Monday, November 26, 2007

Finding Oil

The United States, in 2005 alone, consumed per day an estimate of 9 million barrels of crude oil and 13.21 million barrels of imported oil. This oil is refined into gasoline, kerosene, heating oil and other essential products. To keep up with this demand, oil companies must constantly look for new sources of petroleum, as well as improve the production of existing wells.

The fossil fuel oil can be found in countries all over the world. It was formed from the remains of tiny plants and animals (plankton) that died in ancient seas millions of years ago. After the organisms died, they sank into the sand at the sea's bottom. Over the years, the organisms decayed in the sedimentary layers. Because there was little oxygen there, the organisms broke down into carbon-rich compounds. This material mixed with the sediments, forming fine-grained shale which known as the source rock. As new sedimentary layers were deposited, they put intense pressure and heat on the source rock which distilled the organic material into crude oil and natural gas. The oil flowed from the source rock and accumulated in thicker, more porous limestone or sandstone, called reservoir rock.

Movements and shifts in the Earth's surface trapped oil and natural gas in the reservoir rocks between layers of impermeable rock, or cap rock, such as granite and marble. These movements of the earth included folding when the rock moved horizontally inward creating a fold or anticline; faulting where the layers of rock cracked with one side shifting upward and the other downward, and pinching out when a layer of impermeable rock squeezed upward into the reservoir rock.

Oil companies like {a href=" http://tdecorp.blogspot.com/2007/11/finding-oil.html"}Triple Diamond Energy Corporation employ directly or under contract from a private firm, geologists who actually find the oil. Their task is to find the right conditions for an oil trap--the right source rock, reservoir rock and entrapment. They interprete surface features, surface rock, soil types, and small core samples obtained by shallow drilling and, nowadays, with the additional help of satellite images. They also can use sensitive gravity meters to measure tiny changes in the Earth's gravitational field that indicate flowing oil, as well as sensitive magnetometers to measure tiny changes in the Earth's magnetic field caused by flowing oil. They can detect the smell of hydrocarbons using sensitive electronic noses called sniffers. And they also most commonly use seismology, creating shock waves passing through hidden rock layers. In seismic surveys, a shock wave is created by a compressed-air gun which shoots pulses of air into the water for exploration over water, a thumper truck which slams heavy plates into the ground for exploration over land, and explosives drilled into the ground for exploration over both land and water.

Although modern oil exploration methods have made it easier for finding oil, geologists still only have a 10-percent success rate for finding new oil fields. Once a prospective oil strike is found, the location is marked.


About the Author

Chris Jent is the Chief Marketing Officer of {a href=" http://tdecorp.blogspot.com/2007/11/finding-oil.html"} Triple Diamond Energy Corp. {a href=" http://tdecorp.blogspot.com/2007/11/finding-oil.html"} Triple Diamond Energy specializes in acquiring the highest quality prime oil and gas properties. For more information, visit htttp://www.triplediamondenergycorp.blogspot.com

Pennant Energy Proves a Profitable Producer

Instead of running with risk in view of huge oil findings, the company maintains a conservative approach based on guaranteed opportunities and diversification on drill-ready or existing wells within Canada.

An August article in Canadian Business magazine titled “What’s Next for the Oil Patch?” included a brief discussion that portrayed a not-so-bright future of junior energy companies in Alberta. Intrigued by the news, ResourcexInvestor talked with Thomas Yingling, president of Pennant Energy Inc. [TSXV: PEN] a junior company successfully venturing into oil and gas. Yingling’s opinion is clear: Alberta has an excellent, unmatched environment for oil and gas exploration and production (E&P).

Contrary to the fragile environment the article presents, E&P opportunities in Alberta are better than ever before, he says. Rigs are available at realistic prices, the price of the oil mix is up, the legislation works, and the number of experienced workers, technicians and managers outnumbers most of the other producing locations in the world. Moreover, Yingling said that the current Canadian taxation scheme for income trusts benefits the junior companies because it freed up lots of Crown Land allowing juniors to access more projects. Under the new taxation law, many income trusts are pulling back from the arena.

At the time trusts restructured their assets bringing down the oil rig count, they released lots of the pressure on production costs too, due to availability of resources, both human and machinery. It is said that a steep decline in oil rig count has helped push the costs of drilling down 10% since last year. Venture capital may be the main vehicle junior resource companies use to finance their operations, but good financial and operations management are key in keeping a junior resource company afloat. These savings in production costs can translate into increased shareholder value.

For Yingling, profit strategies involve low cost growth but also industrious growth â€" “growth through drilling” as Yingling says, and it is paying off. As a venture capitalist and former president of an investment-consulting firm, Yingling decided to steer Pennant Energy towards strong financials rather than risk. He has taken this Canadian junior with a background in mining exploration for zinc in BC and turned it into a modest Canadian oil producer. His successes almost immediately brought revenues into the financial statements. By June 2007, Pennant reported a yearly production of approximately 3,019 bbl of oil.

Pennant earned 15-45% interest in nine wells from the Willinston Basin in southwestern Manitoba from Rideau Petroleum Ltd., which operates over 90 wells within the Daly field. In 2002, Rideau ranked sixth out of the top 25 operators in the province and reported a cumulative oil production from the operated wells of 1.88 million barrels by the end of 2003.

The Willinston Basin holds most of the oil produced in Manitoba. Discovered in the 50s, commercial light oil production commenced in 1985 with the discovery of the Bakken A Pool in the Daly Field. Exploration since then has extended the productive area to the north and south. Over 6,000 wells have been drilled at the basin by operators including Tundra Oil and Gas, Rideau Petroleum, Grand Banks Energy Corp. and Kiwi Resources.

Pennant’s light sweet oil pours from the Lodgepole and Bakken formations at an API gravity of 39° - 40° warranting a net back price that averaged $60.07 bopd for most of 2007. Initial production from the first well was recorded at 42.8 bopd while production from the second well drilled averaged 35.5 bopd. Production from the Bakken makes up 4% of the provincial total, which is estimated to be close to 18,000 bbl/d. The light sweet crude oil is easy to process and once refined is sold to local buyers or exported into the USA. Wells in this oil field are expected to produce for another 20 years paralleling the producing life of older neighbor wells.

Pennant’s investment in Manitoba proved to be low-risk and, more importantly, had a payback period of only six months, giving the company producer status, something rarely found after one deal. Pennant has no debt. Current cash-flow from its Manitoba operations allows the team to work with its own resources preventing share dilution and giving investors stronger potential for capital gains from future ventures. Although the company believes that Manitoba is a province with excellent conditions to find untapped oil and gas resources, it is also considering low-risk, quick-return opportunities in Alberta and Saskatchewan.

On March 1, 2005 Pennant announced test results of the Meekwap Well in Northern Alberta. During the first days of production, the oil free flowed on its own at rates of 400 to 1,100 barrels of oil per day and solution gas flowed at up to 350 mcf per day. By September 2005, the production rate stabilized at 100 bopd. The company earned the 8% to 4% (after payout) of the working interest to participate in this and another three additional wells on the Meekwap prospect by contributing with 8% of the costs to drill and test the field.

The E&P team at Pennant Energy integrates the joint efforts of leading exploration geologist James Britton, P. Geol. P. Eng., Alan Carswell, David Finn and Rod Morris. Britton’s experience spans over forty-five years and four hundred and thirty oil and gas wells, some of which are still abundant producers. He engineered Dynamic Oil & Gas Inc’s growth from 25 boepd to over 5,000 boepd. David Finn has been active in the oil & gas business for over 30 years. His experience in western Canadian sedimentary basins comes from working at the geological and engineering departments of Amoco Canada. From Amoco he moved to the British Columbia Petroleum Corporation where he was responsible for monitoring the development of northeastern British Columbia gas fields. Allan Carswell is an accomplished and well-renowned geophysicist with a multi-disciplinary geological background in the oil & gas business. He has also been involved in a number of important oil pool discoveries across North America and has earned various academic awards including being the beneficiary of a three-time Canadian Society of Exploration Geophysicists Scholarship and two-time holder of a Natural Sciences and Engineering Research Council (NSERC) graduate scholarship.

This article is intended for information purposes only, and is not a recommendation to buy or sell the equities of any company mentioned herein. It is based on sources believed to be reliable, but no warranty as to accuracy is expressed or implied. The opinions expressed in the article are those of the author except where statements are attributed to individuals other than the author, in which case the opinions are those of the individual to whom they are attributed.

About the Author

Resourcex Investor is an internationally distributed newsletter about emerging junior resource companies. Sign up for a free 1-month trial to our newsletter and get instant access to news and investing tips that have helped many of our readers make more money. http://www.resourcex.com

Wednesday, November 14, 2007

Natural Gas-A Viable Answer

At a time when conflicts are raging all around the Middle East, the birthplace of civilization as well as the center of the richest oil fields in the world, the United States should take the time to look within. There is a fossil fuel that North America contains in abundance, a clean burning fuel that could answer all the problems faced by a nation dependent upon foreign oil. That plentiful fuel is natural gas.

There exist three different estimates by reputable sources concerning the amount of natural gas that still lies untapped in North America. The first estimate, compiled by the Energy Information Administration, a source of official energy statistics from the U.S. government itself, maintains that there exists 1190.62 trillion cubic feet of recoverable gas in the United States alone. The second estimate by the National Petroleum Council is even higher, stating that 1779 trillion cubic feet of natural gas remains to be recovered and used in the United States. The lowest estimate was given by the Potential Gas Committee, but still maintains that there are over 1090 trillion cubic feet of natural gas remaining to be found.

