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[Kursbrecher]

Herzlich Willkommen! im neuen Fakten Thread von FAR EAST ENERGY

Dieser Thread ist gedacht um allen ein schnelles Bild von FEEC zu vermitteln.

Bitte beachten....

....nur mit Quellenangaben Posten

....keine Unwahrheiten verbreiten

....kein Spam ZB: Bilder die nichts mit FEEC zu tun haben

....keine Manipulierten Charts

....dies ist nicht der Hauptthread deshalb bitte keine dummen Sprüche, Beleidigungen oder sonstige Sachen die hier nicht hingehören.

Danke im Voraus

Dann wollen wir mal mit dem Personal anfangen:

FÜHRUNG

LEADERSHIP

Michael R. McElwrath
President and Chief Executive Officer, Director
Mr. McElwrath, before joining Far East Energy, was Vice President of TMP/Hudson Global Resources, TMP is the parent company of Monster.com. He served as Acting Assistant Secretary of Energy in the first Bush Administration, charged with development of the nation’s coal, oil, and gas policies and with management of $2.1 Billion in programs including the Clean Coal Program, the National Oil and Gas Research Program, and the Strategic Petroleum Reserve. He was an International Negotiator and Policy Advisor in the Reagan administration. Upon leaving the Bush Administration he had stints as Director of the National Institute for Petroleum and Energy Research and Director of British Petroleum’s outsourced exploration and production lab for the Americas. In addition, Mr. McElwrath has held a number of Senior Executive positions in the energy industry. Mr. McElwrath holds a J.D. from the University of Texas School of Law, as well as a B.A. Honors Program.

Bruce N. Huff
Chief Financial Officer
Mr. Huff brings more than 30 years of financial experience with emphasis on domestic and international oil and gas exploration /production. Mr. Huff spent 13 years with Harken Energy Corporation, holding the positions of President and Chief Operating Officer and other capacities including Senior Vice President, Chief Financial Officer and Director. In his industry experience, Mr. Huff has been responsible for a wide range of functions including strategic planning, financial, legal, information technology and investor relations. He has experience with acquisitions and divestitures, capital financings with common and preferred stock, U.S. and European convertibles and bank-project financing. Mr. Huff’s background also includes 20 years in public accounting, including positions with an international accounting firm in Dallas, Texas where he served in the audit department serving numerous public companies and as President of a local accounting firm in Abilene, Texas servicing oil and gas, banking, and other industries. Mr. Huff has co-authored several books and published articles on auditing small businesses and quality controls as well as training courses for those services. He graduated with a BS in Accounting from Abilene Christian University. Mr. Huff is a CPA and has been a member of the American Institute of CPAs, the Financial Executives Institute and the Independent Producers Association of America. The Texas Society of Certified Public Accountants named Mr. Huff the Outstanding Young CPA for Texas in 1983.

Garry Ward
Senior Vice President, Engineering
Mr. Ward’s career spans 23 years in the petroleum industry, where his primary focus has been on the evaluation of oil and gas properties throughout the United States. He has been involved in the evaluation of coalbed methane prospects, primarily in the San Juan and Powder River basins, since 1992. In addition, he has over 20 years’ experience in petroleum software development and has written numerous programs for use in the evaluation of oil and gas assets. Mr. Ward previously served as reservoir manager for 3TEC Energy and as Vice President of engineering and production for Floyd Oil Company. He holds a Master of Science degree in Petroleum Engineering from the University of Houston, is a registered professional engineer in the state of Texas and has been a member of the Society of Petroleum Engineers since 1978.


Alex Yang
VP Exploration
Dr. Yang is a well-known geologist, and is recognized as a preeminent CBM expert in China. He received his Ph.D in Geology from Texas A&M University and has 22 years of working experience in China’s energy industry and universities (teaching and research). He was among the pioneers in introducing CBM exploration and production to China, and assisted CUCBM in its early stages of formation. From 1993 to 2001, he worked as Chief Geologist and Senior Consultant for Amoco/Arco/BP CBM projects in the Ordos and Qinshui Basins in North China, and played a leading role in developing their projects and operations. Also, Dr. Yang has established personal/business relationships with numerous key people in the Chinese government and energy industry (CUCBM, PetroChina, Sinopec, China Univ. of Mining & Tech., and China National Administration of Coal Geology), which greatly benefits FEEC’s project execution and business development in China.


