capacity for natural gas produced as a byproduct.

Hess Corporation will supply the natural gas for liquefaction at Prairie's Tioga natural gas processing location. After the LNG is produced, it will be sent via truck to storage sites at drilling locations, where – once regasified – it can be used to power rigs and hydraulic fracturing operations as well as LNG vehicles. LNG itself cannot burn; in its liquefied state, its temperature is minus-260 degrees Fahrenheit. However, as a liquid, it takes up only 1/600th of its volume as a gas, so LNG is an excellent form to store or transport natural gas. Currently, most drilling operations run on diesel, and converting to natural gas provides potentially significant cost savings given the current differential between diesel and natural gas prices. In 2012, EIA estimated that nationally oil and gas companies consumed more than 5 million gal/d of diesel in their operations, representing a significant expense.

While conversion to natural gas might not be possible in many cases, in the past few years, several companies have developed and are marketing technologies that would allow drilling rigs and fracturing pumps to run in both dual fueled and or single fueled modes.

Although the liquefaction plant will be the first LNG project in the Bakken, some producers have begun using natural gas to power their operations, citing cost savings, access to natural gas, and environmental benefits. Statoil uses compressed natural gas (CNG) to fuel some of its drilling equipment. The natural gas is produced in the Bakken and compressed using General Electric's CNG in a Box system.

Additionally, outside of the Bakken, other companies have successfully used natural gas to power drilling operations. In 2012, Seneca Resources and Ensign Drilling installed GE LNG fired engines on drilling rigs in the Marcellus Shale. Apache, Halliburton, and Schlumberger have successfully used CNG and LNG to power hydraulic fracturing operations in the Granite Wash formation in Oklahoma.

Some of these companies have estimated fuel savings on the order of 60% to 70% compared to diesel, as well as payback on the conversion investment in about a year. The basic economics that have driven the recent interest in converting or manufacturing more heavy duty trucks to run on LNG are driving some of the interest in converting to natural gas for fueling stationary oil and gas operations.

Posted courtesy of the EIA


Sign up for one of our Free Trading Webinars....Just Click Here!


Wednesday, January 22, 2014

Energy Outlook: What’s Hot in 2014

By Marin Katusa, Chief Energy Investment Strategist

Investors who want to know how the energy sector will be doing in the coming year are, in my opinion, asking the wrong question. There really is no such thing as "the energy sector," because the performance of the different resources—from oil and gas, to uranium, to coal, to renewables—can vary dramatically.


Case in point: while unconventional oil exploration and production have seen a huge upswing in recent years, thanks to the vast success of the Bakken and other oil rich shale formations, at the same time natural gas has taken a nosedive, due to a supply glut that still hasn't found its balancing point.

To find out which investments will deliver the greatest profits for well positioned investors in 2014, my team and I have identified three trends that are hot… and may become even hotter in the course of this year.

HOT: Service Companies in North America

The oil and gas production in the United States is mature. Rather than looking for new basins, companies are looking to "rediscover" the past by applying new technology to increase economic production from known oil and gas fields.

This new technology comes in a variety of shapes and sizes: better software, bigger rigs, more efficient drilling processes. And it's being applied everywhere, onshore and offshore, conventional and unconventional alike.

Just as an example, today we're seeing operators drill more than 50 horizontal wells from a single well pad, a far cry from just a decade ago.

Exploration and production companies know that the focus moving forward is not just the amount of oil they can pump out of the ground, but the profit they can extract from every barrel (what we call the "netback"). This is even more true in the mature unconventional basins such as the Bakken, Eagle Ford, and the Marcellus shale plays, where the margins are tight and require an oil price of more than US$70 per barrel in order to be economic.

This means E&P companies have to use the best ways to increase production from every well—while at the same time reducing their drilling costs. Failure to do so would be to guarantee a firm's demise.

The dilemma for E&P companies is having to prioritize what their shareholders want in the short term—growing production and dividends—over whatever may be best for the company in the long term. At the same time, they have to fight the natural decline of oil coming out of their wells.

All the while, service companies continue to extract fees for their tools and services. Drillers, pumpers, frackers, and other oilfield-service guys make money regardless of whether E&P companies find oil or produce it at economic rates.

We've said it before: Many E&P companies are running on a treadmill, and the incline is going higher and higher, which means higher costs to produce the same amount of oil.

Of course, not all service companies will rake in the dough. The ones that will do the best are the ones that can consistently stay at the forefront of technology and keep signing contracts with the supermajors like Exxon, Chevron, and Shell.

HOT: European Energy Renaissance

Russia's grip on European energy continues to tighten, and there's a push to produce oil and gas within their own borders all around Europe.

2014 looks to be an exciting year for companies like one of our Casey Energy Report stocks, a TSX-V-listed oil and gas explorer and producer with a 2 million acre concession in Germany. We call the deposit it's sitting on the "Next Bakken" because we believe that its potential to deliver exceptional output could rival that of the famed North American formation.

This development is still in its early stages, but investors who position themselves now could see outsized gains for years to come. It's not really a question of "if" the oil is there—previous oil production in the very same location yielded more than 90 million barrels—but of "how much" oil can be extracted with the modern methods not available the last time companies worked on this field.

The company has completed its first well and will continue to drill additional wells (both vertical and horizontal) next year. While the initial well cost more than anticipated, it's a good start that indicates economic oil can be produced in Germany. We're also confident this company's experienced management team is applying the lessons of its first foray to reduce drill costs on future wells.

As our Energy Report pick proves up any of its projects in 2014 and early 2015, we can expect another of our holdings, which has just entered the German oil and gas scene, to either farm into the company or even buy it out.

We predict that by the end of 2015, our "Next Bakken" play, and others like it, will have attracted a lot of attention, not just from individual speculators, but from institutional investors as well—and investors who have gotten in early will be very happy indeed.

Another of our portfolio holdings is just beginning to drill on its Romania projects after a series of delays due to politics and bureaucracy. We have reason to be optimistic because its JV partner, a Gazprom subsidiary, has drilled successful wells on the same basin on the other side of the border in Serbia. If our pick has anything close to that level of success, the markets will surely take notice and its shares will go much higher.
As the "Putinization" of the global energy markets continues and Russia's dominance grows, European countries become increasingly more desperate to escape from under Putin's heavy thumb and to start developing their own energy resources.