Concerning the world, the U.S. maintains only 3% of known (proved) natural gas reserves. Proved reserves are reserves that have been located and are currently producing natural gas for consumption by the populace.

Natural gas companies like Triple Diamond Energy Corp continue to search the land for more of this ultra-clean harvestable energy. Nationwide there are currently 1801 rigs actively exploring for oil and natural gas in the United States. This number is up from the official count of a year ago at 1693. Of these rigs, 1459 are actively exploring for natural gas. It seems that the nation is catching on. In order to compete in the world market as the United States is accustomed to, the nation must continue this exploration within its borders. There is so much more natural gas to be located than is being tapped for use currently.

Research has shown the potential; companies must use all the technology, equipment, and resources they have to explore and develop this wealth lying dormant beneath the surface in order that the future of the country can be more secure, more self sufficient, always progressing and moving forward. This movement and progression can be traced back to the idea of “manifest destiny” that still holds its place at the very roots of American history. Perhaps the time has come to take up this optimistic endeavor once again.

About the Author
About the Author: Bob Jent is the president of Triple Diamond Energy Corp. Triple Diamond Energy
specializes in acquiring the highest quality prime oil and gas properties. For more information, visit http:

The Costs of Natural Gas and Oil

Most Americans use is either oil or natural gas for energy. A supply and demand imbalance is currently driving up the costs of both oil and natural gas. Americans are demanding more energy and as this demand increases, our supply of oil and natural gas hasn't increased especially from domestically available resources. Actually, this production is on the decline. It is time to start exploring and tapping new supplies of oil and natural gas here in America. Oil is a worldwide commodity. Prices are bound to rise worldwide with the increased competition/demand and the present stagnant production. Higher prices are also a result of supply disruption "fears" from potential hot spots in the Middle East, Venezuela, and Russia. Worldwide spare capacity has reduced dramatically from 10 million barrels per day a decade ago to about 2 million barrels per day today. The natural gas used in the United States is primarily from North American resources. Importing natural gas in a liquefied state from overseas hasn't yet been fully developed. Natural gas is a preferred fuel choice that powers most new homes and buildings, as well as power plants mainly because it is clean-burning. Inconsistent government policies and regulations have discouraged the exploration and production of new domestic gas supplies. This creates another supply-demand imbalance. Because the increase in natural gas demand isn't being met with new supplies, prices for natural gas rise too. Some other reasons for the rising costs of natural gas and oil include: weather (cold weather will increase demand), hurricanes (can stop production in the Gulf of Mexico), litigation and regulations, lack of public support and government encouragement for new oil and gas wells, Geopolitical unrest around the world, and market speculation. The consequences of no new domestic production makes for fluctuation in consumer prices. Some of our factories are moving their businesses overseas to take advantage of cheaper energy costs meaning lost jobs and lost tax and royalty revenue. Today, 63% of our oil is imported today which is a high reliance on foreign countries, taking on a national and economic security risk. Having the supply controlled by other countries, of course, is not ideal. Plus the extremely high national trade deficit (one-third of which is represented in oil imports) has to stop soaring. The fuel industry needs to re-look at the federal policy recognizing the importance of domestic oil and natural gas. Some suggested changes are: allowing access to non-park, non-wilderness federal lands where abundant, lower cost domestic oil and gas is located, providing for more offshore oil and gas exploration, stopping unnecessary law suits and regulations, providing full federal funding for government agencies that have industry oversight and for oil and gas technology programs to do research, encouraging students to get involved in order to develop a new workforce for the coming years, and offering credits for unconventional resources to be used instead. Currently, in the United States, there are about 5,000 independent oil and natural gas producers. Independents can be small family companies or publicly traded companies. They operate in 33 states and the offshore. Companies like Triple Diamond Energy Corporation drill 90 percent of the wells here and produce 68 percent of America's oil and 82 percent of domestic natural gas.

About the Author
Chris Jent is the Chief Marketing Officer of Triple Diamond Energy Corp. Triple Diamond Energy specializes in acquiring the highest quality prime oil and gas properties. For more information, visit http://www.triplediamondenergycorp.blogspot.com.

Tuesday, November 6, 2007

Gas Discovery in Alberta Drives Montello toward 12-Month High

With oil prices over $80 per barrel, storm activity in the Gulf of Mexico and a cold winter predicted ahead elsewhere, not to mention worldwide demand for crude oil poised to rise again during the fourth quarter of 2007, now is a great time to be an oil and gas junior.

One company taking full advantage of the sector's upswing with successes of their own is Montello Resources (TSX-V: MEO). This emerging oil and gas company is engaged in drilling and exploration activities on their properties in Canada and the United States - with potential for blue sky payloads in both zones, particularly in Tennessee. Recent successes have garnered Montello a little increased investor attention in the past few weeks, with positive re-completion in Alberta and drilling approaching depth in Tennessee.

The company has a broad investor base, with approximately 150 million shares outstanding, and with new investors piling on, current trading volume is well up over one million shares a day. This increased volume is not surprising, considering that share prices in Montello have gained over 25% in the last month, not to mention the fact that Montello has now surpassed its 12-month high. Last Friday, more than 19 million shares MEO shares changed hands. On that day, the company was the leading volume trader on the TSX Venture exchange. On Monday, Montello was still trading exceptionally high at over 10 million shares.

Some of this success can be attributed to Montello recently announcing (October 4th 2007) positive re-completion results for its jointly owned Pincher Creek project - Montello owns a 25% interest with Paramount Resources holding 25%, a private company owning 12.5%, and the remaining 37.5% being retained by the operator, Pennine Petroleum Corp (TSX-V:PNN). The project, which covers over 4,800 acres, is located approximately 175 kilometres south of Calgary, in the prolific Pincher Creek Field. Since 1947, the field has produced approximately one million bbls of oil and 600 BCF (billion cubic feet) of gas, with estimates of over 220 BCF of gas still remaining to be produced. The region itself, which includes such fields as: Lookout Butte, Turner Valley, and Jumping Pound, have produced more than one trillion cubic feet gas and over 100 million bbls of associated liquids.

Montello's JV partner Pennine recently completed (September 27th 2007) two 60-tonne fracture simulations on the Brown Sand and Cadomin/Kootenay section of the Pincher Creek project, with results uncovering two condensate zones. Both tested between 40 and 46 degrees, plus associated gas, with initial extended flow test results of over 330 boepd where none were pumping before.
The Brown Sand zone yielded an average production of 140 barrels of fluid a day with an initial water cut of 60% for a net 56 boepd and is expected to increase as frac fluid further drains. Montello is planning further exploration in the Brown Sand zone to assess feasibility.

Preliminary swab and flow results for the Cadomin/ Kootenay formation were more promising, having returned an average of 225 barrels of fluid a day with no water cut, and as much as 500 mcf of gas per day which can potentially translate to an additional equivalent of over 70 boepd. Pennine has announced that they intend to install pumping equipment and the required production facilities to test the Cadomin/ Kootenay zone, and following positive results, may submit a Commingling Application to the Alberta Energy Utility Board, in order to take full advantage of the well. An existing pipe line is accessible to transport the gas, with plans for liquids to be taken out by truck to a processing facility. Pennine plans to announce the stabilized liquid and gas production rates following stabilized production.

With the success of recent drilling activities in Alberta, Montello and Pennine plan to follow sand development across the Pincher Creek structure and access hydrocarbon-baring sand via existing well-bores.

Montello is also involved in exploration and drilling activities (with JV partners Great Northern Oil Sands Inc. and Austin Developments Corp.) on its Morgan Highpoint project, located in the Tennessee Appalachians. The project is situated in a precarious but prolific region, near the spot where in 2002 Pryor Oil suffered a massive blow-out on its Howard-White #1 well when its drill penetrated an area containing highly pressurized oil. Incredibly, hydrocarbon fluids spewed up and out of the ground at a rate of 12,000 bbls a day and caught fire. The government stepped in and halted work on the project - permanently.

On its neighbouring property, Montello is using advanced techniques to literally "dig deep", in an attempt to find the source of the Pryor Oil blow out or similar pockets. Montello recently announced that drilling at its John Bowen # 2 well had passed 7,780 feet in the Rogersville Formation and entered the Rome formation at 7,850. The location of the monster payload that caused the blow-out at the nearby Howard-White #1 remains illusive, but a possibility as the company continues toward basement, which is a first for the area - and is believed to be between 8,500 and 9,500 feet deep.

Resourcex Investor asked Marc Davis, a director for Montello, if he was happy with the rate of progress for the Tennessee project, and why no one else had ever tried or been able to drill this deep in this area before.

"It has been tough going, you know. This is a difficult environment to work; the rock is very dense. At the same time, we've seen very encouraging results and believe ourselves to be a few days away from hitting basement."

Davis continued, "As for how we have been able to drill deeper than anyone before in this part of Tennessee, it has everything to do with money. Other companies in Tennessee simply have not had the opportunity to go that deep. But we think we could be close to a sizable pay off here."

The cost of the well, initially estimated at $3 million US, (Montello paid 10% of this) has escalated to US $5 million, to date. Early in October, the company announced, "A Supplementary Authorization For Expenditure ("AFE") of USD $1.7 million has been issued to the partners based on their earned interests in the Test Well being Montello as to 55%, Austin as to 40% and Great Northern as to 5%. All partners have paid their proportionate share of the cash call associated with the Supplementary AFE."