DIRECTORS

Michael R. McElwrath, President and CEO

John Mihm
Chairman of the Board / Compensation Committee Chairman
Mr. Mihm was the Senior VP of Technology and Project Development for Phillips Petroleum Company (later ConocoPhillips) until his retirement in February 2003. Mr. Mihm has 40 years of experience in the oil and gas industry. Mr. Mihm was involved in supplying technical support for the ConocoPhillips Shanxi project prior to its farmout to Far East Energy.

Thomas E. Williams
Independent Director
Mr. Williams is presently vice president of Maurer Technology, a drilling technology subsidiary of Noble Corporation. Williams held senior executive positions at the Department of Energy and the Department of Interior during the first Bush administration, following which he served as business development director at Houston’s Westport Technology Center, a leading upstream oil and gas research company that was acquired by Dresser Industries which later merged with Halliburton. Williams is co-founder and serves on the board of directors of Cementing Solutions, Inc., an oil and gas cementing and technology company based in Houston. Williams serves on a number of professional oil and gas organizations, associations and boards including the Independent Petroleum Association of America, the Petroleum Technology Transfer Council’s advisory group and national board, the Texas Independent Producers and Royalty Owners Association, the Society of Petroleum Engineers, the American Association of Drilling Engineers and others. He has authored more than 100 energy publications and articles during his 20 years in the industry.

Donald A. Juckett
Independent Director, Nominating Committee Chairman
Don Juckett, now consulting throughout the energy industry, retired from a long career at the Senior Executive Service level with the United States Department of Energy (DOE) in 2003. While there, he held posts as Director of the Office of Natural Gas and Petroleum Import and Export Activities, Director for Natural Gas and Petroleum Technology, and Acting Deputy Assistant Secretary for Natural Gas and Petroleum Technology. He conceived and organized the U.S./China Oil and Gas Industry Forum, a government/industry platform that enhanced China’s petroleum sector opening to outside investment. Prior to joining DOE, Mr.Juckett worked for Phillips Petroleum in exploration and production technical services and research. He has a Ph.D. in organic chemistry.

Randall Keys
Independent Director, Audit Committee Chairman
Mr. Keys is currently CFO of BPZ Energy, Inc. and a partner with Tatum CFO Partners LLP. Mr. Keys previously served as Chief Financial Officer of Transmeridian Exploration, Inc., a public oil and gas company with operations in Kazakhstan. Mr. Keys has over twenty years of financial management experience in the energy industry. From 1998 to 2001, he served as Chief Financial Officer of Core Laboratories N.V., an NYSE - listed global oilfield service company and one of its acquired entities. Prior to Core Labs, he served as CFO for 3DX Technologies, Inc., a NASDAQ - listed oil and gas exploration company, Treasurer for Norcen Explorer, Inc. and in progressive financial management roles at Santa Fe Energy Resources and one of its predecessors, Adobe Resources. Keys began his career with the public accounting firm of KPMG Peat Marwick and is a Texas CPA.

Timothy Whyte
Independent Director
Mr. Whyte is an investment manager with Sofaer Capital Inc. based in London. Mr. Whyte serves as an independent director and representative for an investor group in a $10.25 million private placement with Far East Energy closed on December 21, 2004. Mr. Whyte has an extensive investment background and a wide range of corporate finance experience.


TECHNICAL ADVISORS

Don Gunther
Mr. Gunther currently sits on the Board of Directors for Williams Energy Partners, (NYSE:WEG), which is principally owned by Williams Companies, Inc. (NYSE:WMB). Mr. Gunther has formerly served as Vice Chairman for the Bechtel Group of companies, served on Bechtel's Executive Committee, and served on Bechtel's Board of Directors. Mr. Gunther was formerly President of Bechtel Petroleum -- Chemical and Industrial Company, and President of Europe, Africa, Middle East, and Southwest Asia regions.

Professor Wang Wenqian
Professor Wang has 40 years of experience in mineral processing, specializing in coal and minerals in China with a specific focus on Yunnan Province. Professor Wang was a research fellow at the University of British Columbia in the Mineral Processing Department from 1983 to 1989. He has served as Vice Director of the Kunming Metallurgical Research Institute in Kunming, Yunnan Province and currently consults to the Institute on a wide array of projects.

Dr. Laxminarayana (Laxmi) Chikatamarla
Dr. Laxminarayana (Laxmi) Chikatamarla has more than 21 years of experience in technology, management, policy planning, and evaluation of coal deposits and coalbed methane resources for exploitation, development and construction of coal projects and coalbed methane research. He is presently working as a Post Doctoral Research Fellow on ‘Acid Gas Sequestration’ project with Professor Marc Bustin at the University of British Columbia (UBC), Vancouver, Canada.