The European Energy Renaissance is real, and we continue to monitor companies that are funded and have the permits and ability to drill game-changer wells in Europe in 2014.

HOT: Uranium

During a recent trip to London, I spoke with Lady Barbara Judge, chairman emeritus of the UK Atomic Agency and an advisor to TEPCO on the Fukushima nuclear disaster in Japan. I asked her point blank whether Japan was willing to bring any nuclear reactors back online in 2014.

Her answer was an unequivocal "Yes." The Japanese have no choice, really, because the alternative—importing liquefied natural gas (LNG)—is far too expensive.

Japan is the world's largest importer of LNG and has had to double its imports since the Fukushima incident. For that privilege, the country pays some of the highest rates on the planet, almost four times more than what we pay for natural gas in North America.

South Korea also shut down its nuclear plants post-Fukushima to do inspections and maintenance upgrades, and it, too, has had to import a lot of LNG. Both countries are looking to restart their nuclear reactors so they can stop paying a fortune to foreign energy suppliers. When these countries restart their reactors, they'll also restart the uranium market, so we expect uranium prices to begin to shake loose of the doldrums this year.

Another driver will be throwing the switch at ConverDyn, the U.S. uranium facility that is slated to start converting natural U3O8 to reactor-ready fuel in late 2014 or early 2015.

We currently hold two solid uranium companies in the portfolio—one is a U.S. based small cap producer (one of the very few in America), the other is the lowest risk way to play the uranium market that I know of. Both, we believe, will take off in 2014 on the renewed interest in uranium and the associated stocks.

If you want to know more about our thoroughly vetted energy stocks and their potential for amazing gains in 2014 and beyond, give the Casey Energy Report a try. You'll find all my "What's Hot" predictions and the full names of the stocks I've mentioned above in our January forecast issue… plus the energy sectors you should avoid like the plague this year… as well as a feature article on elephant oil deposits in the Gulf of Mexico and a new stock pick ready to profit from them.

Giving the Casey Energy Report a try is risk-free because it comes with a 3 month, full money back guarantee. If the Energy Report is not all you expected it to be, just cancel within those 3 months and get a prompt, full refund. Or cancel any time AFTER the 3 months are up for a prorated refund. Getting started is easy.......Just Click Here.


Get our complete Free Training Webinar Schedule


Wednesday, August 7, 2013

Devon Energy Reports Second Quarter 2013 Results

Devon Energy Corporation (NYSE:DVN) today reported net earnings of $683 million or $1.69 per common share ($1.68 per diluted share) for the quarter ended June 30, 2013. This compares with the second-quarter 2012 net earnings of $477 million or $1.18 per common share ($1.18 per diluted share).

Adjusting for items securities analysts typically exclude from their published estimates, the company earned $491 million or $1.21 per diluted share in the second quarter. This adjusted earnings result represents a 119 percent increase compared to the second quarter of 2012.

Record Production Driven By Strong Oil Growth

Total production increased to an average of 698,000 oil equivalent barrels (Boe) per day in the second quarter of 2013, exceeding the top end of the company’s guidance range by 8,000 barrels per day. This is the highest average daily rate in Devon’s history from its North American property base. Second quarter production benefited from better than expected results from several core development areas, including the Permian Basin and Barnett Shale.

Read the entire Devon Energy earnings report


Get our FREE Trading Webinars Today!



Sunday, June 23, 2013

Could TPLM Be The Most Undervalued Bakken Producer

From Bret Jensen, Daily columnist for RealMoney at TheStreet.com. Chief Investment Strategist for Simplified Asset Management......

Earlier this month, I did a deep dive analysis on Triangle Petroleum (click here to get your free trend analysis for Triangle Petroleum). I argued based on recent acquisitions, this Bakken energy producer was tremendously undervalued compared to its acreage and production. I postulated that the stock could double over the next 18-24 months. The stock sold at $5.40 a share at the time of the article. TPLM has moved up more than 25% since then and I continue to see further upside ahead of this fast growing producer.

Today, I want to talk about quite possibly the most undervalued producer in the Bakken that I have in my own portfolio, Emerald Oil (EOX). I would have led with Emerald, except the company has been a serial disappointment to investors over the last couple of years. However, its production and acreage is significantly undervalued by the market. The company also appears to be picking up some positive catalysts and finally looks poised to enable a sustained rise in its equity price.

The company is a small ($160mm market capitalization) independent E&P concern. The company’s main production comes from the 54,000 net acres (23,500 operated acres/30,500 non-operated acres) it has in the Bakken shale region (Williston). It has tens of thousands of other net acres in other shale regions outside the Bakken. Emerald’s main production comes from its core Williston acreage and it has been in the process of selling off its other properties to raise capital to concentrate on developing its operated acreage in the Bakken

Read the Full Story Here 

EOX Emerald Oil Inc



Join our FREE Newsletter Today!


The Bible for Commodity Traders....Get our free eBook now!

Wednesday, June 19, 2013

Marin Katusa: The Global Race for Shale Development Is On

By Marin Katusa, Chief Energy Investment Strategist

Guess who the U.S. Energy Information Agency (EIA) says has 430% more proven gas reserves than the US?


Guess who has twice as much as the U.S. in shale gas technically recoverable?

Guess who has over twice as much proven oil reserves as the U.S.?

The EIA recently published a 730 page report which assesses the shale formations of 41 countries. The global race for shale development has started. Countries that are not now known for their oil and gas production are showing much shale oil and gas promise.

Would you be surprised to know that China has more proven oil reserves than the U.S.?

If you want to know the answers to the three questions we have at the beginning of this missive, then I believe you will be interested in the Casey Energy Report's plans on profiting from the global shale race. If you thought the U.S. was the king of shale, we are sorry to burst your bubble..… it no longer wears the crown.

A picture is worth a thousand words:


Now, do you know how to make money from the global shale race? Countries like China, Argentina, and Russia are starting to exploit their unconventional energy sources. The global race for shale development and exploitation is on, and fortunes will made. Make sure you are well informed before you place your bets on this global race, as fortune will favor the bold – but the informed will fare much better.

Casey Research was the first in the business to publish a report on the potential of the European shales, years before the EIA came out with this report. Our subscribers made over 600% gains on Cuadrilla Resources, which just recently completed a deal with Centrica that valued the company in the hundreds of millions. Been there, done that.