When asked which property he thinks is most important to Montello at the moment, Davis replied, "Tennessee as it has the greatest potential, but Pincher Creek [in Alberta] is money in the bag."

With the recent activity at both their Tennessee and Alberta projects, Montello seems to be garnering more investor interest than ever before. On October 12, volume trading surged past 13 million shares, pushing the stock price past $0.20 for the first time in 12 months. And the volume has continued to be very heavy. Whether this activity is due to speculation of success in Tennessee or Alberta (or both) is hard to say. But the excitement in MEO's stock charts is palpable.

This article is intended for information purposes only, and is not a recommendation to buy or sell the equities of any company mentioned herein. It is based on sources believed to be reliable, but no warranty as to accuracy is expressed or implied. The opinions expressed in the article are those of the author except where statements are attributed to individuals other than the author, in which case the opinions are those of the individual to whom they are attributed.

About the Author
Resourcex Investor is an internationally distributed newsletter about emerging junior resource companies. Sign up for a free 1-month trial to our newsletter and get instant access to news and investing tips that have helped many of our readers make more money. http://www.resourcex.com

Monday, November 5, 2007

Pennant Energy Boasts Solid Performance, Considers New Prospects

Investors looking for Alberta energy stocks would do well to notice Pennant Energy Inc. [TSXV: PEN] a promising oil and gas firm that trades on the TSX Venture Exchange. This company enjoys good cash flow from 15- 45 % interest in eight oil wells in Manitoba's Daly Field, producing medium grade crude from the Lodgepole and Bakken formations.

These wells come on strong and then plateau for decades - all are in the plateau stage now and only 4 years old. Pennant's Manitoba Properties provide the cash fuel that helps propel this company's Alberta explorations, and that's a good business model in any oil patch.

On paper, Pennant Energy is a solid performer. The company has no debt and approx $1,500,000 in the bank. The $0.40 cent share price seems compacted - with only 16,164,809 shares outstanding and only 21,255,938 fully diluted, it's a tightly packed structure. This firm has $900,000 in flow through funds to spend before the end of the year, and they need to spend that money in the ground.

When I spoke to President Thomas Yingling on the phone recently, he confirmed that both his team and his land positions are growing. Pennant is looking to acquire more oil production in Alberta, and is presently considering which of three large-scale drilling it will commence in the short term. Yingling categorized all three of these options as, "drill-ready, farm-in opportunities for us to drill before year end. Each of these projects is between one and half and three million dollars which we consider to be low risk, high-return, drill-ready projects. So we're about to move on one of them.'

Another encouraging aspect about Pennant Energy is the strong share position held by management. Yingling, for example, personally holds 1.3 million shares of the company and can therefore be expected to energetically pursue growth. These include "increasing shareholder wealth by targeting opportunities that offer the promise of accelerated oil production with a fast payback," and simultaneously expanding "participation in low-risk developmental drilling projects that provide enough cash flow to mitigate the need to seriously dilute the company's much-envied share structure.

" A seasoned venture capitalist, Thomas Yingling was appointed President of Pennant Energy on June 25, 2003. Mr. Yingling has also served for over a decade as the President of Brahma Communications Corp., an investment-consulting firm that specializes in corporate finance, investor relations and strategic corporate planning for publicly traded companies. In restructuring Pennant Energy, he brought James Britton, P. Geol. P. Eng. out of a comfortable retirement to serve as the firm's Senior Geologist / Engineer and sit on the board as one of the Company Directors.

Britton's wealth of experience spans over forty-five years in the oil and gas exploration and development business. During his notable career, he has been instrumental in successfully commercializing over four hundred and thirty oil and gas wells, some of which are still abundant producers.

Jim Britton has a remarkable track record of drilling 86% commercially successful wells. He was the man who engineered Dynamic Oil & Gas, Inc's growth from 25 barrels of oil equivalent a day (boepd) to over 5,000 boepd.

But drilling for oil is risky business. In the spring of 2007, the company's share price rose to a record $1.07 in on anticipation of the results of testing on Pennant's Kaybob S#1 Project. The company's stock dropped again two months later when Yingling announced "the absence of hydrocarbons in commercial quantities led to the abandonment of this technically challenging $3-million-plus well." There was an upside, however. Pennant's business model works: All of Pennant's financial risk was absorbed by Austin Developments Corp., which paid 100% of the costs of the drilling in return to earn a 50% interest in the venture.

By adhering to a finely balanced risk/reward model, and refueling from their Manitoba wells, Pennant managed to keep its treasury of over $1,500,000 relatively intact and still remains debt free. Just last month, together with Austin Developments Corp. (TSX: AUL), Pennant Energy expanded its Bronson Property land holdings by successful bidding at a September 19th, 2007 Alberta Crown Land Sale. The Bronson Property is now sub-divided as Bronson East and Bronson West with the east portion being the newly acquired 640 acre contiguous property located south east of the existing Bronson West. Positive results from a Geochem survey and a 3D seismic survey have identified several potential drill targets on the 640 acre Bronson East site.

Yingling says the team has everything in place to potentially drill a company-maker in Alberta this winter. With a $0.40 share price, undiluted share structure and record oil prices, Pennant offers a rare opportunity to participate in a ground-floor opportunity of a well-managed and highly ambitious (producing!) oil & gas junior.

This article is intended for information purposes only, and is not a recommendation to buy or sell the equities of any company mentioned herein. It is based on sources believed to be reliable, but no warranty as to accuracy is expressed or implied. The opinions expressed in the article are those of the author except where statements are attributed to individuals other than the author, in which case the opinions are those of the individual to whom they are attributed.

About the Author
Resourcex Investor is an internationally distributed newsletter about emerging junior resource companies. Sign up for a free 1-month trial to our newsletter and get instant access to news and investing tips that have helped many of our readers make more money. http://www.resourcex.com

Monday, October 22, 2007

Global oil and gas industry has generally favourable ratings ...

S&P said it expects the scope of oil exploration projects in China to widen, including expanding into fields previously considered uneconomical, ...

Brazil plans oil and gas exploration in Amazon

Sao Paulo, Oct 22 - Brazil plans to spend some $35.5 million on oil and gas exploration in the northern Amazonian state of Acre, on the border with Bolivia, ...

Sunday, October 21, 2007

Best energy ideas: Drilling for value in oil services

Even if oil and gas prices drop sharply, which seems unlikely given supply and demand forecasts -- capital spending should remain robust. ...

Wednesday, October 17, 2007

Crude Oil: Political Fodder?

With all the publicity nowadays surrounding the price of Crude Oil, I resolved to write an enlightening article on the backdrop of the so-called "Black Gold." I'll briefly go over history, environmental effects, pricing and the future of the thick black sludge that is coveted by every major economy in the world. Hopefully you can reach a better point of view on the subject.

The history of Crude Oil is too immense to discuss in this brief editorial so I will limit it to a general overview. The first oil wells were drilled in China in the 4th century. They where as much as 243 meters deep and were drilled utilizing drill bits attached to bamboo poles. The contemporary history of crude began in 1846, with the breakthrough of the process of refining kerosene from coal by Atlantic Canada's Abraham Pineo Gesner. The first rock oil mine was built in Bobrka, Poland the following year. These breakthroughs rapidly spread around the world, and Meerzoeff built the first Russian refinery in the mature oil fields at Baku in 1861.

James Miller Williams in Oil Springs, Ontario, Canada in 1858, excavated the first commercial oil well drilled in North America. The American petroleum industry commenced with Edwin Drake's discovery of oil in 1859, near Titusville, Pennsylvania. The industry matured slowly in the 1800s, driven by the demand for kerosene and oil lamps. It became a major national business in the early part of the 20th century. With the introduction of the internal combustion engine came a need that has largely sustained the industry to this day.
While we all need to get to work in some way or another, rarely does anyone consider the environmental effects of the fuel that powers our mode of transportation. Yes we know that the emissions from are cars, buses and trains have a green house effect on our delicate environment; but what about the rest of our ecology?

Oil extraction is costly and occasionally environmentally detrimental, although Dr. John Hunt from the Woods Hole Oceanographic Institution revealed in a 1981 paper that over 70% of the reserves in the world are associated with visible macroseepages, and numerous oil fields are found due to natural leaks. Offshore exploration and extraction of oil agitates the encompassing marine environment. Exploration could call for dredging, which stirs up the sea bottom, stamping out the ocean plants that nautical creatures need to survive. Not to mention the typical Crude Oil and refined fuel spills from tanker ship accidents. All of these factors have tainted frail ecosystems all over the world.
Petroleum products are priced like most commodities: supply and demand. While this may sound simple, the actual start to finish process can be a lot more complex subject. References to oil prices are generally related to the spot price of either WTI/Light Crude as traded on New York Mercantile Exchange (NYMEX). Priced by the barrel, Crude Oil is rapidly becoming the most costly commodity on the market (second only to Gold).

Oil pricing is extremely reliant on both its grade and location. The vast majority of oil will not be traded on an exchange but on an over-the-counter basis, typically with reference to a standard crude oil grade that is quoted via a pricing agency such as Argus Media Ltd or Platts. It is often claimed that OPEC arranges the oil price and the real monetary value of a barrel of oil is in the area of $2, which is equivalent to the cost of extraction of a barrel in the Middle East. These appraisals of costs disregard the cost of finding and developing oil reserves.