Dr. Chikatamarla holds a B.S. in Mining Engineering, post graduate diploma in computer applications, M.S. in Rock Mechanics (engineering geology) from the Indian Institute of Technology, Delhi, India and a Ph.D. in Geology specializing in Coalbed Methane from James Cook University, Townsville, Australia. He has presented several papers in national and international conferences and has published articles about coalbed methane in international journals.

Adam Parkin
Mr. Parkin has over 25 years of experience in international finance and investment. He has served as director and fund manager with leading British institutions such as American Express Bank, Foreign & Colonial, Govett and Edmund de Rothschild. Mr. Parkin was trained as an economist; he holds Master of Philosophy degree from the University of Oxford and a B. A. with honors from the University of Warwick.

...und dann gehts auch schon geich weiter, mit dem Projekten:

Key Facts
The Shanxi project in full development could sustain an estimated
3,000 horizontal gas wells, giving it the potential to become
one of the largest CBM projects in the world.
FAR EAST ENERGY’S PROJECTS

Through its coalbed methane (CBM) projects in China, Far East Energy can exploit total gas-in-place estimated to be 18.3 to 24.9 trillion cubic feet (Tcf). By using an internal estimated recovery rate of 50%, recoverable CBM resources are potentially 9.2 Tcf to 12.5 Tcf (FEEC’s share is 4.8 Tcf to 6.9 Tcf depending upon CUCBM and ConocoPhillips participation).

Far East’s partners are ConocoPhillips and China United Coalbed Methane Company (China United). China United is China’s leading coalbed methane company.

The FEEC properties are world class in size and potential.
The Far East projects potentially contain recoverable CBM resources of 9.20 Tcf to 12.5 Tcf.

• Shanxi 6.55 – 9.8 TCF of recoverable CBM resources
• Enhong 1.10 TCF of recoverable CBM resources
• Laochang 1.55 TCF of recoverable CBM resources


ConocoPhillips has extensive and encouraging information on the Shanxi project. Enhong and Laochang, Far East Energy’s other CBM projects have had extensive coal exploration with drill holes mapping out two world-class CBM prospects. Between these two projects, 1,561 drill holes have been completed, 30 technical reports written, 21 core analyses completed and over 300 other reports on gas concentrations.

The bottom line from a technical and economic viewpoint on these three properties is very encouraging:

Shanxi Project – Far East partnering with ConocoPhillips and China United

• 1,057,638 acres
• Approximately 20 billion tons of coal reserves
• Estimated 13.1 to 19.6 trillion cu. ft. of total gas-in-place, with potentially 6.55 to 9.8 Tcf of recoverable CBM resources
• 50%-65% recovery possible
• 60 feet of total coalbed thickness
• Four seams average 9 feet thick each
• 40% - 70% interest potential for FEEC

Internal ConocoPhillips documents state the "coal was well cleated and coal samples have high gas contents."

The Shanxi project in full development could sustain an estimated 3000 horizontal gas wells. It could be one of the largest CBM projects in the world.

Far East could be a 66.5% owner of this project if ConocoPhillips decides to participate only on an overriding royalty basis. Far East would retain a 40% interest if ConocoPhillips elects to participate, but would only have to put up 40% of the development costs.

Core recovery tests by ConocoPhillips indicate high levels of cleating (a very good sign) and friability (brittle and fragmented coal) and the tests also show good gas content.

Enhong & Laochang – Far East partnering with China United

• 264,863 acres of property
• Estimated 5.3 trillion cu. ft. of total gas-in-place with potentially 2.65 Tcf of recoverable CBM resources
• 50%-65% recovery possible
• 11-13 mineable coal beds
• 55-62 feet thickness of coal beds
• 60% interest for FEEC

If all goes well, Far East could place hundreds of horizontal gas wells on each of the two blocks. Tests show the amount of gas per ton of coal is 200-500 cu. ft.



All Far East Energy’s projects appear to have excellent potential if the permeability is favorable. The Far East technical team feels relatively confident that this will be the case considering the extensive information already available regarding the fracturing and cleat system of the coal beds. Also, with over 80% of Far East’s coal seams less than 1,500 meters from surface, well completion costs should be reasonable.

World Class CBM Basins and Far East Energy Projects

Comparing Far East Energy’s projects to some of the major CBM producing areas in the U.S. shows favorable economic potential of Far East’s projects based on gas content per ton and size.

