By: Edgar Ang, opisnet.com

The U.S. may be marching toward the politically charged “energy independence day” amid growing domestic oil production.

However, “the gap between U.S. oil production and consumption is large and may not close in the forecast period (2022),” Credit Suisse said in a report on U.S. oil production outlook.

“North American oil independence (U.S., Canada, Mexico) looks more achievable with appropriate policies to promote safe drilling, energy efficiency, regional coordination and gas substitution. However, we don’t hold out high hopes of the same low cost dividend to the U.S. economy provided by natural gas due to the relatively higher cost of oil shales and Canadian oil sands. Natural gas appears the best low cost energy policy bet,” the bank said.

U.S. oil production could reach just over 10 million b/d by 2020 and maintain this level for a number of years, according to Credit Suisse. The strong oil production growth estimate is based on high oil prices, a 27% higher oil well count by 2016 versus 2012, (58% higher than 2011) and a 25% improvement in 30-day initial production (IP) rates per well. Although the well count increases by 27%, the oil rig count only increases by 11% owing to improvements in drilling efficiency, which is defined as the number of days to drill a well.

Key shale plays to watch include the Eagle Ford, Bakken and Permian. After recent exploration success, the offshore Gulf of Mexico and potentially Alaska should also contribute some growth.

Single well economics suggest breakevens in the $60-75/bbl range for U.S. shales today. However, driving growth at forecast rates requires substantial capital — access to capital could be a greater constraint.

In a simple calculation, the U.S. oil industry needs around $95/bbl Brent near term to fund the capex required to deliver this growth, based on self-generated cash flow alone. This could be lowered by external funding, but we are already seeing some companies reduce capex when WTI recently fell through $90/bbl.

As U.S. oil production volumes rise, this breakeven could fall toward $80/bbl. It is important to note that the average recovery of a gas well is three to five times the recovery of a typical oil well on a Btu basis. The shale oil revolution should help meet rising global demand but looks less likely to lead to a collapse in domestic pricing similar to U.S. gas markets.

Price Impact

For downstream implications, the U.S. will require new trunkline pipes and gathering system to accommodate 600,000 b/d of annual oil production growth from the U.S. and 300,000 b/d of Canadian annual production growth through 2017, the bank said.

“Our short term model suggests WTI-LLS will remain wide through the second half of 2012 but narrow as Seaway, southern Keystone XL and Permian pipes are built through 2013,” Credit Suisse said. “Even as WTI-LLS spreads narrow, it is likely that a wider discount will remain for Bakken and Canadian Heavy crude through 2014,” it added.

Although oil supply from the U.S. and Canada is visibly growing, outside North America, non-OPEC supply growth is negative in 2012. Oil spare capacity increases towards 3% by 2015 (from 2% today) but markets may still reflect some risk premium over marginal costs, the bank said. “Risks to this view seem balanced. Spare capacity could rise faster if curtailments in Nigeria, Iran, Venezuela, Sudan were resolved. Spare capacity could fall, if a global economic recovery takes hold,” Credit Suisse said.

The rising oil and gas production is also expected to have an impact on the U.S. economy. The bank’s U.S. industry capex model suggests around $1.3 trillion dollars of spend between now and 2020. Low U.S. gas prices should encourage some $35 billion of petrochemical capex and a manufacturing renaissance. The logistics to bring shale hydrocarbons to market could total an additional $80 billion this decade.

Article republished, courtesy of Oil Price Information Service

(HELENA) The State of Montana will offer detailed training on a range of topics that includes air quality and discharge permitting, compliance requirements, and best business practices for contractors, opencut mining, materials processors, and the oil and gas industry.

The trainings will be in Sidney on October 1 – 3 at the Mondak Heritage Center, 120 3rd Ave SE,  and will be conducted by representatives of the Departments of Environmental Quality (DEQ) and Transportation (MDT). The trainings are free of charge and open to qualified registrants.

The three-day series is designed specifically to address practices surrounding opencut mining and associated development and growth seen in recent years throughout northeastern Montana.