What's next? We are so sure that you will be absolutely satisfied with our Casey Energy Report that we have no hesitations in giving you a 100% money back guarantee.

Sign up Today for a Free Trial.



Wednesday, June 5, 2013

Is an oil glut on the way in 2014? Raymond James Analyst's makes contrarian forecast

One of our favorite analyst in the oil patch is Andrew Coleman of Raymond James Equity Research. Coleman is making news this week as he is making a contrarian forecast with his call for an oil glut in 2014. Shale oil production is on the ascent, with the United States joining Saudi Arabia on the supply side, while China’s hunger for oil may be sliding and demand in developed countries remains in decline.

In this interview with The Energy Report, Coleman explains his thinking and names the producers best positioned to capitalize on the turbulence ahead.

The Energy Report: Why are you expecting an oil glut in 2014?

Andrew Coleman: Because of the evolution of North American shale oil plays, we are on track to add about 3 million barrels (3 MMbbl) of new supply over the next five years. Yet we know oil demand has been falling across the developed nations and is still weak coming out of the global financial crisis. Those developments point toward a glut.

TER: Saudi Arabia surprised you last year by cutting production when oil was more than $110 per barrel ($110/bbl). Why would Saudi or other suppliers not do that again?

AC: What hurt production outside the U.S. last year and helped keep the demand side a little more in balance was that Saudi cut 800,000 barrels a day (800 Mbbl/d) in Q4/12, sanctions in Iran reduced exports by about 800 Mbbl/d as well, conflict in Sudan took 300 Mbbl/d offline and the North Sea average was lower by about 130 Mbbl/d. These reductions kept last year's supply more balanced than we thought it would be. Going forward, Saudi's ability or willingness to cut is certainly going to be tested, because by our model the country may need to cut 1.5 million barrels a day (1.5 MMbbl/d), about double what it cut last year. It would have to do that for a longer period of time, given the amount of excess storage that could show up on the global markets.

TER: But, as you just pointed out, Saudi Arabia's cut came in the context of actions by other players. The other players are going to be as unpredictable as they were last year, aren't they?

AC: Certainly. That's a big risk to our call. The other players are very unpredictable as well. I think Saudi has two years of foreign currency reserves at its current spending level. The country doesn't have a deficit right now, so the question is, would it be willing to tolerate a deficit? Most other countries have deficits, but that doesn't mean Saudi will. It is hard to predict because we're dealing with personalities and governments, as opposed to hard numbers. We're going to keep watching, and we'll adjust our forecast if some of those scenarios play out.

TER: Was Saudi Arabia's production cut driven by a policy change?

AC: Saudi Arabia cited internal demand issues in its production cut. The cut may also reflect an adjustment to offset the start-up of Manifa, which occurred last month.

TER: If the glut does occur, which benchmark crudes will be most affected, whether by going up or going down?

AC: In the U.S., production of light oil will dramatically increase due to the shales. Without the ability to export, we are already seeing prices of West Texas Intermediate (WTI) reflecting that "stranded" lighter barrel. We see light imports being backed out of the U.S. as early as this summer as well. Finally, as infrastructure bottlenecks are removed onshore, we see risk to Gulf Coast prices (e.g., Light Louisiana Sweet). With much of the U.S. refinery infrastructure having been geared to process heavier barrels, the large growth in light barrels has already driven WTI prices to a discount with Brent. Risks to Brent could come down the road if European and Chinese demand remains tepid.

TER: Will Venezuela's production decline continue?

AC: With Nicolas Maduro running things down there now, we see Venezuelan production remaining flat for the next couple of years. Volumes declined each of the past four years.

TER: What role will other players in the oil space have in either creating or preventing the glut?

AC: Prior to about 2009, we were in a world where there was one marginal producer of oil (Saudi), and one marginal buyer of oil (China). Now we're in a world that has two marginal suppliers of oil, those being the U.S. and Saudi. We have not added any new marginal buyers of oil. The question remains, is that marginal buyer of oilChinaas hungry for oil as it has been in the past? We also know that as economies develop, they become less energy intensive. And, factoring in the potential growth of natural gas consumption, that drives our caution.

TER: Denbury Resources Inc. (DNR:NYSE) depends heavily on CO2 flood for its production. Will that be economically feasible if a glut occurs?

AC: Yes. Denbury is profitable in the $50 per barrel ($50/bbl) range. Most of its current production comes from older oilfields that it owns on the Gulf Coast. The company's CO2 is also on the Gulf Coastin fact, the company has the only naturally occurring CO2 source outside the Rocky Mountains. And it has the advantage of a pipeline that ties those CO2 assets to its producing fields on the coast. Because the oil is produced next to the infrastructure used to refine it, Denbury doesn't have to spend a lot of money on transportation, which helps the economics.

"The evolution of North American shale oil plays has us on track to add 3 MMbbl of new supply over the next five years."

I'm not worried about Denbury being able to economically produce oil because it is cycling CO2, an injection process by which the company puts CO2 in the ground, displacing (and producing) oil as it goes. The company doesn't have to drill hundreds of wells every year to increase production. All it has to do is get the facilities working and then maintain them, versus continually deploying a lot of new capital in the ground each year.

TER: CO2 flooding is not necessarily more expensive than drilling brand new wells, is that correct?

AC: Correct. The two processes present different sets of challenges. If you are going to drill new wells, you need to come up with the drilling rig, well tubulars, hydraulic fracturing fluids and frack sand, and you must build roads and pipelines to connect those wells. If you are going to do a CO2 project, you've got to get the CO2, which costs a little bit of money, and you need injection pumps. Much of the initial infrastructure (roads, wells, etc.) is already in place.

It is a slightly different business model but is still based on extracting additional barrels from historically large accumulations. Finding risk is very low, leaving the bulk of the costs as development in nature only. It's a business model that you don't see a lot in the exploration and production (EP) space. Most players with CO2 assets the ExxonMobils (XOM:NYSE), the Chevrons (CVX:NYSE), the ConocoPhillips (COP:NYSE) of the world have those assets embedded in much larger organizations, as part of their core businesses. Most of the EPs that we focus on, because of their growth nature, are drilling wells on a continual basis to replenish and add to production.