You can't talk about the future of oil without talking about the "Hubbert Peak" oil theory. This hypothesis depicts the long-term rate of production of conventional oil and other fuels. It assumes that oil reserves are not replenishable. It also predicts that future world oil production must unavoidably reach a crest and then decline as these reserves are exhausted. Like every other theory of any importance it is highly controversial. "When will the Oil actually start to run out?" is the big question.

No matter how you look at it, our society needs to concentrate more efforts on either alternative fuels or more fuel-efficient modes of transportation. While I'm sure that the oil won't peter out in my life time I would like to think we can leave this world a better place for future generations.

In closing, I hope this article has given you a better understanding of the topic and made you a more informed consumer. So the next time your grumbling at the price of gas, at least you'll understand what you're complaining about. If you would like to read more on the topic of Crude Oil, you can visit http://www.crudeoilrefinerysite.com/ or you can read any of the quality resources at the end of this article.

Books about the petroleum industry:

James Howard Kunstler (2005). The Long Emergency: Surviving the Converging Catastrophes of the Twenty-first Century. Atlantic Monthly Press.
C.J. Campbell (2004). The Coming Oil Crisis.

Peter Odell (2004). Why Carbon Fuels Will Dominate the 21st Century's Global Energy Economy. Multi Science.

About the Author
Stephen Nelson is a professional commodoties trader that specializes in the energy markets. His background is in computers and diagnostiv imaging. You can find more information at http://www.crudeoilrefinerysite.com/

Storage of Natural Gas in Depleted Natural Gas and Oil Fields

Natural gas is put in storage during the summer months when demand is lower for the upcoming winter season. Most of the natural gas is stored underground. In the United States most of the natural gas is stored in depleted oil and natural gas fields. There are a lot of these fields and they already have the infrastructure in place to accumulate the natural gas and the pipeline connections to distribute it. The most popular depleted fields are ones close to high usage areas. Not all fields are ideal for this natural gas storage.

Natural gas storage companies use depleted fields that are well sealed without a lot of compartments that can hold and release the gas efficiently. These fields are rock formations and despite the use of the latest technologies to inspect the formation gas can still escape into unforeseen areas where it can't be extracted. Advanced reservoir modeling, visualization and simulation techniques used in natural gas exploration and production are being used by some companies to better understand the field prior to storage.

One focus of research in natural gas storage management is on installing horizontal wells in existing storage fields. These horizontal wells increase the speed in which the natural gas can be injected and withdrawn from the field. This increased speed really helps on the delivery end as the gas can be delivered faster during high demand periods. The horizontal wells also reduce the number of wells needed to operate in a storage field.

About 13% of the natural gas used in the United States comes from storage facilities. There are around 400 storage reservoirs located predominantly near the major Eastern markets and middle of the country markets. There is almost 4 trillion cubic feet of storage capacity. There are three types of storage used for natural gas: depleted oil and gas reservoirs, salt caverns and aquifers. Depleted oil and gas reservoirs account for 87% of the total storage capacity, salt caverns 3% and aquifers 10%.

Pipeline companies are the main owners and operators of these storage facilities. These pipeline companies don't necessarily own the natural gas in storage. Most of this gas is leased by the distribution companies or the end users. The pipeline companies purchase the natural gas from oil companies like, Western Pipeline Corporation, and sell it to distribution companies or end users. Their storage facilities are used to hold this natural gas that has been sold or leased to these companies.

About the Author
Mickey Horn is the Executive VP of Investor Relations of Western Pipeline Corporation. Western Pipeline Corp specializes in identifying, acquiring and developing existing, producing reserves on behalf of its individual clients.

Thursday, October 4, 2007

How Do Seismic Surveys Locate Oil?

The first oil was found simply by looking at an oil seep on the surface of the earth. Today, oil prospectors have extensive knowledge of the earth's geology and can see where oil might be located underground. The first underground oil was extracted by accident while drilling for water in West Virginia during the beginning of the nineteenth century. Since then, we have learned to look for geological features, such as buckles and domes, which suggest there may be oil pushing up against the layers of earth.


Prospectors also know that oil is most likely to be found in sedimentary rock basins. What used to be a never-ending exploration from the ground is now a technologically advanced operation consisting of satellite scans and radar images. Once a likely place is found, a geophysical analysis is conducted. These surveys can give us clues as to where the oil might be. Clues encompass things like gravitational fields and the earth's magnetism that may be created or altered by the presence of oil beneath the surface.

A seismic survey is another way that we can try to predict where an oil trap may be. Vibrations are sent into the ground. Different frequencies reflect differently from each unique type of rock. This data is used to draw a computer model of what the layers of earth look like beneath the ground being surveyed. Traps and bubbles can usually be seen and some of these actually contain oil and gas. The only way to really know is to drill down and see if there is anything there. Seismic survey is a lot like an ultra-sound of the earth's surface.

Seismic surveys are conducted by setting off vibrations from explosive charges or by special trucks designed to shake the ground by hitting it with a giant hydraulic pad. The hydraulic pad hits the ground with tremendous force and speed sending vibrations very deep into the ground. Geophones record and amplify the sounds that are reflected back to the earth's surface. These recordings are translated into pictures that we can see and analyze.
We can also hunt for oil under the sea by using seismic surveys. Powerful air guns are towed on cables behind the boat. The air gun releases a blast of compressed air towards the sea floor. Echoes come back and are collected by sound-detecting hydrophones. This gives us a clear picture of what the surface of the sea bed looks like. We use many tow lines behind multiple boats to collect enough data to give us a three dimensional view of the bottom of the sea. Then oil prospectors can analyze the data, compare it to similar features found on the surface of the earth and determine where oil might be found. We used to use dynamite to create the seismic sound, but the use of air guns has greatly reduced the amount of pollution and marine-life death that the dynamite once caused. Specific guidelines are followed to keep the disturbance of marine animals to a minimum.

About the Author
About the Author: Mickey Horn is the Executive VP of Investor Relations of Western Pipeline Corporation. Western Pipeline Corp specializes in identifying, acquiring and developing existing, producing reserves on behalf of its individual clients.

Friday, September 28, 2007

Good Things To Know About Oil And Gas Engineer Jobs

Good Things To Know About Oil And Gas Engineer Jobs by Dalvin Rumsey


People who get to work as engineers in the oil and gas production are usually very well trained professionals. There are many things an engineer can be responsible for. For instance, a drilling engineer has to make sure the drilling of wells goes well, and also provide engineering support for all stages of oil and gas extraction. This includes planning and drawing up the drilling program, monitoring safety and providing on-site support. The drilling engineer must analyze the performance of the drilling and the factors that may sometimes influence the cost and the efficiency of the process as a whole.

The reservoir engineers are the ones to estimate the amounts of oil and gas that could be taken from the rock of the reservoir. They are asked to draw up plans in order to be able to extract as much as possible, as you might have already guessed by now!

Oil and gas engineers work in offices that are usually situated onshore. There, they must spend some 40 hours each week. This is not like working offshore, where the working schedule is usually 12 hours on and 12 hours off for two weeks. The rest of the month, they are being left onshore. The salaries are quite good in this particular field. The work of an oil and gas engineer requires that the person has skills for solving any problem that might occur and work well in a team or being able to lead one. Oil and gas engineers must have a scientific approach to their work and be prepared to work away from home from time to time. These persons must also be responsible and safety-conscious. The most important thing is that they are interested in protecting natural resources and the environment while meeting the demand for oil and gas.

There are many types of employers that may be able to offer jobs in this field. Should it be an operating company or a drilling company, the jobs keep on flowing. There are many other companies that can provide jobs in the oil and gas field. Some of them are engineering consultancies and service companies, for instance the seismic exploration firms or the well service firms.

So, an oil and gas engineer must have a postgraduate qualification, and most of all, he must be rather young of age, as it is very difficult to start working in this field when you are in fact close to 50.

About the Author

HirednotFired - Oil And Gas Job Search - Free Job & Resume Posting - Engineer Recruitment and Procurement. Your one stop for Oil Jobs .

When Will The World Run Out Of Gas?


When Will the World Run Out Of Gas? By William Cate

When it takes a barrel of oil to produce a barrel of oil, our Civilization will have run out of gas. It's too simplistic to estimate the known oil reserves and divided that figure by annual oil consumption and project that in about thirty years, we'll be out of gas.

In January 1901, the Texas Spindletop Field was brought into production. Initially, this one oil field produced more oil than Russian produces yearly, now. This discovery lead to the end of the Rockefeller Oil Monopoly. It introduced a century of global oil exploration. We have probably found all the cheap oil available to us. American's oil production peaked in 1969. World oil production is expected to peak around 2015. Meanwhile, oil consumption has risen by over fourfold since 1960. It is expected to continue to rise during the next decade. When demand exceeds dwindling supplies, the result is higher prices. It doesn't necessarily mean the end of the gas-guzzler. There are folks willing to pay fifty or one hundred dollars a gallon for gas.

There are no doubt undiscovered oil fields. Odds are these fields are small, deep and far more costly to develop than those of the 20th Century. It's impossible to project how much oil we haven't found. Whatever the amount of undiscovered petroleum, we will no doubt find it in the next thirty years. That oil may add a few weeks or years to our cheap oil needs.

The popular concept of profit oriented oil companies doesn't fit with the facts. The goal of the oil companies seems to be to maximum revenues, not maximum profits. In 1953, the U.S. Postal Service postcard cost one cent. In the same year, a gallon of regular gas in the San Francisco Bay Area cost thirty-four cents a gallon. Today, a USPS postcard costs twenty-four cents. Using the same price move on regular gas, I should be paying about $8.16/gal at the pump. It's evident that gas prices are agreed upon among the oil companies. However, the goal has always been maximum consumption, not maximum profit. It's a policy that will cost us dearly in this Century.