“This training series provides valuable information that will save owner-operators and contractors time and money as they grow with the region,” said Darrick Turner, manager of DEQ’s Small Business Environmental Assistance Program. “Attendees will come away with a better understanding of the state’s environmental regulations and the permitting processes.”

Topics will include air quality and discharge permitting, and inspections. A full day is devoted to siting and compliance requirements and permitting for opencut operations. Enforcement and transportation issues will also be addressed.

Registration is available by calling 800-433-8773 or by emailing Darrick Turner at: dturner2@mt.gov.

By Lynn Helms – NDIC Department of Mineral Resources

  • May Oil: 19,839,420 barrels = 639,277 barrels/day
  • Jun Oil: 19,809,662 barrels = 660,332 barrels/day (preliminary) > NEW all-time high
  • May Gas:  21,360,912 MCF = 689,062 MCF/day
  • Jun Gas: 21,381,942 MCF = 712,7312 MCF/day (preliminary) > NEW all-time high
  • May Producing Wells = 7,205
  • Jun Producing Wells = 7,352 (preliminary) > NEW all-time high

May Permitting: 180 drilling and 2 seismic
Jun Permitting: 204 drilling and 0 seismic (all time high was 245 in Nov 2010)
May   Sweet Crude Price = $79.44/barrel
Jun   Sweet Crude Price = $72.58/barrel

Today Sweet Crude Price = $80.00/barrel ND (all-time high was $136.29 July 3, 2008)

  • May rig count 211
  • June rig count 213
  • July rig count 211

Today’s rig count is 203 (all-time high was 218 on May 29, 2012)

Bakken, Drilling, Oil, Rig, Montana, North Dakota, South Dakota, Money, EconomyComments:

Great weather and additional crews resulted in increased hydraulic fracturing activity and increased production. Rig count has now decreased slightly to around 200-205 and rig efficiency continues to improve with the spud to TD time now averaging 20 days.  Daily production increased 3.3% from May to June. Over 95% of drilling still targets the Bakken and Three Forks formations. The idle well count stayed about the same indicating an estimated 347 wells waiting on fracturing services. This is expected to lead to significant production increases through the summer as additional fracturing crews are added.

Crude oil take away via pipeline is now less than 50% of daily production, but rail and truck transportation are adequate to keep up with near term production projections. The North Dakota Sweet posted price basis is now -14% to NYMEX-WTI and NYMEX-WTI basis is now -18% to Brent.  This is resulting in an increasing amount of North Dakota crude oil transported on rail so it can reach destinations that pay Brent price.

Rig count in the Williston basin is decreasing slightly.  Utilization rate for rigs capable of +20,000 feet remains over 95%.  Many of the new built rigs are scheduled to replace older less efficient ones. For shallow well rigs that drill to 7,000 feet or less utilization remains about 50%.

Drilling permit activity has increased as more multi-well pads are being drilled and locations need to be built before winter weather comes.

The number of rigs actively drilling on federal surface in the Dakota Prairie Grasslands is steady at 3.

The number of wells drilling on the Fort Berthold Reservation has dropped to 30 with 5 on fee lands and 25 on trust lands.

There are now 680 wells producing (95 on trust lands & 585 on fee lands) 109,500 barrels of oil per day (7,700 from trust lands & 101,800 from fee lands) within the boundaries of Fort Berthold
109 wells waiting on completion
231 approved drilling permits (216 on trust lands & 15 on fee lands)
1,350 additional potential future wells (1,185 on trust lands & 165 on fee lands)

Seismic is very busy with 4 surveys active/recording, 2 remediating, 0 suspended, and 10 permitted.

North Dakota leasing activity is mostly renewals and top leases in the Bakken – Three Forks area.

Daily natural gas production is increasing at the same rate slightly faster than oil production.  This indicates that gas oil ratios may be increasing and more gathering and processing capacity will be needed. Construction of processing plants and gathering systems is in full swing due to the dry summer weather. US natural gas storage has dropped to 13.5% above the five-year average but still indicates low prices for the foreseeable future.  North Dakota shallow gas exploration is not economic at near term gas prices.