TER: With rare exceptions, Denbury has been stalled below $20/share for more than four years. You bumped your target price from $23 to $24 based on your pricing model. If the model says Denbury can reach that level, why hasn't it done so before?

AC: A few years ago, the company was bringing on one of its biggest fields, Tinsley. It was the largest project the company had undertaken up to that point and some operational hiccups caused it to miss some production targets. As a result, management initiated a stock buyback program, and added to the technical team by bringing in Craig McPherson from ConocoPhillips.

"With much of the U.S. refinery infrastructure geared to process heavier barrels, the large growth in light barrels has already driven WTI prices to a discount with Brent."

Over the last couple of years the company has put more process in place and structured its operations and technical teams to manage its multiple large-scale CO2 floods (aptly titled "Operations Excellence"). Over the last 18 months, management has slowly inched up its tertiary production outlook and now is saying it's going to come in at the high end of guidance. The guidance has slowly trended up as the company has been able to get more control on the operational side. That is why the stock has risen from where it was a couple of years ago, from $1112/share to where it is now ($18). To get into the twenties, it would be helpful to have a little bit of oil price support. It would also be helpful to see production growth expectations pick up as the company brings on more of its large-scale fields.

Management has also been discussing ways of accelerating cash flows from the build-out of its tertiary oil business. The creation of a master limited partnership (MLP) is one way, though management hasn't decided yet. If you look at how some EP MLPs are structured, you could make a case in which Denbury would trade from the mid twenties to the low thirties. My price target reflects continued execution as well as the potential of a little more color on how an MLP might work for the company.

TER: Do you think converting to an MLP would increase the value of the stock?

AC: Potentially. Assets with low maintenance capital do well in an MLP. Maintenance capital is the money needed to keep production flat. If you think about the CO2 floods, they might fit nicely because drilling capex is low. Once you get those facilities up and running, then incremental costs involve getting more CO2, as opposed to getting rigs and steel and frack sand, etc.

While Denbury may not, at this point, grow 4050% like some of the premier shale players, growing in the 1015% or maybe 1520% range could be attractive for an EP MLP. Investors would have long-term visibility on production growth and the company would be relatively stable, so it could then project the cash flow stream that could be dividended out to investors.

TER: Energy XXI (EXXI:NASDAQ) has posted disappointing results recently and management has announced a $250 million ($250M) buyback program. What does management hope to accomplish?

AC: Management is trying to draw attention to the fact that it expects to have free cash from the asset that it produces from, which is not something we've seen a lot of companies focus on historically in the EP business. Most EP companies are growth companies, with historically high levels of reinvestment of cash flows to fund future growth.

With Energy XXI recently taking production guidance down to 10% for the next 12 months, it's going to have a little more capital available to buy back shares. By my model, assuming the oil price is around $95/bbl net, the value of the company's proved reserves alone is somewhere in the $30/share range. If the company buys back shares for $25/share, that is 1520% cheaper than what the assets are worth. That gives the company no credit for any future drilling potential, too. Gulf Coast players tend to trade at some of the most conservative multiples in the EP peer group, but that doesn't reflect the fact that they generate a lot of cash flow.

TER: What's behind the disappointing results?

AC: The company had some exploration wells that didn't pan out. That happens when you drill wells with chances of success that are 30% or lower. The offset is when a high potential well of that magnitude works; it covers the cost of the past unsuccessful tries and then some! If you look at Energy XXI's capital budget, it has roughly $500600M of base capital for its base assets. It is going to spend $100200M on higher-risk, higher potential exploration stuff. So 15% of its annual program is directed at these high-risk/high-potential wells.

"Most EP companies are growth companies, with historically high levels of reinvestment of cash flows to fund future growth."

Over the last two or three years, management spent a lot of money on the Ultra-Deep Shelf (UDS),and it has recently started to balance that by adding exploration drilling around its existing fields. It signed joint ventures with Apache Corp. (APA:NYSE) and ExxonMobil and will test some play concepts that were generated in house, as well as working with its partners, McMoRan (MMR:NYSE) and Plains Exploration Production (PXP:NYSE) on the UDS. Freeport McMoRan Copper and Gold Inc. (FCX:NYSE) recently completed its acquisitions of McMoRan Exploration and Plains Exploration.

The reason Energy XXI missed production numbers was also partly due to lingering weather impacts from last fall's storm season.

TER: Energy XXI's initial strategy was to grow through acquisition, and it did have five large acquisitions, the last one completed in 2010. How well has it performed with the acquired assets?

AC: The acquired assets are probably 6070% of the inventory the company can drill now. Getting assets from Exxon, and a couple of years before that from Mit Energy Upstream, Energy XXI was able to high-grade and increase its inventory. Hopefully the company is done integrating the assets, but it's a continuous process to high-grade a portfolio, drill your best projects and optimize those projects as you go. I look to see that continue. In fact, Energy XXI recently brought its reserve engineering in house.

Over the last few years, partly because the company was smaller, it let third party engineers handle 100% of its reserves for year-end reporting. Most larger companies do that in house, and then use reserve engineers to audit the process for consistency. By bringing the engineering in house, Energy XXI is trying to show the market that it has a bigger organization that it has the bigger skill set and it wants to be more in tune with taking prospect sizes and prospect targets that match its capital program with expectations.

TER: What is the company's strategy now? Is it still planning acquisitions or it is going in new directions?

AC: The strategy continues essentially unchanged. First, it wants to invest in as many high IRR capital projects as it can. The CEO has said that for every dollar invested in the current year, he expects to get $1.502.00 in cash flow out of the ground. From that standpoint, the company can continue to spend money to get more returns, but it must balance that with trying to find the next company makers those bigger projects that support multiple well developments and new platforms.

For the organic portfolio, the company also has to manage whether it can buy assets that would consolidate parts of its fields in the Gulf of Mexico and do that at an attractive price. Energy XXI is always looking at acquisitions. It's always looking at optimizing the drilling program. With the share buyback, the company has tried to put a little more emphasis on the fact that it recognizes the value of cash flow to investors beyond the growth side of the EP business.

TER: Bonanza Creek Energy Inc. (BCEI:NYSE) has been a strong performer for you, but its recent earnings report was a miss right across the board. You've cut its target price from $41 to $40. What caused that miss?