A better measure of the cost of oil, or any energy source, is the amount of energy required to produce it. Economists, geologists and physicists call this quantity the "energy return on investment" or E.R.O.I. As the average E.R.O.I. of an economy's energy sources drops toward 1 to 1, an ever-larger fraction of the economy's wealth must go to finding and producing energy. The energy return on investment for conventional oil, which provides about 40 percent of the world's commercial energy and more than 95 percent of America's transportation energy, has been falling for decades. United States production leads this trend. America is where petroleum resources have been exploited the longest. In the United States, from the early 1970s to today the return on investment of oil and natural gas extraction has fallen from about 25 to 1 to about 15 to 1. It will continue to fall toward 1 to 1 over the next three decades.

Without a doubt, mankind can find ways to push back these constraints on the global energy supply. But we probably can't push them back indefinitely, because our species' capacity to innovate, and to deliver the fruits of that innovation when and where they're needed, isn't infinite and our resources are finite. We will lose the energy race in this Century.

America is the Saudi Arabia of coal. Unfortunately, burning coal currently creates more pollution than using oil. We have built dams everywhere they should have been built and many places where they should never have been built. More dams in unworkable locations won't solve our oil problems. There is nuclear energy, but what do you do with all that radioactive waste? It's a question that Dr. Edward Teller and all those who have followed him haven't answer. At present, solar power is uneconomic. There should be a Manhattan Project to make solar costs and efficiency competitive with the current price of oil. There are only so many windy hills and thus wind-powered energy production is limited. None of these alternatives will meet the world's growing need for cheap oil.

We live in a finite world. Our capacity to consume nonrenewable resources appears to be infinite. The two paths will cross in this Century. The finite world path will be the only one that continues into the 22nd Century.

About the Author

He is the Managing Director of Beowulf Investments [http://home.earthlink.net/~beowulfinvestments/]. He's the Executive Director of the Global Village Investment Club [http://home.earthlink.net/~beowulfinvestments/globalvillageinvestmentclubwelcome/] He's a Venture Capital & Equity Finance Consultant [http://home.earthlink.net/~beowulfinvestments/williamcateventurecapitalampequityfinanceconsultant/]

How Much Natural Gas is Left?


Although oil gets the media attention, natural gas also plays a major role in the energy needs of the world. So, how much natural gas is left in the world? The answer may surprise you.

How Much Natural Gas is Left?

Natural gas is a fossil fuel that is non-renewable. Although called "natural gas", it could also be called methane for all intents and purposes since methane comprises the vast majority of the gas. Natural gas is found in oil fields, coal minds and its own unique locations.

Natural gas is more of a direct use energy in our daily lives. By direct use, I am referring to actually seeing it. You see it in action when you turn on your gas stove. You also see it when you spend 20 minutes burning your fingers while trying to light the pilot light on a heater. Beside residential use, natural gas is also used by industries for a wide variety of manufacturing applications. A less known use is as an ingredient in the production of ammonia.

Interestingly, and perhaps unfortunately, the countries with major natural gas resources are mostly those that also have significant oil reserves. Iran and Russia have some of the largest fields, as do many other Mideast countries. Fortunately, natural gas is also found in oil-deficient countries such as Australia, Argentina and Mexico.

So, how much natural gas do we currently have to fill our energy needs? The most current estimates put the reserves at roughly six thousand trillion cubic feet. My, that certain sounds like a lot, doesn't it? Given our current rate of use, however, it equate to between 60 and 65 years worth of supply.

As with oil, there are two issues that can throw the estimate of the number of years completely off. The issues are economic growth and further reserves.

The first is the emerging economies of China and India to mention to of the bigger ones. The economies of these countries are expanding like crazy and natural gas is one of the energy sources they live off of. In the next 10 to 20 years, the amount of natural gas needed by these countries should multiply, putting strain on the supply.

The second issue is more positive. Simply put, we should find more natural gas fields in future years. The prospects for finding more are, in fact, much better than those for oil. The reason has to do with transportation. Simply put, oil is easy to transport while natural gas is not. Recent innovations have solved many of the transportation issues, so exploration efforts are picking up.

Natural gas plays a fundamental role in the overall energy supplies of most economies, particularly first world ones. While natural gas supplies seem strong for the foreseeable future, it is important to understand it is not a renewable resource, to wit, it will run out one day.

About the Author

Rick Chapo is with SolarCompanies.com - a directory of solar companies.

Killer Coalbed Methane Gas Powers Chinese Taxis


Successful investors can predict where the market is going years before the rest of us. Like the clichés of selling ice to Eskimos (or the British version of selling coal to Newcastle), Richmond, Virginia-based Coal Baron E. Morgan Massey was five years ahead of the markets when he raised $75 million to develop coal mines in China's Shanxi province in 2001.

As early as 1994, the seventies-something founder and chairman of A.T. Massey Coal, which has since evolved into Massey Energy (MEE), began planning to bring American-invented Longwall mining technology to China's coal mines in Shanxi province. With his Chinese partners, Massey and Asian American Coal control about two billion tons of coal reserves.

It is Massey's spin off coalbed methane (CBM) company Asian American Gas, which caught our eye. According to Shanxi News, the CBM output of a pilot well set a new national record, continuously producing 40,000 SCM per day (standard cubic meters). The new technology which created the new national record is something called "Multi-Lateral Drilling (MLD)."

Asian American Gas Chief Executive Zou Xiang Dong claimed the MLD technology helped the methane gas output for his wells on his company's Panzhuang CBM block in Shanxi province jump by more than 40 times that of conventional vertical wells. Obviously the company is excited as four other MLD wells installed in the latter half of 2006. The company believes those wells might also have the potential to match the record production.The previous daily output record stood at 16,000 cubic meters.

China Celebrates Coalbed Methane

An inside look at China's rapidly blossoming CBM industry is nothing if not electrifying. The world's energy entrepreneurs have been rushing to China to take up the country's state-owned methane gas company - China United Coalbed Methane Co (CUCBM) - on production-sharing contracts offered to foreign energy companies. Since its inception, CUCBM has signed 27 production-sharing contracts with CBM developers from the United States, Canada, Britain and Australia.

The largest publicly traded company, and among the first to participate, was Chevron Corp (CVX). But smaller firms have also joined in the hunt to develop China's vast natural gas reserves. Far East Energy (FEEC) and Pacific Asia China Energy (PCEEF), have been awarded massive land concessions - on the order of the size of the state of Delaware. Many of these are home to rich coalbed methane reserves with thick, multi-level coal beds with high methane content. For example, U.S.-based Orion Energy was awarded a production-sharing contract on more than 460 square kilometers in the Sanjiao region of coal-rich Shanxi province. Volume is estimated at 60 billion cubic meters.

Typically, the foreign company assumes all the operational risk to verify the quantity of coalbed methane gas. Costs from exploration through to commercial production are borne by the foreign company. Pacific Asia China Energy vice president of exploration Dr. Marchioni told us that the positive side of this arrangement is that CUCBM would provide all of the coal exploration work, which he called quite satisfactory, and that his company's main work was to confirm the Chinese coal exploration. In a previous article we discovered that the gas content both Far East Energy and Pacific Asia China Energy confirmed, during their drilling programs, compared well against the top coalbed methane producing regions in the U.S. and Canada.

The Chinese are not giving away their CBM reserves without taxation. The Chinese-foreign joint ventures are subject to five-percent value-added tax when they begin to exploit the coalbed methane gas. However, for the first two years such joint ventures show a profit, the companies will be exempt from the business income tax. For the third through fifth year, the tax rate will be cut by half. In order to encourage new technology, such as the Multi-Lateral Drilling Technology or Mitchell Drilling Services' Dymaxion® drill rigs, the imported materials used for prospecting and development work are exempt from customs duties and the import regulation tax.

According to Yang Jian, an executive at China United Coalbed Methane, "The state encourages the development of this new energy, and there's no restriction on foreign companies entering this field. With the good prospects, the expanded production of coalbed methane can be expected to happen soon." Foreign companies have spent about $160 million exploring the concessions they were awarded. Yang pointed out that large Chinese companies, such as China National Petroleum Corp, were now entering CBM exploration. Shanxi province's Eleventh 5-Year Plan is forecast to exceed $15 billion for CBM exploration, development and utilization.

China's Killer Coal Gas Fuels Taxi Cabs

Holding the world's record for coal mining deaths annually, the Chinese have looked upon coal gas as a dangerous nuisance. During coal mining, methane gas can cause explosions resulting in death and injury to the miners. China United Coalbed Methane Corp general manager Sun Maoyuan pointed out, "About 80 percent of casualties are attributed to these gas explosions, causing direct losses of $93 million each year."

By extracting the gas - simply de-gasifying the coal mine before producing from it, deaths can be avoided and China can help power its economy with a 'new' energy source. One Chinese newspaper beat the drum for coal gas, writing, "As a 'green' energy source of good quality and high efficiency, coalbed methane has a promising future."

Fuxin City in China's Liaoning province is China's first city to replace coal-made-gas with CBM. Coalbed methane now supplies more than 80,000 households and 1,000 taxis. Twenty-three year-old taxi driver Li Gang is happy about using compressed coal-bed methane in his cab. "I can save on half of my expenses for fuel each day," he told Xinhua news service. One cubic meter of compressed CBM is the equivalent of 1.13 liters of gasoline, but retails for less than one-half the price of gasoline.