Natural gas delivered to Northern Border at Watford City is up to $2.33/MCF.  This results in a current oil to gas price ratio of 34 to 1, but the high liquids content makes gathering and processing of Bakken gas economic.  Additions to the processing capacity are helping, but the percentage of gas flared was up slightly to 32%.  The historical high was 36% in September 2011.

Draft BLM regulations for hydraulic fracturing on federal lands were published in the Federal Register.  The comment period has been extended to 5pm EDT on September 10, 2012.  All of our readers are urged to submit comments to the BLM as follows: http://www.regulations.gov/#!submitComment;D=BLM-2012-0001-0001

Mail: U.S. Department of the Interior, Director (630), Bureau of Land Management, Mail Stop 2134 LM, 1849 C St. NW., Washington, DC 20240, Attention: 1004-AE26.
Fax: Office of Management and Budget (OMB), Office of Information and Regulatory Affairs, Desk Officer for the Department of the Interior, fax 202-395- 5806.

There are a significant number of concerns with the rule as proposed, but the major points that should be commented on are as follows:

1)  This is a state’s rights issue.  States that have adopted hydraulic fracturing rules that include chemical disclosure, well construction, and well bore pressure testing should be exempted from the rule.

2)  The EPA study of potential hydraulic fracturing effects on ground water is not finished and there are currently no known environmental contamination incidents.

3)  As Chairman Hall has testified, the required consultation with the Three Affiliated Tribes has not occurred.

Draft EPA Guidance for permitting hydraulic fracturing using diesel fuel has been published.  The comment period has been extended to 5pm EDT on August 23, 2012.  I urge all of our readers to submit comments to the EPA as follows:

Submit your comments, identified by Docket ID No. EPA-HQ-OW-2011-1013 by one of the following methods: www.regulations.gov: Follow the on-line instructions for submitting comments. Email:OWDocket@epa.gov@epa.gov
Mail: Permitting Guidance for Oil and Gas Hydraulic Fracturing Activities Using Diesel Fuels—Draft, Environmental Protection Agency, Mailcode: 4606M, 1200 Pennsylvania Ave. NW, Washington, DC 20460.

There are a significant number of concerns with the guidance as proposed, but the major points that should be commented on are as follows:

1)  This is a state’s rights issue.  States that have adopted hydraulic fracturing rules that include chemical disclosure, well construction, and well bore pressure testing should be explicitly exempted from the guidance.

2)  The definition of diesel fuel is too broad because it includes six CASRNs as well as any materials referred to by one of these primary names or any associated common synonyms.

3)  EPA made no attempt to identify dangerous concentrations of these materials.

Hydraulic fracturing treatments that utilize concentrations of less than 10% of any material defined as diesel fuel should be exempt from permitting requirements.

4)  The guidance is written for Enhanced Oil Recovery wells or disposal wells completed with tubing and packer.  It shows a serious lack of understanding of the horizontal drilling-hydraulic fracturing process.  Most of the requirements will not work mechanically on wells completed with swell packers and fractured down the production casing.

“Director’s Cut.” By Lynn Helms – NDIC Department of Mineral Resources (2012-8-15). Retrieved 9-5-2012.

 

Gas prices are expected to sky rocket very soon. After a fire broke out this past Monday night at a Chevron Refinery in the San Fransisco bay area, analysts urge drivers to buy their gas now. Bob van der Valk, petroleum industry analyst, has over 50 years of experience in the oil industry. Valk predicted gas prices would rise to $4 during this week and $4.50 by Labor Day. Ridiculous right?!!?

Valk said, “Prices are going to spike as fast as that rocket that left Mars rover on the planet.”  The Chevron Refinery in the San Fransisco area is (or was ) the largest producer of oils on the West Coast, producing up to 240,000 barrels of crude oil daily. The refinery not only sends oils to Chevron stations all over the United States, but also unbranded stations. Gasoline, jet fuel, diesel fuel and lubricants are all produced by the Chevron refinery.