The Yunnan Coal Geological Bureau and ConocoPhillips have accumulated substantial data addressing three of the four most important factors for successful CBM production in the Far East projects: size of the coal deposit, gas content and thickness of the coal seams are all favorable. For the fourth factor, permeability, the technical information and preliminary tests are uncertain but appear to be somewhat tight.

Far East plans to use horizontal drilling technology ("HDT") to enhance the value of its properties in China. HDT has been shown to have a positive impact on CBM development in the United States, particularly in Arkoma and Appalachia. The advantages of HDT are in the ability to stay in the desired zone, control over the direction of the wellbore, limited fluid invasion in the formation, less surface facilities, well productivity exceeding that of vertical well capacity, ability to add additional zones with confidence and less formation damage due to less pressure drop. Although the cost of a horizontal well is expected to exceed the cost of a vertical well, Far East believes that the overall benefits are worth the higher cost per well.


Quelle: http://www.fareastenergy.com

Infomaterial über Projekte http://www.fareastenergy.com/documents/ir_present.pdf


Hier nochmal was von Midas Resarch zu der Aktie:

http://www.financial.de/pdf/midas/CR_FEEC_D_150306.pdf

Für alle die noch nicht Wissen um vieviel Geld es sich drehen kann.

Das mittelfristig Kursziel von Midas 10,51 EUR fest.

Langfristig: 56€uro

....und schon gehts weiter mit dem Gesamtchart um einmal zu Vermitteln was passieren kann:



Beachtet mal das Volumen der letzten Tage, und behaltet im Hinterkopf das die Shortis bereits hier Agieren.

FEEC ist OVERSOLD

Interpretation: Üblicherweise gilt ein Wertpapier als überverkauft, wenn der OBOS unter 30% liegt. Umgekehrt ist er übergekauft, wenn ein Wert von über 70% berechnet wird. Man kann davon ausgehen, dass ein überverkaufter Wert wieder zu einer normalen Bewertung findet, also im Kurs steigen muss, während ein überkaufter Titel keine weiteren Kurssteigerungen verspricht. Befindet sich der OBOS im überkauften Bereich, bedeutet dies, dass dem Markt das Kapital fehlt, um den Kurs noch höher zu treiben. Im entgegengesetztem Fall ist zu vermuten, dass in einen überverkauften Markt wieder Geld investiert wird, was Kurssteigerungen zur Folge hätte.

An der OTC hier:

http://www.stockhouse.com/comp_info.asp?view=&Displaycurrenc…

Kurslisten kann man auch bei Onvista kostenlos einsehen:

http://aktien.onvista.de/kurse.html?ID_OSI=6443094&ID_NOTATI…

Also gebt acht was passiert und laßt euch nicht verunsichern.

[Frickhasserin]

Antwort auf Beitrag Nr.: 22.566.584 von Kursbrecher am 13.07.06 14:52:09

[Kursbrecher]

Antwort auf Beitrag Nr.: 22.566.732 von Frickhasserin am 13.07.06 14:59:05

@ Fricki bitte keine Sinnlos Postings hier, nur mit Infos und Quelle Posten

So ungefähr:


Die News seite von FEEC:

http://www.fareastenergy.com/news.html#57

Far East Energy Announces Early Gas From First Horizontal Well

Houston, Texas – May 31, 2006 – Far East Energy Corporation (OTC BB:FEEC) announced that it has successfully achieved continuous gas flow in its first horizontal well in the Shouyang Block (FCC HZ01) of its project in Shanxi Province, China. At this early stage, the volume being produced is still small and the data obtained is not yet sufficient to be able to project peak gas production.

“We have attained a significant milestone with gas being desorbed from the coal,” stated Michael McElwrath, CEO and President of Far East Energy. “We have been very pleased with the dewatering of the HZ01 well because our initial well data evidences that the permeability of the #15 coal seam is much higher than we had anticipated. This high permeability and our desire to build a grouping of wells for production purposes are precisely why we located our third horizontal well, the FCC HZ03, in very close proximity to the HZ01.”

In coalbed methane production water must be produced before the pressure in the coal seam drops sufficiently to allow gas to release (desorb) and begin to flow. Water production from the HZ01 was higher than projected, but numerous water analyses and data from an observation well 400 feet from the HZ01 indicated that the produced water in the HZ01 was not from an extraneous source, and that the water level was being lowered, thus reducing the pressure in the coal seam. The higher water production is considered to be a positive indication of higher than anticipated permeability in the coal. Permeability measures the ease with which a gas or liquid can flow through rock or a similar medium, and the greater the permeability the easier it is for gas to flow through the coal.