Starting in January, Jincheng City refitted about 90 percent of the city's 1300 taxis to use both compressed CBM and gasoline. At China's largest CBM exploitation base, Quinshui Basin, wells are operating at full capacity to help fuel factories, households and most importantly the city's growing dependency on automobiles.

China hosts more than 30 trillion cubic meters of CBM reserves, according to the China Coal Information Research Institute, and ranks behind Russia and Canada for the world's largest reserves. This much CBM is tantamount of 45 billion tons of standard coal. Some sixty percent of the methane gas is stored in coal beds below 1500 meters, which can easily be developed.

In 2004, China's coal mines polluted the atmosphere by pumping out 14 billion cubic meters of coal gas. By accelerating coal mine development in China, the emissions problem will worsen. Some experts estimate more than 17 billion cubic meters will be released by 2020. Because of the global shortage of energy sources, the Chinese are now turning to CBM as a reliable substitute for conventional natural gas.

Following the extraordinary publicity about deaths from methane gas explosions in China's coal mines, China's State Council, introduced measures in 2005, to harness gas by developing CBM projects and de-gasifying mines. To intensify CBM exploitation, the State Council issued a 16-clause guideline, this past June, offering a number of preferential policies on land use and access of methane-generated electricity to local power grids. Because of the urgency to get CBM in broader use, two months later, the National Development and Reform Commission began measures to put the guidelines into practice.

New CBM Drilling Technologies Move China Forward

In the mid 1990s, China began exploring some of its vast CBM reserves. Inadequate investment and technology led to the formation of CUCBM. The state-owned CBM company began attracting foreign partners to invest in developing China's CBM reserves and to bring with them new drilling technologies.

In 2005, China consumed 1 billion cubic meters of coalbed methane gas and was expected to use 1.4 billion cubic meters this past year. To date, more than 600 CBM wells have been sunk across China. Most remain in the exploration and pilot stages. New technologies brought to China through joint ventures with CUCBM could help accelerate development and dramatically increase the number of CBM wells

As we mentioned earlier, new CBM drilling technologies have arrived in China to advance many CBM projects more efficiently into production. With an eye to reduce cost and maximize efficiency, drilling technologies from the U.S. and Australia are being brought to China to expedite the emerging CBM sector.

Multi-Lateral Drilling Technology (MLT) offers solutions to tough economic climates and rough operating conditions. MLT has been used to recover 'heavy oil' deposits, such as those found in Canada or Venezuela. This technology has also found its way to the hostile North Sea to increase recoverable reserves from those oil fields.

Partly to reduce well construction costs, another advantage is to add incremental reserves and production rates to a project. Uneconomic projects could suddenly be made to work. When we spoke to Nathan Mitchell of Mitchell Drilling (Brisbane, Australia), he told us many previously sub-economic projects could become profitable by using his Dymaxion® drilling technology. Mitchell told us CBM extraction could drop to as low as $1.10/mcf, whereas others were struggling to extract for more than three or four times the cost.

Mitchell was quite excited to import his drilling technology to China through the company's joint venture with Pacific Asia China Energy. The joint venture would have an exclusive to utilize the Dymaxion® technology in China for all CBM drilling and coal mine de-gasification projects. At a coal symposium in Guizhou province this past spring, Mitchell spoke of the numerous coal companies which expressed a high level of interest in his company's drilling technology. From what we understand, the first such drill rig should shortly arrive in China.

Most MLT has been used for oil exploration projects. Noted, however, is that MTL may significantly impact reservoir spacing in deep, tight gas wells by helping to achieve optimal drainage spacing, which is impeded when drilling to deep reservoirs. By contrast, Mitchell has drilled more than 250 CBM wells in Australia and had moved forward with CBM drilling in India. This is the company's first entry to China, where rugged terrain could test the efficiency of his system.

CBM Timing Coincident with China's Red Hot Stock Market

China's Shanghai stock exchange is now among the world's best performing bourses. The Shanghai Composite Index now approaches 3,000, having hit a record high last week. Millions of Chinese have exited the frothy real estate market to trade stocks - more than triple the number of investment accounts were opened last year compared to 2005.

In July, commodities guru and best-selling author Jim Rogers told StockInterview he had cashed out of every other emerging market in the world and had invested heavily in China. China's financial markets collapsed two years ago and have now returned with a vengeance. Remember 1999? That's China today. According to the New York Times, one mutual fund raised $5 billion in a single day and some mutual fund managers are annually making more than $600,000 - in China!

What's that have to do with CBM? At some point, and we have already heard of interest of such, Chinese investors could very well flock into the CBM companies we've written about. There is an irrational exuberance vibrating across China's financial markets. But, this is also a country now attracting foreign investment. Asian Development Bank has injected $117 million into CBM development projects, Japanese banks have invested $20 million and National Investment Company of China has announced it would invest more than $300 million over the next seven years.

As more foreign capital comes to China for CBM projects, a scarcity of the best CBM projects could come about. As we have noted in previous articles, China's race for energy security has become a global challenge for its economic growth. We expect many of the local industries and prefecture level cities could plan to deal directly with the Chinese-foreign joint ventures in securing their own gas supplies by direct investment in the foreign-owned companies. By partnering with the foreign-owned, publicly traded companies, their communities would ensure a reliable energy source.

Nearly half of China's coal mines are rich in gas, but CBM remains undeveloped and still in its infancy in the world's largest coal market. Last May, China's National Development and Reform Commission approved a five-year plan to exploit coalbed methane. They plan to dramatically boost CBM output to 10 billion cubic meters by 2010.

In the back of our minds, we wonder what would happen should the aggressive Chinese investment community rush into CBM in the same way many North Americans and Australians have embraced the shares of uranium mining companies.

COPYRIGHT © 2007 by StockInterview, Inc. ALL RIGHTS RESERVED


About the Author

James Finch contributes to StockInterview.com and other publications. His focus on the uranium mining and nuclear fuel sector resulted in the widely popular "Investing in the Great Uranium Bull Market," which is now available on http://www.stockinterview.com and on http://www.amazon.com

Online pipeline maps - details about the exploration gas sector

The natural gas industry has gone through a lot of changes in the last couple of years. Various techniques were discovered, particularly in the exploration gas field. The online presence of specialized companies proved out to be very helpful and the industry grew really powerful.

Individual pipeline companies started to use the Internet in order to offer a better view of the industry. Pipeline maps were created for them and many specialists in the field considered them as one of the best invention ever.

The exploration gas field can be very well linked with the transportation of this precious resource. Exploration, extraction, storage and transportation are vital steps in the natural gas industry and all of them require advanced techniques. As gas can be found in oil or natural gas fields, including coal it is mandatory for the exploration gas procedures to be thorough and extensive.

Experts in the field work very close together in order to obtain the most benefits from the natural gas resources. After the natural gas undergoes various stages of exploration and extraction, it needs to be transported along the pipelines. Many people are interested in discovering the whole network of interstate pipeline and understanding the diverse elements presented, including the ones about the exploration gas sector.

Mapping has been considered a very interesting technique, especially by the people working in the oil and gas industry. They need pipeline maps and the information presented on them in order to be able to do their job as best as they can. For them, mapping services, with data gathering and analysis are vital in helping them take important decisions. Technical drawings of pipeline maps are made by applying graphic design and other procedures, including cartographic principles.

The system for representing important details of the pipeline network has been welcomed by a lot of experts in the field. Nowadays, the Internet is the first place people think of to find the information needed and this thing is valid for pipeline maps also. Pipelines are finely represented along with their characteristics, meaning diameter, capacity and owners. These elements are crucial to the success of any project in the business and they must be well-known.

Pipeline maps are made with the aid of geodatabases and they are presented online by reliable websites. These people are trying to meet the demands of the industry and they use diverse techniques in order to create such maps. They offer significant information linked with this industry, meaning pipeline routes, data about gas production and storage.

A wide range of data is analyzed so as to make this pipeline maps as accurate as possible. Along with the info presented above, come details about mainline throughputs, operators and horsepower. The maps are designed only by specialists, being easy to comprehend and put in use.

The natural gas sector is a big part of the United States industry. There are many esteemed companies out there, meeting the demands of the industry and using the Internet to such purposes. Pipeline maps are created for these companies, offering the needed information and presenting the natural gas system in an appealing manner.

Rockies Express Pipeline is one of the top companies in the market. They have a well-designed natural gas system, stretching from Colorado to Ohio. They have three segments of pipeline: Entrega, West and East. They fulfill the nation's requirements for natural gas and thus for energy. Rockies Express Pipeline maps include pipeline capacity, compressor facilities and lateral pipelines (to and from the mainline).

These pipeline maps for companies such as Rockies Express Pipeline include also extra mechanical devices, made especially for compression and also the natural gas deposits. An exact representation of important elements is required in this industry and there are many companies, including Rockies Express Pipeline, who desire to gain from them.
About the Author

Pipeline maps are indeed useful for specialists in the gas industry, mainly the ones of the exploration gas sector. They are made using unique skills and they present up-to-date information about powerful companies, such as Rockies Express pipeline.



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The petroleum industry: fuel oil, gas oil, transportation and mapping solutions


As modern society consumes larger amounts of fuel every day, the energy industry has become a very important part of the development and infrastructure of every country, and so has the petroleum industry, which includes oil companies, refiners and so on. Fuel oil is essential to land, sea and air transportation or heating and nowadays it is required in greater quantities than ever.