The fire started when a diesel leak ignited the refinery into a blaze; however, officials are still investigating what caused the leak.  In addition, about 200 people had to seek medical help complaining about shortness of breath. The company does not know how production will be affected, although by the looks of everything it does seem our gas prices will rise significantly.

Well, high gas prices are not so unfamiliar to any of us. Unfortunately, this is something we cannot control and we have to buy our gas. Lets just hope when gas prices do rise, they will also fall quickly. Fill up your tanks now!

Retreived from 97.3 The Dawg

“Wildly overblown fears expressed in anti-hydraulic fracturing letters.” (2012-7-30). The Livingston Enterprise. Section: . Retrieved 2012-8-6.

Editor,

Two recent letters to The Enterprise have called for either a ban on hydraulic fracturing near National Parks (Dee Fleming, 7/18/12) or a ban in Montana and essentially nationwide (Heidi Strohmyer, 7/24/12).

I think the letter writers have wildly overblown fears of this essential technology for the production of oil and gas. With over one million wells fractured in the past 60 years and tens of thousand more being fractured each year, you would think that widespread environmental damage would be readily apparent based on the remarks in the letters. The truth is quite different. There are no confirmed reports of any damage at all. The gas in water wells alluded to by Ms. Strohmyer is a natural phenomenon as has been demonstrated by state regulatory agencies and predrill testing. The movie “Gasland” preferred to omit this fact in order to make their case against fracturing more compelling.

Comments are made in both letters about the dangers of the chemicals used in hydraulic fracturing. One letter mentions benzene, which is not used at all. The other alleges that carcinogens and other nasty things are used but none are identified. I encourage both authors to look at fracfocus.org to see what chemicals are really used. The number of these chemicals is certainly not 596 (toxic or not), as Ms. Fleming alleges. Whoever came up with that number must have added up all the products offered by all the fracturing companies without acknowledging that every company has essentially the same set of chemicals in their product line. For example, common table salt would then get counted 25 to 30 times. The website lists about 30 or so chemicals that are actually used in hydraulic fracturing. From the website, you can access the Material Safety Data Sheet (MSDS) on each chemical and see what health and safety issues might arise with the use of that chemical. An MSDS on every chemical used must be on location whenever a well is fractured. The authors could also learn something about the fracturing process itself from this website and the myriad of state regulations that are in place to ensure it is carried out safely in an environmentally sound way. Included in the regulations for Montana is the requirement to disclose the chemicals used in the frac fluid, and this includes the water and the sand, which together comprise about 99.5 percent of the system.

Ms. Strohmyer must think wells are brought on production by letting them blow like a gusher. There are no large releases of gases and liquids as she suggests, and the produced fluids are contained. Air quality monitors in areas such as Ft. Worth, Texas, and Pennsylvania, where hydraulic fracturing is occurring on a wide scale, show no elevated levels of any chemicals of concern. Those working everyday at fracturing locations are not getting sick and in fact have lower levels of time off for illness than what most industries experience.

There are no confirmed reports of groundwater contamination arising from hydraulic fracturing. Ms. Fleming states that the “dead zone” at Pavillion, Wyo., has been attributed to fracturing. This definitely is not so. If she read the preliminary EPA report on the tests conducted there, she would find no evidence of drinking water contamination via fracturing. The EPA found a trace of a chemical often used in frac fluids in one of eight samples taken from two deep test wells at Pavillion, one at 783 feet and the other at 981 feet. Interestingly enough, the same chemical, also used in cleaning supplies, was found in several laboratory water samples. The EPA test wells were drilled to just above the gas sand that is being produced in the Pavillion field. The production wells, all vertical, are only 1,000 to 1,500 feet deep. No frac fluid chemicals were found in the many water wells (typically 300 feet deep) that have been sampled by the EPA.