“This information is very significant as it could suggest both a higher volume of total gas production over the economic life of the well, as well as a more rapid rate of production in the early years,” said Garry Ward, Senior Vice President Engineering.

As previously disclosed, in April 2006, Far East Energy began drilling its third horizontal well (FCC HZ03) in the Shouyang Block of its Shanxi Province project in China. The Company chose to drill the FCC HZ03 well adjacent to the HZ01 well because of the high permeability observed in the HZ01. This made the area around the HZ01 the preferred locale for the establishment of a large gas drainage pattern and gas production unit. The Company has now completed drilling a short-radius horizontal well with approximately 1075 feet in the targeted #15 seam, and Far East is preparing to begin dewatering. The belief that the high permeability in the coal seam makes significant production possible with shorter horizontal laterals, as well as difficulties encountered while drilling, led to the conclusion that the well should be completed to 1,075 feet.

The Shouyang Block is part of the 4,280 square kilometer (1,057,650 acres) coalbed methane (CBM) project in Shanxi Province that Far East holds under farmouts from ConocoPhillips. Including its 1073 square kilometer project in Yunnan Province, the coalbed methane concessions of Far East Energy contain a land mass slightly larger than the State of Delaware.

Based in Houston, Texas, with offices in Beijing, Kunming, and Taiyuan City, China, Far East Energy Corporation is focused on the acquisition of, and exploration for, coalbed methane through its agreements with ConocoPhillips and China United Coalbed Methane Company, Ltd. (CUCBM).

Statements contained in this press release that state the intentions, hopes, beliefs, anticipations, expectations or predictions of the future of Far East Energy Corporation and its management are forward-looking statements within the meaning of Section 27A of the Securities Act of 1993, as amended, and Section 21E of the Securities Exchange Act of 1934, as amended. It is important to note that any such forward-looking statements are not guarantees of future performance and involve a number of risks and uncertainties. Actual results could differ materially from those projected in such forward-looking statements. Factors that could cause actual results to differ materially from those projected in such forward-looking statements include: the preliminary nature of well data and commercial viability of the wells; risk and uncertainties associated with exploration, development and production of oil and gas; drilling and production risks; our lack of operating history; limited and potentially inadequate cash resources; expropriation and other risks associated with foreign operations; matters affecting the oil and gas industry generally; lack of availability of oil and gas field goods and services; environmental risks; changes in laws or regulations affecting our operations, as well as other risks described in our Annual Report on Form 10-K and subsequent filings with the Securities and Exchange Commission.

[Kursbrecher]

Antwort auf Beitrag Nr.: 22.566.732 von Frickhasserin am 13.07.06 14:59:05

Auch ältere Artikel Erwünscht oder TA´S

ZB:http://www.wsws.org/de/2001/jan2001/chin-j05.shtml

China greift nach Zentralasiens Öl und Gas
Von John Chan
5. Januar 2001
aus dem Englischen (3. Januar 2001)
Aufgrund der wachsenden Energienachfrage hat die chinesische Regierung den Zugang zu den großenteils unerschlossenen Reserven an Öl und Gas in Zentralasien zum vorrangigen Ziel ihrer Wirtschaftspolitik für die nächsten zwei Jahrzehnten erhoben. Pekings Pläne, China Zugang zu einer strategisch bedeutsamen Region zu verschaffen, sind ehrgeizig, kostspielig und haben bedeutende geopolitische Folgen. Die Energiepläne Chinas wurden auf dem Nationalen Volkskongress 2000 enthüllt. Schwerpunkt ist dabei der Bau eines 4.200 Kilometer langen Netzwerks von Öl- und Gaspipelines, das von Chinas westlicher Provinz Singkiang bis zur Ostküstenmetropole Schanghai verlaufen soll.

Das erste Stadium des Projekts ist der Bau von zwei Gaspipelines von Feldern in der Provinz Sichuan zur zentralen Industriestadt Wuhan und dann im Jahr 2002 nach Schanghai. Gasfelder in der Provinz Shaanxi werden an diese Pipelines angeschlossen werden. Öl und Gas von Becken in den Provinzen Qinghai und Singkiang, einschließlich des größeren Tarimbeckens, sollen bis 2005 angeschlossen werden. Wenn es einmal abgeschlossen ist - die geschätzten Kosten liegen bei über 30 Milliarden DM - wird das Energieprojekt in der Lage sein, 25 Milliarden Kubikmeter Gas und 25 Millionen Tonnen Öl pro Jahr in die Industrieregionen rund um Schanghai zu liefern. Zusätzlich zum Pipelinenetzwerk werden moderne Raffinerien und Kraftwerke an strategischen Orten in ganz China gebaut.