A commonly used type of fuel oil is gas oil, generally used for industrial heating, off-road diesel vehicles and for some cars and ships. Diesel gas oil can also be used to produce small amounts of electricity, but it's really polluting and expensive. In Europe, diesel gas oil is most commonly used to fuel about 40% of the cars, 90% of the SUVs and most of the trucks. Many people prefer diesel gas oil-powered cars because they have lower fuel consumption and produce only about 69% of the polluting gasses. On the other hand, burning diesel gas oil produces greater quantities of sulfur than gasoline.

The transportation of oil plays an essential part in the logistics and economy of the oil companies, as well as in the effectiveness of the use of oil. Pipeline transport provides the most economical method to transport great amounts of gas and it was pioneered in the late 19th century by a company in Azerbaijan. The pipelines are made from steel or plastic tubes with diameters ranging from 30 centimeters to 1.20 meters and they're usually built over land. Given the fact that building pipeline systems under the sea is very expensive and demanding, most of the oil at sea is transported with the help of special ships, called "tanker ships".

The mechanism is simple: the oil is pumped through the pipes by a system of pump stations built along de pipeline. The oil usually flows through the pipes at a speed ranging between 1 and 6 meters per second.

Let's take for example the Williams' Company Transco pipeline system, which has been functioning for over 50 years now. The Transco pipeline moves natural gas through its approximately 11.000 mile system, stretching across the United States from South Texas to New York City and is a great provider to the northeastern and southeastern states. Transco pipeline delivers natural gas from the Gulf Coast to areas like New York and New Jersey.

The Transco pipeline has a system design capacity of 7.8 billion cubic feet per day and a seasonal storage of 203.4 billion cubic feet. It supplies the Gulf Coast and it has market areas such as the Southeast, mid-Atlantic and Northeastern states. Also, the Transco pipeline system has about 11.000 miles of pipeline with 43 compressor stations built along the way to keep the gas moving. One must admit that the numbers are quite impressive!

Along with the great amounts of oil to be transported and the thousands of miles long pipeline systems came the need to preserve the accuracy of the drilling and exploration as well as the transportation of oil. And so came to life specialized companies to do that.

Rextag Strategies is one of the leaders in this field of expertise. Using GIS (Geographic Information Systems), mapping and cartographic capabilities and high quality graphic design, the company provides all that is needed for the effectiveness and success of all projects. The company has a competitive advantage compared to others in the same field of expertise, providing very useful information that cannot be found anywhere else. Recently, Rextag Strategies has released the "Interstate Natural Gas Pipeline Map Book", the first of its kind, offering valuable information about the top 40 US natural gas pipeline systems.

The energy and petroleum industries have both reached high levels of performance and efficiency during the last two decades and many companies have developed methods of exploiting and making good use of the planet's resources. Still, there is a constant threat to the environment that each and every company should consider, no matter the financial damage to their budget.

About the Author

By visiting our website you will not only be able to find out everything there is to know about gas oil, fuel oil or the Transco pipeline system, but you will also be able to purchase The Interstate Natural Pipelines Map Book - a complete, updated, professional and very valuable resource you will most lik

Oil and Gas Rig Expansion Creates Exciting Employment Opportunities b


Oil and Gas Rig Expansion Creates Exciting Employment Opportunities

Copyright 2007 by Harry S Richards

Work offshore for just half a year and get paid for the whole year? Sounds too good to be true, but that's on offer now in offshore locations worldwide.

The problem for new entrants to the industry is that these jobs are rarely advertised. You'll be hard-pushed to find them listed on Oil Company websites or in search engines. Why? Because now the growth is so fast that they are now recruiting by use of "The Walk-in Interview". It saves time and keeps rigs fully manned.

Walk-In Interviews: Don't get caught out by recruitment agency offers of "Guaranteed Work on Oil Rigs" that's nonsense because those agents will never know where the next "Walk-in Interview" is going to take place. It's almost like "speed dating" except that you only get one chance to bring along your passport and a copy of a recent payslip.

There is only one publication that I have seen that lists most of the current venues where you can simply "Walk-in" and get yourself an Oil Rig Job. [ see: http://www.offshore-jobs.co.uk ]. Even entry-level jobs are available, but you should have some similar shore-based skill or experience that can be adapted.

The Opportunities: Opportunities to work offshore worldwide have never been greater. The demand for new crews is almost at a peak. The major players in Gas and Oil exploration such as Shell, Aramco and UMW in South East Asia, and even China, have recently launched their expansion plans to drive earnings growth in 2007-2008 and beyond.

The Unseen Opportunity: For the Oil Rig worker, the unseen opportunity is the time off. Where else can you go to work and get two weeks out of the month off? The time off presents a truly wonderful opportunity.

Free Living and all found: Rig workers get four hot meals a day, all you care to eat. Seafood and steaks are on the menu often. Snacks, cold drinks, and fruit juices are provided 24 hours a day. Between working hours there are plenty of satellite programs and videos to watch, served with snacks and cold drinks.

The bigger companies, such as Esso and Shell go out of their way to provide all the comforts of home. Some even have Gym rooms and Saunas. Another perk is that you can call home anytime you like via satellite phones.

New Entrants: For the new entrant, previous offshore experience is not a requirement, but it helps. All applicants are considered on an individual basis, and once you get some basic offshore experience, you have the key which will open many doors for you. It's getting that initial bit of experience which sometimes presents the biggest problem. The website mentioned earlier includes several tips to show you how to get your first bit of experience.

Military Service If you have prior military service or you still are in the military, you will be able to use your military training to your own advantage. The military offers a great deal of excellent training, and some of it is transferable to the offshore industry.

For example, if you are a mechanic in the military, you will probably have diesel and hydraulic experience. Many things offshore operate hydraulically, pneumatically, and are diesel powered. If you worked on jet aircraft or helicopters, then you have some excellent experience to offer. Turbine engines are becoming more common all the time as power plants offshore.


About the Author

Harry S Richards is currently based in South East Asia and reports on many worthwhile careers in which he has personal knowledge or experience both at home and overseas. He runs several websites including http://www.themartuk.com and http://www.beauforts.com . His motto is "If you must have a career why not choose an Action Career". Such as you may find at http://www.offshore-jobs.co.uk . This article may be reprinted as long

Oil Rigs and Offshore Gas Exploration Careers


Copyright 2007 by Harry S Richards

The Opportunities:-

Opportunities to work offshore worldwide have never been greater. The demand for new crews is almost at a peak. The major players in Gas and Oil exploration in Europe, the USA, South East Asia, and even China, have recently launched their expansion plans to drive earnings growth in 2007-2008 and beyond.

Rig Crews get Two Weeks off every Month:-

Work offshore for just half a year and get paid for the whole year? Sounds too good to be true, but that's on offer now in offshore locations worldwide. The problem for new entrants to the industry is that these jobs are rarely advertised. You'll be hard-pushed to find them listed on Oil Company websites or in search engines. Why? Because now the growth is so fast that employers recruit crews via the "Walk-in Interview". It saves time and keeps rigs fully manned.

Walk-In Interviews:-

Most offshore job-seekers may never know where the next "Walk-in Interview" is going to take place. It's almost like "speed dating" except that you only get one chance to bring along your passport and a copy of a recent payslip. There is only one publication that I have seen that lists most of the current venues where you can simply "Walk-in" and get yourself an Oil Rig Job. Take a look at www.offshore-jobs.co.uk . Even entry-level jobs are available, but you should have some similar shore-based skill or experience that can be adapted.

Free Living:-

Rig workers get four hot meals a day, all you care to eat. Seafood and steaks are on the menu often. Snacks, cold drinks, and fruit juices are provided 24 hours a day. Between working hours there are plenty of satellite programs and videos to watch, served with snacks and cold drinks. The bigger companies, such as Esso and Shell go out of their way to provide all the comforts of home. Some even have Gym rooms and Saunas. Another perk is that you can call home anytime you like via satellite phones.

New Entrants:-

For the new entrant, previous offshore experience is not a requirement, but it helps. All applicants are considered on an individual basis, and once you get some basic offshore experience, you have the key which will open many doors for you. It's getting that initial bit of experience which sometimes presents the biggest problem. The website mentioned earlier includes several tips to show you how to get your first bit of experience.

Military Service:-

If you have prior military service or you still are in the military, you will be able to use your military training to your own advantage. The military offers a great deal of excellent training, and some of it is transferable to the offshore industry.

For example, if you are a mechanic in the military, you will probably have diesel and hydraulic experience. Many things offshore operate hydraulically, pneumatically, and are diesel powered. If you worked on jet aircraft or helicopters, then you have some excellent experience to offer. Turbine engines are becoming more common all the time as power plants offshore.

Know How to Meet the Hurdles:-

The opportunities for a worthwhile career in the offshore Oil and Gas industry could be waiting for you - if you have the motivation to follow those who already know how to meet the hurdles. Now you can get all that valuable knowledge in a single downloadable volume from www.offshore-jobs.co.uk

For the Oil Rig worker, the greatest benefit is the time off. Where else can you go to work and get two weeks off every month? The time off presents a truly wonderful opportunity. Could this be the career for you?

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About the Author

Harry S Richards reports on many worthwhile careers in which he has personal knowledge or experience both at home and overseas. He runs several websites including http://www.offshore-jobs.co.uk and http://www.themartuk.com . His motto is "If you must have a career why not choose an Action Career". This article may be reprinted as long as the resource box is left intact and all links are hyperlinked.