AC: Coming out of last year and into Q1/13, Bonanza Creek had a slowdown in activity due to its rig schedule and winter weather. The company is in the right play in the Niobrara oil shale formation, where it is a small-cap player surrounded by Noble Energy Inc. (NBL:NYSE) and Anadarko Petroleum Corp. (APC:NYSE). It was getting its program ramped up in earnest, but the slowdown caused it to come in below expectations for the quarter. In all fairness, at Bonanza's analyst meeting in April, management discussed the slower start to the year.

"If the price spread between oil and natural gas remains wide, we'll see continued evolution toward natural gas use across our economy."

Fundamentally, Bonanza stock still is under leveraged. Its debt is less than current cash flow; it's going to grow north of 60% this year; it continues to have access to inventory; and it is testing multiple zones to increase its inventory potential. From that standpoint, the stock still looks compelling and still has lots of growth in front of it. That is why I only took the target down by a dollar.

TER: You make it sound like growth is simply built into the company's current direction. Does Bonanza not need to improve something in operations to get results?

AC: Not really. Bonanza Creek's going to drill 70+ wells this year in the Niobrara. It is testing 5-acre downspacing in the Cotton Valley, it is testing long laterals in the Niobrara B bench and it is testing the Codell zone for the Niobrara as well as the C bench in the Niobrara.

It doesn't need to do anything more than continue drilling and hit its targets in terms of ramping the rig count. With four operated rigs presently, the company is doing everything that management said it would do and that allows Bonanza, based on my bottom-up activity model, to hit my $40/share target.

Additionally, across the play you've got the LaSalle Plant, which DCP Midstream Partners, L.P. (DPM:NYSE) is building. The plant should come on line at the end of the summer. That provides additional capacity to enhance volume growth for players in the basin. The Niobrara is a play that works. You've got sufficiently large companies in the play to keep capital and facilities growing. Bonanza Creek is falling right in line there, and keeping up with its peers.

TER: What other companies are you excited about right now?

AC: My favorite stock is Anadarko. The biggest story for Anadarko will be the resolution of the Tronox Inc. bankruptcy case. After that, the company has numerous operational catalysts on the horizon, including 1) an ongoing process to partially monetize some of its Mozambique gas assets; 2) its Yucatan exploration well (operated by Royal Dutch Shell Plc (RDS.A:NYSE; RDS.B:NYSE) in the deepwater Gulf of Mexico; 3) the sale of its Brazilian assets; and 4) ongoing drilling/testing of its extensive onshore shale inventory (e.g. Niobrara, Eagle Ford, Marcellus and Utica).

The company has established itself as a premier explorer, and with the Tronox case resolved, Anadarko is also an attractive takeout candidate. In our net asset value (NAV) model, I see its shares as worth up to $130 each, but have assigned a $105 price target given visibility on near-term cash flows.

TER: Do you have any parting thoughts on the oil and/or gas markets that you'd like to share?

AC: Yes. From our macro view, we're cautious about the oil outlook. We've got a lot of production, and we're unclear about the strength of demand on the oil side in the next 618 months, going through 2014. On the gas side, after bottoming last year, gas looks like it is poised to be higher down the road, which makes us more constructive there. We have to see more evolution on the demand side, be it in the short term with power plant construction or in the longer term with the quest for use of compressed natural gas as a transportation fuel.

If the price spread between oil and natural gas remains wide, we'll see continued evolution toward natural gas use across our economy. That will be good for everybody. It should help unlock value for the manufacturing space. It should also unlock value for consumers, who won't have to spend quite so much to heat their homes and fuel their cars. It would ultimately kick-start the next big wave of economic expansion on the back of affordable natural gas in the U.S.

TER: Andrew, thank you for your time.

AC: My pleasure.

Andrew Coleman joined Raymond James Equity Research in July 2011 and co-heads the exploration and production team. Since 2004, he has covered the EP sector for Madison Williams, UBS and FBR Capital Markets. Coleman has also worked for BP Exploration and Unocal in a variety of global roles in petroleum and reservoir engineering, operations, business development and strategy. Coleman holds a bachelor's degree in petroleum engineering from Texas AM University and a master's degree in business administration (finance and accounting) with a specialization in energy finance from the University of Texas at Austin. He is a director for the National Association of Petroleum Investment Analysts and a member of the Texas AM Petroleum Engineering Industry Board, the Independent Petroleum Association of America's (IPAA) Capital Markets committee and the Society of Petroleum Engineers (SPE).

Posted courtesy of The Energy Report and our trading partners at INO.com


Click here to find out what indicator John Carter won't trade crude oil without!


The Bible for Commodity Traders....Get our free eBook now!

Wednesday, May 1, 2013

Kinder Morgan Completes Acquisition of Copano Energy KMP CPNO

COT fund favorite Kinder Morgan Energy Partners (NYSE: KMP) today closed its previously announced acquisition of Houston based Copano Energy (NASDAQ:CPNO). KMP has acquired all of Copano’s outstanding units for a total purchase price of approximately $5 billion, including the assumption of debt. The transaction, which was approved by the Copano unitholders on April 30 (with more than 99 percent of the units that voted voting in favor of the transaction) and previously by the boards of directors of both companies, is a 100 percent unit for unit transaction with an exchange ratio of .4563 KMP units per Copano unit.

“We are delighted to complete this transaction, which will enable us to significantly expand our midstream services footprint and offer a wider array of services to our customers,” said KMP Chairman and CEO Richard D. Kinder. “We will now pursue incremental development in the Eagle Ford Shale play in South Texas, and gain entry into the Barnett Shale Combo in North Texas and the Mississippi Lime and Woodford shales in Oklahoma. The transaction is expected to be modestly accretive to KMP in 2013, given the partial year, and about $0.10 per unit accretive for at least the next five years beginning in 2014”......Read the entire Kinder Morgan press release.


OptionsMD Mentoring Program is now open for enrollment!

Thursday, April 4, 2013

EIA Weekly Natural Gas Update for April 4th

Marketed natural gas production in the Gulf of Mexico federal offshore region falls to 6% of national total in 2012. Continuing a long term trend of decline, the contribution of marketed production of natural gas from the Gulf of Mexico federal offshore region accounted for 6.0 percent of total U.S. marketed natural gas production (4.2 billion cubic feet per day (Bcf/d) in 2012, according to data published in the Energy Information Administration’s (EIA) Natural Gas Monthly. In contrast, in the period from 1997 to 2007, marketed production from these same waters provided, on average, over 20 percent (11.7 Bcf/d), of U.S. marketed production.