Pavillion, with its shallow vertical wells, is not a good example of wells that are drilled horizontally and fractured in shale formations many thousands of feet deep. There is no way that a fracture could propagate through thousands of feet of solid rock to a freshwater aquifer located a few hundred feet below ground level. Fractures are more likely to be less than a hundred feet in length. There is plenty of evidence to back this up.

A nationwide ban on hydraulic fracturing would have consequences. You could say goodbye to the Bakken, the Marcellus and to all other shale development. You could also say goodbye to natural gas produced in this country. About 90 percent of natural gas wells and the majority of onshore oil wells would not be drilled at all. Natural gas is used in this country to generate electricity (25 percent last year to coal’s 42 percent), to heat homes, to cook, and for various industrial enterprises. Natural gas exceeded coal as the nation’s primary source of energy in 2011. A frac ban would lead to dramatically increased use of coal for electricity and jeopardize the availability of natural gas for domestic and industrial use. Renewable energy development would also be hindered because gas-fired power plants are needed to back up solar and wind when the sun doesn’t shine and the wind doesn’t blow. If Ms. Strohmyer gets her way, I hope she is around to take the credit when everyone’s gas and electric bills skyrocket.

Ron Clark
Livingston

By:  Bob van der Valk

The Canadian government led by their Prime Minister Stephen Harper has softened their stance on China’s human rights record by giving a silent nod of approval to the China National Offshore Oil Corporation (Cnooc), the Chinese state oil company, making a bid for Canadian oil company Nexen.  They will be investing in Canada’s vast tar sands crude oil reserves with China becoming a new market for Canadian oil sands around Alberta.

Currently nearly all of Canada’s crude oil is destined for export to the United States. President Obama intransigency by not approving the construction and operating  permit for the complete route of the Keystone XL pipeline is coming back to bite the US in its proverbial behind.  A takeover of Nexen by Cnooc will give the Chinese supplies of crude oil in the Gulf of Mexico, the North Sea and the off shore Nigeria.

The front of the White House sit-in by protesters against the Keystone XL pipeline in September 2011

In 2005 Unocal’s Board of Directors accepted a $17 billion takeover bid from ChevronTexaco passing up on a higher offer from Cnooc. US governmental approval on the deal became a heated political debate in Washington with this type of international merger requiring federal approval. ChevronTexaco was the white knight, who rode to the rescue of the Bush administration, when it looked like China would have a foot print on US soil with the crude oil reserves then owned by Unocal.

Canada will have the same type of public reaction with political parties fighting it out on whether to allow the Chinese to own a part of their sources of energy troves.  China will finally have established a foot print on North American soil.  The US Presidential election will have one more issue to talk about between now and November 6th.

Bob van der Valk is a petroleum industry analyst working and living in Terry, Montana.  He can be contacted at (406) 853-4251 or e-mail:  tridemoil@aol.com
His viewpoints about the petroleum industry are posted on his web page at:   http://www.4vqp.com/pages/12/index.htm

Emerging markets have also revived America’s role as a big commodity producer. Soaring grain exports have raised farmers’ incomes to record levels, and regulators fret about incipient bubbles in agricultural land. At the same time, surging oil prices have triggered a gusher of new output. In 2011 crude-oil production reached its highest level since 2003, of 5.7m barrels a day (b/d). Production in the Gulf of Mexico is almost back to the levels reached before the Deepwater Horizon oil spill of 2010.

In recent years, techniques have been discovered to release gas from densely layered rock formations known as shale. These techniques—horizontal drilling and hydraulic fracturing, or fracking—have released so much shale gas that its price has tumbled (see our special report). Now the same methods are being applied to race after oil.

In 1999 North Dakota’s rig-count stood at zero after small pockets of conventional oil had run out. Now the Bakken oilfield is pumping out more than 550,000 b/d of shale oil, and Williston, the town at the centre of the field, is booming. It used to take five minutes to cross town; now the weight of oil traffic means it takes 20, according to one resident of this remote corner of a thinly populated state. At Walmart, crowds of shoppers have pressed all the trolleys into service; and its vast car park, like many other similar sites in town, provides a temporary home for fleets of camper vans housing workers flooding to the region’s oilfields. New homes, hotels and “man camps”—row upon row of workers’ huts—are springing up all around.