Untapped: The Scramble For Africa's Oil


The following is an excerpt from the book Untapped by John Ghazvinian Published by Harcourt, Inc.; April 2007;$25.00US; 978-0-15-101138-4 Copyright © 2007 John Ghazvinian

Since 1990 alone, the petroleum industry has invested more than $20 billion in exploration and production activity in Africa . A further $50 billion will be spent between now and the end of the decade, the largest investment in the continent's history -- and around one-third of it will come from the United States . Three of the world's largest oil companies -- the British-Dutch consortium Shell, France's Total, and America's Chevron -- are spending 15 percent, 30 percent, and 35 percent respectively of their global exploration and production budgets in Africa. Chevron alone is in the process of rolling out $20 billion in African projects over a five-year period.

The overwhelming majority of this new drilling activity has taken place in the so-called "deep water" and the "ultradeep" of the Gulf of Guinea , the roughly 90-degree bend along the west coast of Africa that can best be visualized as the continent's "armpit." Its littoral zone passes through the territorial waters of a dozen countries, from Ivory Coast in the northwest down to Angola in the south, and a good deal of its geology shares the characteristics that have made Nigeria a prolific producer for decades. Indeed, a number of unexpectedly productive fields have been discovered in the Gulf over the past decade. But although the Gulf of Guinea has lately been sub-Saharan Africa 's most exciting region for the oil industry, it is hardly the only "prospective" part of the continent (to borrow the industry term). The parched semideserts of southern Chad and southern Sudan have recently added hundreds of thousands of barrels a day to global markets, and a growing chorus of voices is now touting the East African margin as the industry's "next big thing."

But be it east or west, jungle or desert, it is a safe bet that where the drillers go, the politicians, strategists, and lobbyists are not far behind. Washington in particular has taken a keen interest in Africa 's growing significance as an oil-producing region since the headline discoveries of the late 1990s. In December 2000 the National Intelligence Council, an internal CIA think tank, published a report in which it declared unambiguously that sub-Saharan Africa "will play an increasing role in global energy markets," and predicted that the region would provide 25 percent of North American oil imports by 2015, up from the 15 percent or so at the time. (This would put Africa well ahead of Saudi Arabia as a source of oil for the United States .) In May 2001 a controversial and fairly secretive energy task force put together by U.S. Vice President Dick Cheney declared in its report: " West Africa is expected to be one of the fastest-growing sources of oil and gas for the American market."

In the following months, a group of congressmen, lobbyists, and defense strategists came together under the umbrella of the African Oil Policy Initiative Group, and began preaching the message that the Gulf of Guinea was the new Persian Gulf, and that it should become a strategic priority for the United States, even to the point of requiring an expanded military presence. A series of well-placed articles in the American media followed, some breathlessly announcing the inauguration of a new Middle East off the shores of Africa . Before long, the influential Center for Strategic and International Studies had chimed in with a couple of reports, its most recent, in July 2005, claiming that "an exceptional mix of U.S. interests is at play in West Africa's Gulf of Guinea ."

During these years, a number of prominent lawmakers in Washington began getting excited about the possibility of shifting some of America 's oil dependence from the Middle East to Africa . One former senior official charged with African affairs recalls Kansas Senator Sam Brownback rushing up to him one afternoon in October 2002, positively glowing with excitement. "What do you think about bases in Africa ?" Brownback asked. "Wouldn't that be great?"

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But does Africa measure up to the hype? After all, the entire continent is believed to contain, at best, 10 percent of the world's proven oil reserves, making it a minnow swimming in an ocean of seasoned sharks. Africa is unlikely ever to "replace" the Middle East or any other major oil-producing region. So why the song and dance? Why all the goose bumps? Why do so many influential people in Washington let themselves get so carried away when they talk about African oil?

The answer has very little to do with geology. Africa 's significance as an oil "play," to borrow the industry lingo, lies beyond the number of barrels that may or may not be buried under its cretaceous rock. Instead, what makes the African oil boom interesting to energy security strategists in both Washington and Europe (and, increasingly, Beijing ) is a series of serendipitous and unrelated factors that, together, tell a story of unfolding opportunity.

To begin with, one of the more attractive attributes of Africa 's oil boom is the quality of the oil itself. The variety of crude found in the Gulf of Guinea is known in industry parlance as "light" and "sweet," meaning it is viscous and low in sulfur, and therefore easier and cheaper to refine than, say, Middle Eastern crude, which tends to be lacking in lower hydrocarbons and is therefore very "sticky." This is particularly appealing to American and European refineries, which have to contend with strict environmental regulations that make it difficult to refine heavier and sourer varieties of crude without running up costs that make the entire proposition worthless.

Then there is the geographic accident of Africa 's being almost entirely surrounded by water, which significantly cuts transport-related costs and risks. The Gulf of Guinea , in particular, is well positioned to allow speedy transport to the major trading ports of Europe and North America . Existing sea-lanes can be used for quick, cheap delivery, so there is no need to worry about the Suez Canal , for instance, or to build expensive pipelines through unpredictable countries. This may seem a minor point, until you look at Central Asia, where the Baku-Tbilisi-Ceyhan pipeline, stretching from Azerbaijan through Georgia and into Turkey , and intended to deliver Caspian crude into the Mediterranean, had to navigate a minefield of Middle East politics, antiglobalization protests, and red tape before it could be opened. African oil faces none of those issues. It is simply loaded onto a tanker at the point of production and begins its smooth, unmolested journey on the high seas, arriving just days later in Shreveport , Southampton, or Le Havre .

A third advantage, from the perspective of the oil companies, is that Africa offers a tremendously favorable contractual environment. Unlike in, say, Saudi Arabia, where the state-owned oil company Saudi Aramco has a monopoly on the exploration, production, and distribution of the country's crude oil, most sub-Saharan African countries operate on the basis of so-called production-sharing agreements, or PSAs. In these arrangements, a foreign oil company is awarded a license to look for petroleum on the condition that it assume the up-front costs of exploration and production. If oil is discovered in that block, the oil company will share the revenues with the host government, but only after its initial costs have been recouped. PSAs are generally offered to impoverished countries that would never be able to amass either the technical expertise or the billions in capital investment required to drill for oil themselves. For the oil company, a relatively small up-front investment can quickly turn into untold billions in profits.

Yet another strategic benefit, particularly from the perspective of American politicians, is that, until recently, with the exception of Nigeria , none of the oil-producing countries of sub-Saharan Africa had belonged to the Organization of Petroleum Exporting Countries (OPEC). Thus they have not been subject to the strict limits on output OPEC imposes on its members in an attempt to keep the price of oil artificially high. The more non-OPEC oil that comes onto the global market, the more difficult it becomes for OPEC countries to sell their crude at high prices, and the lower the overall price of oil. Put more simply, if new reserves are discovered in Venezuela , they have very little effect on the price of oil because Venezuela 's OPEC commitments will not allow it to increase its output very much. But if new reserves are discovered in Gabon , it means more cheap oil for everybody.

But probably the most attractive of all the attributes of Africa's oil boom, for Western governments and oil companies alike, is that virtually all the big discoveries of recent years have been made offshore, in deepwater reserves that are often many miles from populated land. This means that even if a civil war or violent insurrection breaks out onshore (always a concern in Africa ), the oil companies can continue to pump out oil with little likelihood of sabotage, banditry, or nationalist fervor getting in the way. Given the hundreds of thousands of barrels of Nigerian crude that are lost every year as a result of fighting, community protests, and organized crime, this is something the industry gets rather excited about.

Finally, there is the sheer speed of growth in African oil production, and the fact that Africa is one of the world's last underexplored regions. In a world used to hearing that there are no more big oil discoveries out there, and few truly untapped reserves to look forward to, the ferocious pace and scale of Africa 's oil boom has proved a bracing tonic. One-third of the world's new oil discoveries since the year 2000 have taken place in Africa . Of the 8 billion barrels of new oil reserves discovered in 2001, 7 billion were found there. In the years between 2005 and 2010, 20 percent of the world's new production capacity is expected to come from Africa . And there is now an almost contagious feeling in the oil industry that no one really knows just how much oil might be there, since no one's ever really bothered to check.

All these factors add up to a convincing value proposition: African oil is cheaper, safer, and more accessible than its competitors, and there seems to be more of it every day. And, though Africa may not be able to compete with the Persian Gulf at the level of proven reserves, it has just enough up its sleeve to make it a potential "swing" region -- an oil province that can kick in just enough production to keep markets calm when supplies elsewhere in the world are unpredictable. Diversification of the oil supply has been a goal -- even an obsession -- in the United States since the Arab oil embargo of the 1970s. Successive U.S. administrations have understood that if the world is overly reliant on two or three hot spots for its energy security, there is a greater risk of supply disruptions and price volatility. And for obvious reasons, the effort to distribute America 's energy-security portfolio across multiple nodes has taken on a new urgency since September 11, 2001. In his State of the Union address in January 2006, President Bush said he wanted to reduce America 's dependence on Middle East crude by 75 percent by 2025.

Copyright © 2007 John Ghazvinian

About the Author

John Ghazvinian has a doctorate in history from Oxford. He has written for Newsweek, the Nation, Time Out New York, and other publications. Born in Iran and raised in London and Los Angeles, he currently lives in Philadelphia, where he is a visiting fellow at the University of Pennsylvania.