Among the contributing factors to this decline:
  • Increasing amounts of domestic, on-shore production, primarily from shale gas and tight oil formations. In 2012, nearly 40 percent (over 26 Bcf/d according to Lippman Consulting, Inc.) of U.S. dry natural gas production came from production in shale plays, increasing over 20 fold from 2000 levels. In 2012, the two most productive shale plays were the Haynesville play in Louisiana and Texas, and the Marcellus play in Pennsylvania. In the Marcellus play, despite reduced drilling activity, production increased by almost 70 percent in 2012 over year ago levels. Increased drilling in tight oil plays like the Eagle Ford play in Texas has contributed to increased associated natural gas production. 
  • Relatively low natural gas prices. Low natural gas prices in recent years have diminished the economic incentive for off shore natural gas directed drilling. However, relatively high crude oil prices continue to support oil directed drilling and the production of associated gas, particularly in deep waters. New large deepwater projects directed toward liquids development are projected to reverse the decline in natural gas production from the Gulf of Mexico in 2015, according EIA's Annual Energy Outlook 2013 Early Release.



The 2 Energy Sectors You Should Invest in This Year

Tuesday, March 26, 2013

Where is all the new Natural Gas Pipeline Construction?

U.S. natural gas pipeline capacity investment slowed in 2012 after several years of robust growth. Limited capacity additions were concentrated in the northeast United States, mainly focused on removing bottlenecks for fast growing Marcellus shale gas production. More than half of new pipeline projects that entered commercial service in 2012 were in the Northeast (see map below). Excluding gathering, storage, and distribution lines, project sponsors in the United States added 4.5 billion cubic feet per day of new pipeline capacity and 367 miles of pipe totaling $1.8 billion in capital expenditures in 2012.




Read the entire EIA article


Today's Top Performing ETF's

Friday, March 22, 2013

EIA: Pennsylvania Natural Gas Production Rose 69% in 2012 Despite Reduced Drilling Activity

Natural gas production in Pennsylvania averaged 6.1 billion cubic feet per day (Bcf/d) in 2012, up from 3.6 Bcf/d in 2011, according to Pennsylvania Department of Environmental Protection (DEP) data released in February 2013. This 69% increase came in spite of a significant drop in the number of new natural gas wells started during the year.

Several factors contributed to the production increase. While accelerated drilling in recent years (primarily in the Marcellus Shale formation) significantly boosted Pennsylvania's natural gas production, increases were restricted by the state's limited pipeline and processing infrastructure. This created a large backlog of wells that were drilled but not brought online. As infrastructure expanded, these wells were gradually connected to pipelines, sustaining natural gas production increases through 2012 despite the decline in new natural gas well starts. Data from DEP show that a significant portion of wells that began producing in 2012 were drilled earlier.

Graph of PA natural gas drilling and production, as explained in the article text 

Improved drilling and well completion techniques can reduce drilling time and lead to higher production per well. The increased use of horizontal drilling (see graph) and hydraulic fracturing, particularly in the more geologically favorable portions of the Marcellus, allows for more production per well. As operators continue to improve well completion techniques, they are achieving higher initial per-well production rates and boosting overall production.

Pennsylvania typically releases major production data twice a year for unconventional (horizontal) oil and natural gas wells and once a year for conventional oil and natural gas wells. With rapidly increasing natural gas production in Pennsylvania, EIA has proposed to add Pennsylvania (and at least 11 other states) to its monthly EIA-914 natural gas production survey, which would provide more timely reporting of Pennsylvania's rising production.

Test Drive our Trading Service Today

Friday, August 3, 2012

U.S. Proved Reserves Increased Sharply in 2010

Test drive our video analysis and trade idea service for only $1.00

On August 1, the U.S. Energy Information Administration (EIA) released its summary of the nation's proved reserves of oil and natural gas for 2010. Proved reserves of both oil and natural gas in 2010 rose by the highest amounts ever recorded in the 35 years EIA has been publishing proved reserves estimates.

Technological advances in drilling and higher prices contributed to gains in reserves. The expanding application of horizontal drilling and hydraulic fracturing in shale and other "tight" (very low permeability) formations, the same technologies that spurred substantial gains in natural gas proved reserves in recent years, played a key role. Further, rising oil and natural gas prices between 2009 and 2010 likely provided incentives to explore and develop more resources.

graphs of proved reserves and changes in proved reserves for oil and natural gas, as described in the article text

Oil proved reserves (which include crude oil and lease condensate) rose 12.8% to 25.2 billion barrels in 2010, marking the second consecutive annual increase and the highest volume since 1991. Natural gas proved reserves (estimated as "wet" natural gas, including natural gas plant liquids) increased by 11.9% in 2010 to 317.6 trillion cubic feet (Tcf), the twelfth consecutive annual increase, and the first year U.S. proved reserves for natural gas surpassed 300 Tcf.

Proved reserves reflect volumes of oil and natural gas that geologic and engineering data demonstrate with reasonable certainty to be recoverable in future years from known reservoirs under existing economic and operating conditions. It should be noted that the 2010 summary was delayed due to budgetary restrictions that limited EIA's survey data collection efforts.

Get our Free Trading Videos, Lessons and eBook today!

Friday, July 20, 2012

Geology and Technology Drive Estimates of Technically Recoverable Resources

A common measure of the long-term viability of U.S. domestic crude oil and natural gas as an energy source is the remaining technically recoverable resource (TRR). TRR estimates are a work in progress, changing as more production experience becomes available and as new technologies are applied to extract these resources. The greatest uncertainty is associated with the "estimated ultimate recovery," or EUR, per well.

EIA updates its TRR estimates using the latest available well production data. EIA's recently released Annual Energy Outlook 2012 (AEO2012) contains a detailed discussion of TRR estimates and resource uncertainty. AEO2012 projections also include sensitivity cases varying the EUR per well and a high-TRR case. The TRR estimates provide context for the size of the resource, while projected production depends strongly on the number of wells, the EUR per well, other well characteristics, and economics.

graph of U.S. AEO2012 unproved technically recoverable resources, tight oil, as described in the article text
.
TRR estimates consist of "proved reserves" and "unproved resources." As wells are drilled and field equipment is installed and productivity is assumed, unproved resources become proved reserves and, ultimately, production. The TRR estimate for a continuous-type shale gas or tight oil area is the product of land area, well spacing (wells per square mile), percentage of area untested, percentage of area with potential, and the estimated ultimate recovery (EUR) per well.