Singkiang, wo geschätzte Ölreserven von 20,9 Milliarden Tonnen und Erdgasreserven von 10,3 Billionen Kubikmeter lagern sollen, soll zu Chinas zweitgrößter Öl produzierender Region nach dem Nordosten des Landes entwickelt werden. Um seine Kontrolle zu festigen, setzt Peking zum einen auf die erbarmungslose Unterdrückung einer separatistischen Bewegung - die Provinz Singkiang ist überwiegend von Uiguren, einer zumeist moslemischen, turksprachigen Volksgruppe bewohnt - und zum anderen auf die rasche Industrialisierung der ärmeren westlichen Provinzen des Landes.

Der Bau des Pipelinenetzwerks entlang von Chinas Westgrenzen unter der Kontrolle der China National Petroleum Corporation (CNPC) und anderer großer chinesischer Energieunternehmen eröffnet zudem die Möglichkeit, die großen Energiereserven der früheren zentralasiatischen Sowjetrepubliken zu erschließen.

1997 erwarb die CNPC das Recht auf zwei möglicherweise lukrative Ölfelder in Kasachstan und warf dabei amerikanische und europäische Ölkonzerne aus dem Rennen. Im Austausch für die Bohrrechte ist die CNPC verpflichtet, Pipelines nach Singkiang zu bauen, um damit den Export von bis zu 50 Millionen Tonnen kasachischen Öls pro Jahr nach China zu ermöglichen. Außerdem sind Machbarkeitsstudien über den möglichen Bau einer 3000 km langen Gaspipeline von Turkmenistan nach Singkiang im Gange.

Theoretisch könnten Öl- und Gaspipelines von Turkmenistan und Kasachstan an die Pipelinenetzwerke sowohl Russlands als auch des Iran angeschlossen werden. Dieses Modell ist als die "Panasiatische globale Energiebrücke" bezeichnet worden - ein eurasisches Netzwerk von Pipelines, die Energieressourcen des Nahen Ostens, Zentralasiens und Russlands bis an Chinas Pazifikküsten verbinden würden.

Zunehmende ausländische Investitionen in Chinas Energiesektor

Zugrunde liegt dem Pipelineprojekt und der langfristigen Orientierung auf das Öl und Gas Zentralasiens der exponentiell zunehmende Energieverbrauch Chinas. Obwohl es der fünftgrößte Ölproduzent der Welt ist, hat sein Wirtschaftswachstum China seit 1993 in einen Nettoimporteur von Öl verwandelt. Im Jahr 2000 hat China bereits 65,5 Millionen Tonnen Öl importiert, hauptsächlich aus dem Nahen Osten, was gegenüber 1999 einen Anstieg von 97 Prozent bedeutet.

Nachdem sich die chinesische Wirtschaft in den neunziger Jahren mehr als verdoppelt hat, wird sie sich in diesem Jahrzehnt Prognosen zufolge erneut verdoppeln. Als Ergebnis werden die Importe sich von 20 Prozent des Ölverbrauchs auf 40 Prozent im Jahr 2010 erhöhen. Der Energieverbrauch der Industrie - 70 Prozent des gesamten Verbrauchs - ist dieses Jahr um 10 Prozent gewachsen. Der private Verbrauch wächst ebenfalls um 10 bis 14 Prozent pro Jahr. Nach konservativen Schätzungen wird der Anteil der Stadtbevölkerung von 20 auf mindestens 40 Prozent der 1,3 Milliarden Einwohner des Landes ansteigen. Mehr als 520 Millionen Menschen werden, v.a. an der Ostküste, in dicht besiedelten Städten leben und Elektrizität, Heizung und Transport brauchen.