This year shale oil should contribute some 720,000 b/d to America’s total production. And shale-oil deposits in Texas, Ohio, Nebraska, Colorado and Kansas could eventually contribute as much as 5m b/d, according to the most optimistic forecasts. The Bakken field may well hold more than people think, and Ohio’s Utica shale has barely been tapped.

America is the world’s third-largest oil producer. The deep waters of the Gulf of Mexico could yield substantially more oil (perhaps 1m-2m b/d on top of the 1.3m b/d currently produced). America has plenty of other places where it might look if unfettered drilling were allowed, such as the east and west coasts and restricted parts of the Gulf of Mexico. Oil production in Alaska could also be expanded. America now imports 9m b/d; by “going back onshore” and exploiting all its options, optimists think it could produce 7m more b/d in a decade or so. Daily net imports of crude oil this year are the lowest since 1995, and will probably keep falling in the coming years (see chart 3).

Not so long ago, terminals were still being built in America to import liquefied natural gas (LNG). Now the country is enjoying a bonanza of domestic gas. Americans pay less than $3 for 1m British thermal units, where Europeans and Asians often pay more than $10. Accordingly, America is now planning to send the stuff abroad. Michael Levi of the Council on Foreign Relations thinks that exports of 60 billion cubic metres a year would yield revenue of $20 billion, though higher imports of other goods would offset the benefit to the trade balance.

“America’s economy. Points of light – Amid the gloom there are unexpected signs of boom, especially in energy.” (2012-7-14). The Economist. Retrieved 2012-7-24.

By:  Bob van der Valk
Dateline:  Terry, Montana

A short crude oil pipeline connecting the United Arab Emirates (UAE) with a harbor on the Gulf of Oman was inaugurated on Sunday, July 15, 2012.

Iran will be the biggest loser is this game of brinkmanship and a game changer in future negotiations as a bargaining chip. Ironically, the Iranian theocrats are the main cause of this attempt to skirt the Arabian Gulf, which is currently being used by Very Large Crude Carriers to ship 20% of the world demand for crude oil. This pipeline is a reaction to Iran’s overt threats to shut down the Strait of Hormuz if the US, Europe, Israel and Saudi Arabia push them against the wall over nuclear fuel enrichment and allow UN nuclear inspectors into facilities possibly used for this purpose.

The US military has already bolstered its presence in the region and sent four mine sweeper ships in early June, joining four other mine sweeping vessels already in the region, according to its Bahrain-based Fifth Fleet spokesperson.

On Thursday, July 12, 2012 US officials said the United States deployed a fleet of robot subs in the Gulf to prevent Iran from blocking the strategic Strait of Hormuz with mines making good on their official pronouncements. And in late April, a squadron of F-22 stealth fighters was sent to an air base in the United Arab Emirates.

Crude oil exports have begun through the new pipeline bypassing the Strait of Hormuz by connecting Abu Dhabi, the capital of the United Arab Emirates, to Fujairah on the Gulf of Oman. The operation of the 263-mile $4 billion pipeline could represent about 30% of the amount currently shipped through Persian Gulf and will be sufficient to blunt the impact of any Iranian attempt to seal the Strait of Hormuz.

Fujairah is located in Oman and is the world’s third biggest refueling ports for commercial ships. In case Iran does not make good on its threats, the pipeline still makes economic sense because a new $5 billion refinery will be built on Fujairah, one of the U.A.E.’s seven sheikhdoms, for local sales of oil products. A terminal will also be built at the port for transiting liquefied natural gas.

Regardless of Iran’s actions, the oil pipeline and its future expansion will forever break dependence on the narrow and vulnerable Strait of Hormuz for crude oil bought by the US, Europe and the Far East. It renders hollow the ability of Iran to blackmail its Arab neighbors and the West to extract concessions for its regional ambitions.