The Annual Energy Outlook 2012 unproved TRRs are shown in the figures above for the major shale gas and tight oil formations. The formation parameters that result in these TRR are provided elsewhere. The volume of total TRR due to proved reserves is not shown. "Tight oil" refers to crude oil and condensates that are produced from low permeability sandstone, carbonate, and shale formations. The tight oil TRRs are for the entire formation, including the non shale portions.

Read the entire article at EIA.Com

Get our Free Trading Videos, Lessons and eBook today!

Thursday, May 24, 2012

Video: Horizontal Drilling Boosts Pennsylvania’s Natural Gas Production

Get our Free Trading Videos, Lessons and eBook today!

Between 2009 and 2011, Pennsylvania's natural gas production more than quadrupled due to expanded horizontal drilling combined with hydraulic fracturing. This drilling activity, which is concentrated in shale formations that cover a broad swath of the state, mirrors trends seen in the Barnett shale formation in Texas.

The animation illustrates Pennsylvania's relatively recent transition from conventional vertical wells (black diamonds) to horizontal wells (red diamonds), drilled mostly in sections of the Marcellus, Utica, and Geneseo/Burket shale formations located in the northeast and southwest portions of the state. The animation also shows that as horizontal drilling increased, the number of vertical wells—which are typically less productive—fell, resulting in an overall decline in the state's new well count.



Historically, natural gas exploration and development activity in Pennsylvania was relatively steady, with operators drilling a few thousand conventional (vertical) wells annually. Prior to 2009, these wells produced about 400 to 500 million cubic feet per day of natural gas. With the shift to and increase in horizontal wells, however, Pennsylvania's natural gas production more than quadrupled since 2009, averaging nearly 3.5 billion cubic feet per day in 2011. Natural gas wells accounted for virtually all (99%) of the horizontal wells started over this period.

graph of Pennsylvania's natural gas production, 2005-2011, as described in the article text
Source: U.S. Energy Information Administration (2005-2010); Pennsylvania Department of Environmental Protection (2011).

         

Drilling programs in Pennsylvania's shale formations, like those in other, more established plays such as the Barnett and Eagle Ford in Texas, are migrating to more liquids-rich areas due to the price premium of crude oil and natural gas liquids. The effect of low natural gas prices is apparent in Pennsylvania's 2012 well count for the first third of the year. From January through April, drilling began on 618 new natural gas wells; over 700 new natural gas wells were started over the same period in 2011. In contrast, 263 new oil and "combination" (oil and natural gas) wells were started in Pennsylvania from January through April 2012, well above the 164 new wells that began drilling during the corresponding period in 2011.

graph of Annual natural gas well starts in Pennsylvania, 2005-2011, as described in the article text

Get our Free Trading Videos, Lessons and eBook today!

Thursday, February 2, 2012

Natural Gas Spot Prices Near 10 Year Lows Amid Warm Weather

 Natural gas prices have continued their downward trend this winter as a result of warmer than normal temperatures, ample natural gas in storage, and growing production. Population weighted heating degree days since November 1, 2011 are down 12% nationally from the 30 year average. Total working natural gas in underground storage in the lower 48 states was 3,098 Bcf for the week ending January 20, 21% above the storage levels from one year ago. Daily dry gas production averaged about 64.2 billion cubic feet per day (Bcfd) in January, up almost 10% from last January.

Click on the tab headers below to see charts highlighting factors affecting natural gas prices.

Spot Prices      Weather       Storage         Production       Weather Outlook        Futures Prices
graph of Spot Henry Hub natural gas price, as described in the article text


Average spot natural gas prices for January were $2.68/MMBtu. Spot natural gas prices in January 2012 reached their lowest level in 10 years except for a 4-day period over the Labor Day weekend in 2009.


Check out our FREE trade school video “The Fibonacci Tool Fully Explained”

Tuesday, January 31, 2012

Global Natural Gas Production Doubled Between 1980 and 2010

animated map of World dry natural gas production by region, 1980-2010


Global dry natural gas production increased 110% between 1980 and 2010, from 53 trillion cubic feet (Tcf) in 1980 to 112 Tcf in 2010. The combined share of North America and the Former Soviet Union, the top two producing regions during the time period, fell from 72% in 1980 to 49% in 2010. While all regions increased natural gas production between 1980 and 2010, the Middle East grew most rapidly, increasing more than eleven fold.

tables of Growth in regional natural gas production and Share of world natural gas production by region, as described in the article text

Natural gas production in the United States has grown rapidly in the past several years. Rapid increases in U.S. natural gas production from shale gas formations resulted from widespread application of two key technologies: horizontal drilling and hydraulic fracturing.

Shale gas resources, which have recently provided a major boost to U.S. natural gas production, are also available in other regions of the world. An initial assessment of 48 shale gas basins in over 30 foreign countries includes 5,760 Tcf of technically recoverable shale gas resources.

Just click here for your FREE trend analysis of FCG, the Natural Gas ETF

Sunday, November 27, 2011

Ohio Shale Drilling Spurs Job Hopes in Rust Belt

A rare sight in hard-luck Youngstown, a new industrial plant, has generated hope that a surge in oil and natural gas drilling across a multistate region might jump start a revival in Rust Belt manufacturing. The $650 million V&M Star mill, located along a desolate stretch that once was a showcase for American industry, is to open by year's end and produce seamless steel pipes for tapping shale formations.

It will mean 350 new jobs in Youngstown, a northeast Ohio city that is struggling with 11 percent unemployment. V&M Star's parent company Vallourec, based in Boulogne-Billancourt, France, hopes increased interest in shale formations will produce a ready made market. Vast stores of natural gas in the Marcellus and Utica shale formations have set off a rush to grab leases and secure permits to drill. Industry estimates show the Marcellus boom could offer robust job numbers for 50 years.