Da Peking nicht in der Lage ist, die notwendige Infrastruktur zu finanzieren, hat es gezwungenermaßen den bisher isolierten chinesischen Energiesektor für ausländische Investitionen geöffnet. Große Summen von Kapital werden benötigt, nicht nur für die viele Milliarden teuren Pipelines, sondern auch zur Modernisierung technisch veralteter Raffinerien und zur Entwicklung von Netzwerken. Im Juli hat die chinesische Regierung bekannt gegeben, dass in verschiedenen mit der Ost-West-Pipeline verbundenen Joint Venture-Projekten ausländische Mehrheitsbeteiligungen zugelassen würden. Chinas zwei größte staatseigene Energieunternehmen haben Tochterfirmen an der Wall Street notieren lassen, um die für Ausbau und Umstrukturierung notwendigen Milliarden aufzubringen.

Um für ausländische Investoren attraktiv zu werden, haben die chinesischen Ölgesellschaften Arbeitsplätze abgebaut und beispielsweise Schulen und Krankenhäuser ausgelagert, die sie vorher für ihre Beschäftigten unterhalten hatten. Die CNPC, notiert unter dem Namen PetroChina, hat schätzungsweise 158.000 Arbeitsplätze vernichtet. Im Oktober ließ sich die "China Erdöl und Chemie Gesellschaft" als Sinopec notieren. Das erste Angebot der Aktien der dritten großen chinesischen Ölgesellschaft, China National Offshore Oil Corporation (CNOOC), ist für Anfang 2001 vorgesehen.

Die großen internationalen Ölgesellschaften bemühen sich aggressiv um einen Platz im chinesischen Energiesektor, dem mittlerweile größten außerhalb der USA. Während der letzten zwölf Monate hat es einen regelrechten Wettlauf um strategische Investitionen und Joint Ventures gegeben.

Anfang August kaufte die britische BP Amoco 2,2 Prozent von PetroChina im Austausch für ein Joint Venture, mit dem Erdöl und Gas an Chinas Küstenprovinzen verkauft werden soll, sowie Beteiligung an der Ost-West-Pipeline. BP Amoco will zusammen PetroChina in den nächsten fünf bis sieben Jahren eine Kette von mindestens 1000 Tankstellen in Südchina und eine Raffinerie und einen Terminal für Flüssiggas in Schanghai aufbauen.

Längerfristig will BP Amoco eine 2400 km lange Gaspipeline bauen, die Nordchina mit ihrem Feld in Kovitkinskoje bei Irkustsk in Russland verbindet.

Im Oktober kaufte die amerikanische ExxonMobil 19 Prozent von Sinopecs erstem öffentlichen Angebot. Nun bauen die beiden Gesellschaften unter einem gemeinsamen Firmennamen 500 Tankstellen in den Provinzen Guangdong, der Hauptexportregion Chinas. Gemeinsam mit saudischem und japanischem Kapital bauen ExxonMobil und Sinopec hochmoderne Erdölraffinerien in den Provinzen Guangdong und Fujian.

ExxonMobil ist einer der größten "Spieler" in den aufsteigenden Märkten Zentralasiens und des Fernen Ostens. Sie hat Ölanteile in Aserbaidschan und Kasachstan, sowie Gasbeteiligungen in Turkmenistan und auf der russischen Sachalin-Inseln nördlich von Japan. In Zusammenarbeit mit der CNPC prüft sie gerade die Möglichkeit von Gaspipelines von ihren Feldern im Osten Turkmenistans nach China.

Die strategischen Folgen

Chinas Pipelinenetzwerk könnte eine bedeutsame strategische Umgruppierung in der Region mit sich bringen. Zentralasien mit seinen großen Reserven an Öl, Gas und Bodenschätzen und seiner strategischen Lage ist bereits ein Gebiet erbitterter Rivalität zwischen den USA, Europa und Japan. Alle Großmächte suchen ebenso wie die transnationalen Konzerne nach Bündnissen, Beteiligungen und möglichen Pipelinerouten in den zentralasiatischen Republiken.

Das jeweilige Eigeninteresse hat China in die Gruppe der "Schanghaier-Fünf"-Nationen mit den zentralasiatischen Staaten Kasachstan, Kirgistan und Tajikistan zusammengebracht. Durch diese Gruppe versucht China, Russland wirtschaftlich und politisch an sich und Nordostasien zu binden, während Russland damit seinen traditionellen Einfluss in Zentralasien aufrecht zu erhalten versucht. Die Zeitung South China Morning Post kommentierte nach dem letzten Gipfel der Gruppe im Juli: "Wenn irgend etwas die beiden Länder einander näher bringen kann, dann ist es Russlands Export seiner großen Öl- und Gasreserven."