The pipeline will also dampen the impact on the global economy, if Israel eventually does bomb Iranian nuclear installations or Washington leads sharper coercion of Tehran. Currently, about one fifth of world’s oil transits through the Strait of Hormuz. Abu Dhabi, which holds over 90 percent of the UAE’s oil, has taken a risk by angering the Iranian regime, although Tehran has dismissed the pipeline’s potential as Western propaganda.

However, Iran may be hit by a double whammy because prospects are increasing of turmoil in world oil and gasoline prices. In July, energy tensions became worse after the European Union started implementing a nearly total ban on crude oil imports from Iran as part of Western economic sanctions. Domestic US crude oil supplies, which are being extracted from shale rock through the use of hydraulic fracturing, will more than offset any of the Iranian crude oil not being shipped due to economic sanctions.

The expanding American domestic supply is turning the US into a decider of world crude oil prices overshadowing Saudi Arabia. American light-sweet crude is not easily exportable but the large supply capacity combined with heavy investments in infrastructure will allow the US to boost exports of products as a substitute for other types of oil.

Proven shale oil reserves have risen by 68 percent in the US and Canada since 1990 and the US may become energy secure by 2025 for both crude oil and natural gas as hydraulic fracturing becomes a widespread method for North America for their energy needs.

Some information for this article was obtained from The Moderate Voice web site by RIJ Khindaria.

 

By:  Bob van der Valk
Dateline:  Terry, Montana

  • US consumption estimated at 18.76 million b/d in 2012 and 18.88 million b/d in 2013 (EIA)
  • Only expected to recover to between 21-22 million b/d through 2035 (EIA)
  • Light / medium crude oil imports to US Gulf could be eliminated by 2014/2015 from rising Canadian pipeline deliveries and domestic production
  • Heavy crude imports from Venezuela and Mexico should continue in medium term
  • January-March crude imports from Venezuela and Mexico were 845,000 b/d and 995,000 b/d respectively

Political developments could influence stability of Venezuelan supply

► USAC (PADD 1) crude imports YTD are 1.5 million b/d, roughly 10% below 2008 levels

► USGC (PADD 3) crude imports YTD are 5.8 million b/d just over 15% below 2008 volume

► US crude stocks (excluding SPR) currently at 387 million barrels – highest level since July 1990

► Total US refinery utilization at 91.9% of capacity – spurred by export opportunities – week ending June 15

► PADD 3 operating at 93.2% and PADD 1 at 81.3% of capacity

US Crude Oil Production

► US crude production expected to 6.3 million b/d in 2012 versus 5.7 million b/d in 2011 (EIA)

► Production currently at 6.26 million b/d – strongest figure since July 1998

► 2013 crude production expected to rise by a further 400,000 b/d

► North Dakota production at 575,000 b/d in March – highest level on record

► Texas crude output at 1.7 million b/d in March up almost 30% year-on-year

► Heavy investment by Shell to start off-shore drilling in Alaska with reserves estimated at around 25 billion barrels further releasing domestic supplies

 

Bakken Crude Update

►Bakken field in North Dakota expected to produce around 600,000 b/d in 2012 and 650,000-700,000 b/d in 2013 – Breakeven point between US $40 $60 per barrel – WTI basis

► North Dakota rail export capacity increased from roughly 310,000 b/d in 2011 to 470,000 b/d and may be 700,000 b/d by year’s end

► Pipeline capacity at almost 440,000 b/d in Williston Basin (Eastern Montana, North Dakota, South Dakota)

► Bakken crude has approximately US $10/bbl and US $20/bbl discount to spot WTI/Dated Brent providing refiners in all PADDs to incentive gain access to supply

► Crude flows to East, West and Gulf Coasts as rail capacity expands and price differential entices refiners through reduced acquisition cost

► BNSF – controls roughly 75% of North Dakota exports – recently announced US $85 million railroad maintenance & expansion project

Pipeline Updates

► Enbridge to reverse the 240,000 b/d Line 9 pipeline from East to West from Sarnia, Ontario to Montreal