Similar hopes are alive in Lorain, Ohio, where U.S. Steel will add 100 jobs with a $100 million upgrade of a plant that makes seamless pipe for the construction, oil-gas exploration and production industries. Erin DiPietro, a company spokeswoman in Pittsburgh, said the expansion will make the Lorain operation more competitive and help it tap into expanding shale developments.....Read the entire article.


How to Trade Using Market Sentiment & the Holiday Season

Thursday, November 24, 2011

U.S. Shale Boom Reduces Russian Influence Over European Gas Market

The U.S. shale gas boom has not only virtually eliminated the need for U.S. liquefied natural gas (LNG) imports for at least two decades, but significantly reduced Russia’s influence over the European natural gas market and "diminished the petro power" of major gas producers in the Middle East and Venezuela.

According to a study by Rice University’s Baker Institute, "Shale Gas and U.S. National Security", U.S. shale gas has substantially reduced Russia’s market share in Europe from 27 percent in 2009 to 13 percent by 2040, reducing the chances that Moscow can use energy as a tool for political gain.

European customers now have an alternative supply to Russian gas in the form of LNG displaced from the U.S. market. The shale boom also has exerted pressure on the status quo by indexing gas sales to a premium marker determined by the price of petroleum products. Russia already has had to accept lower prices for its gas and is now allowing a portion of its sales in Europe to be indexed to spot gas markets, or regional market hubs, rather than oil prices.

"This change in pricing terms signals a major paradigm shift," noted study authors Kenneth B. Medlock III, Amy Myers Jaffe, and Peter R. Hartley. Investment in LNG export facilities in the Middle East and Africa during the 1990s also have been rendered obsolete.....Read the entire Rigzone article.


How to Trade Oil ETFs When $100 Per Barrel is Reached

Thursday, November 3, 2011

Trends in Eagle Ford Drilling Highlight the Search for Oil and Natural Gas

Rapid growth in horizontal drilling at the Eagle Ford shale formation in Texas, like activity described in the previous story on the Bakken formation, has resulted in significant increases in crude oil and natural gas production. Increasing natural gas volumes have also boosted production of lease condensate (recovered as a liquid from natural gas in lease separation facilities) and natural gas liquids (extracted further "downstream" at natural gas processing plants).

The animated map shows that the Eagle Ford shale comprises three "windows" (roughly parallel acreage swaths). Production from these windows is increasingly liquids rich moving generally from south to north. The circular yellow and green producing well markers signify the more "oily" wells, with the red markers representing wells that produce mostly natural gas.

Eagle Ford Shale Drilling & Production (click image to animate)





 In 2007, total Eagle Ford liquids production (crude oil and condensate) was less than 21 thousand barrels, none of which was from horizontal wells. In 2010, production averaged nearly 29 thousand barrels per day (bbl/d), and was approaching 60 thousand bbl/d by year's end; virtually all was from horizontal wells. Production continues to rise in 2011; according to the Railroad Commission of Texas, Eagle Ford liquids production averaged 74 thousand bbl/d through July.


In major shale plays, drilling activity depends largely on the resource mix and relative fuel prices. For example, drilling in the Barnett shale focuses on natural gas. By contrast, operators in the Bakken formation tend to drill mainly for crude oil. In the Eagle Ford, however, the animation underscores how operators target a combination of crude oil, condensate, and natural gas liquids due to their relative price premium over natural gas. 


Source: U.S. Energy Information Administration, based on data from HPDI, LLC.

Note: Dot color is determined by the well's gas oil production ratio, or the volume of natural gas produced relative to oil. The higher the ratio (from green to red), the more gas is being produced. Dot size represents the well's production volume: either gas measured in barrels of oil equivalent per day (BOEPD) or oil measured in barrels. The lower right inset graph represents combined oil and natural gas production on a BOEPD basis.

Wednesday, October 19, 2011

Williams [WMB] to Split Into Two Before Years End

Williams' [ticker WMB] board of directors has approved a revised plan to separate the company's businesses into two stand alone, publicly traded corporations. The revised plan calls for Williams to fully separate its exploration and production business via a tax free spinoff to Williams shareholders by year end 2011. The new independent exploration and production business will be known as WPX Energy, Inc.

The previously proposed plan was to conduct an initial public offering (IPO) of WPX Energy in 2011, followed by a spinoff of Williams' remaining WPX Energy shares in first quarter 2012.

Following the spinoff, Williams shareholders will own common stock in Williams, a premier owner/operator of North American midstream and natural gas pipeline infrastructure assets; and common stock in WPX Energy, a large scale, independent North American diversified exploration and production company with positions in key North American oil shale and gas basins along with additional holdings in South America. WPX Energy's stock will trade on the New York Stock Exchange under the symbol "WPX."

"The continued instability and weakness in equity markets, especially for new issuances, makes the IPO of WPX Energy appear unattractive in the near term," said Alan Armstrong, president and chief executive officer.

"However, the strong growth in cash flows from our energy infrastructure businesses gives us the flexibility to revise our plans and prepare to separate WPX Energy by the end of this year.....Read the entire Rigzone article.

Friday, August 5, 2011

Musings: Gas Shale Debate May Be Moving to Next Higher Stage

For the past 18-24 months, the debate about the economic performance of the gas shale revolution has been ongoing deep in the industry's trenches. Questions were originally raised by geologist Art Berman about the performance of natural gas shale wells writing in a column in an industry trade magazine, World Oil. The columns bothered certain managements of producers who were totally committed to gas shale developments.

As additional critical columns appeared using acceptable industry data analysis of the results of producing gas shale wells, these unhappy producers voiced their criticism to the publisher of World Oil. The pressure on Mr. Berman to drop the topic increased to the point that he elected to stop writing his column. World Oil's editor also left due to the pressure on Mr. Berman.

In late June, The New York Times published an article based on a number of emails between industry, government and investment professions discussing the latest gas shale data. Those exchanges focused on whether there might be a risk that the abundant volumes of natural gas trapped in the shales would not be developed because the cost of extracting them was actually far in excess of the current or even near term future gas price and that producers were misleading investors about gas shale economics.

If E&P companies were attracting the necessary investor funds to finance their gas shale developments predicated on assumptions that later proved overly optimistic, substantial financial losses could be experienced. Many of the participants in the email chains were long time students of the E&P industry and are aware of the history of producers destroying capital through poor management decisions......Read the entire article.



Get your favorite symbols' Trend Analysis TODAY!

Stock & ETF Trading Signals