► After regulatory approval and infrastructure maintenance flows to begin spring 2014

► Crude to be sourced from Alberta, Saskatchewan & Manitoba and will primarily consist of light-sweet oil

► Used to feed the Nanticoke refinery (120,000 b/d) and process Canadian crude not foreign imports

► May lead to reversal of Portland, ME to Montreal, Canada pipeline

► Crude from Portland, ME would be required to sail on Jones Act vessels to PADD 1 refineries

► Total flows from Cushing to the USG will total 1.1 million b/d from these projects by 2013

Pipeline Updates

► Seaway pipeline has been reversed since mid-May delivering 150,000 b/d from Cushing, Oklahoma to US Gulf

► Seaway expansion to 400,000 b/d planned to be complete late 2012 / early 2013

► Southern leg of Keystone XL – Gulf Coast Project – construction will begin mid-2012 and should be completed by early 2013

► Gulf Coast Project will deliver crude from Cushing Oklahoma to the US Gulf with a capacity of 700,000 b/d with expansion potentially to 830,000 b/d

► This will eventually be linked to Keystone XL originating in Alberta

US Crude Oil Imports

► Nigerian imports contracted roughly 75% since March 2007 to March 2012 to approximately 10.5 million barrels (340,000 b/d)

► This was roughly 4% of total US imports compared to 10% in 2010

►  Reduction in Suezmax requirements (March 2007 to March 2012) was equal to 37 vessels

► Canadian imports rose to highest level on record of 76.4 million barrels (2.5 million b/d) – March 2012

► Imports from Saudi Arabia comparatively steady at 42.5 million barrels (1.4 million b/d) and still constitute around 15% of total import volumes

► Reduced spread between Dated Brent and WTI might help increase the attractiveness of West African grades

 

The above information was provided by McQuilling Services with additional data obtained from Oil Price Information Service at www.opisnet.com

 

 

 

 

 

Crude oil production in the Bakken rose almost 5 percent from April’s output. The number of producing oil wells went up more than 3 percent. There are almost 7,000 producing oil wells in western North Dakota, which is almost twice as many wells as it had five years ago, and crude oil production has increased five fold.

Meanwhile a dispute between Canadian pipeline Enbridge Energy LP and Saddle Butte Pipeline is brewing into what could become a political showdown between the two countries over whether Bakken oil production will be squeezed out by Canadian oil sands crude oil flowing from across the northern border.

The subsidiary of Saddle Butte – High Prairie Pipelines LLC is accusing Enbridge of denying its request to directly link a proposed 450-mile pipeline from the booming Bakken oil fields in North Dakota and Eastern Montana to a highway of pipelines currently feeding crude oil to Midwest East Coast refineries.

Saddle Butte is attempting to connect its High Prairie Pipeline to Enbridge at Clearbrook, MN. However, Enbridge Energy has so far refused to allow a pipeline interconnection by High Prairie Pipeline at its facility in Clearbrook, MN.

Even though oil prices have been falling, North Dakota’s crude oil production has been continuing to increase. The ND Department of Mineral Resources reported oil producers pumped an average of 639,000 barrels of oil each day in May 2012 or almost 20 million barrels of crude oil for the month.

Currently most the Bakken crude oil is being hauled to refineries and the Cushing, OK hub by rail car. The Keystone XL (KXL) pipeline is about two years away from being completed from Alberta, Canada to Cushing, OK. The permit for construction and operating the southern leg of the KXL from Cushing to the Gulf Coast has now been approved by the state agencies involved and is expected to be completed by the end of 2013.

Bob van der Valk is a petroleum industry analyst working and living in Terry, Montana. He can be contacted at (406) 853-4251 or e-mail: tridemoil@aol.com

His viewpoints about the petroleum industry are posted on his web page at: http://www.4vqp.com/pages/12/index.htm

Some data in the above article was obtained from E & E Publishing as well as Oil Price Information Service (OPIS) at www.opisnet.com

Photo courtesy of Travis W. Cooksey