Es sind jedoch mehr als nur wirtschaftliche Erwägungen im Spiel. Besonders seit dem NATO-Krieg gegen Jugoslawien und der darauffolgenden Besetzung Kosovos ist ein wichtiger Bestandteil der chinesisch-russischen Beziehungen die Angst, dass separatistische Tendenzen auf ihrem eigenen Gebiet - wie in Tschetschenien oder Singkiang - von den USA zur Intervention in die Region ausgenutzt werden könnten. China wie Russland sind erbitterte Gegner der Entwicklung eines amerikanischen Raketenabwehrsystems, das ihre nukleare Abschreckung amerikanischer Aggressionen wirkungslos machen würde. Dementsprechend versuchen beide Staaten dem Einfluss der USA in Zentralasien entgegen zu wirken und bauen ihre Beziehungen mit Schlüsselländern wie dem Iran auf.

Russland hat sich jüngst einen Vertrag mit Turkmenistan über den Kauf von 30 Milliarden Kubikmeter Gas pro Jahr gesichert. Das war ein weiterer Schlag für die vom Unglück verfolgte, US-gesponserte Transkaspische Gaspipeline - eine Pipeline für turkmenisches Gas über das Kaspische Meer zur Türkei.

Bis jetzt gibt es noch kein Bündnis zwischen Russland und China. Sollte eine solche Partnerschaft jedoch zustande kommen, würde sie die Beziehungen in Zentral- und Ostasien dramatisch verändern. Sie würde den notwendigen politischen Rahmen für größere Investitionen in ein Pipelinenetz schaffen, das sich über Zentralasien und das russische Sibirien bis an Chinas Pazifikküste erstreckt. Innerhalb von zehn Jahren könnte China zu einem größeren Verteilungsknoten für Öl- und Gasexporte nach Südkorea und Japan werden, zwei der größten Energieimporteure der Welt.

Im November besuchte Chinas Premierminister Zhu Rongji Südkorea und rief dort das "Komitee für die Wiederbelebung Westchinas und Koreas" ins Leben, das südkoreanische Investitionen in das Pipelineprojekt fördern soll. Das gegenwärtige Tauwetter auf der koreanischen Halbinsel und die Öffnung der Grenze zwischen Nord- und Südkorea für den Handel hat Koreas Interesse an Energie aus Zentralasiens geweckt. Die "Korea Gas Corporation" hat sich bereits an einer Machbarkeitsstudie beteiligt, die eine mögliche Erweiterung der vorgeschlagenen Gaspipeline vom BP Amoco gehörenden Feld Kovitskoje in Russland nach Nordchina um weitere 1600 km durch Nord- nach Südkorea untersucht.

China hat kein Geheimnis daraus gemacht, dass es sich massive japanische Investitionen in seine Projekte erhofft. Der japanische Kapitalismus hat ein erhebliches wirtschaftliches und strategisches Interesse daran, sicheren kontinentalen Zugang zu Öl und Gas des Nahen Ostens als Alternative zu möglicherweise verwundbaren Seerouten zu haben.

Eine Studie über Chinas Energiepläne des amerikanischen Think Tanks Brookings Institute hat bereits vor dem Potential einer strategischen Partnerschaft zwischen Japan und China zum Nachteil der USA gewarnt. Sergei Troush schrieb dazu: "Eine mögliche Tendenz könnte eine stärkere Zusammenarbeit zwischen China, Japan und Korea in Sicherheits- und Wirtschaftsfragen sein... Die abnehmende Bedeutung der Seerouten im Indischen und Pazifischen Ozean könnte zur Überarbeitung des grundlegenden Sicherheitsabkommens zwischen den USA und Japan führen."

Die herrschende Klasse Japans, die keine eigenen Reserven an Öl hat, war in dieser Frage schon immer sehr empfindlich. Die japanische Invasion von 1931 in Chinas nordöstliche Provinz Mandschurei zielte teilweise auf die Kontrolle über die dortigen Ölvorkommen ab. Japans Angriff auf Pearl Harbour und die darauffolgende Invasion Südostasiens war eine Reaktion auf die Seeblockade der USA, mit der die Verbindungswege durch die Straße von Malakka blockiert und Japans Ölversorgung aus dem Nahen Osten und Indonesien unterbunden wurde.

Japans Abhängigkeit von Energie, die mit Öltankern durch die Seestraßen Südostasiens transportiert werden muss und deshalb durch Blockaden verwundbar ist, ist heute sogar noch größer als vor dem Zweiten Weltkrieg. Gleichzeitig sind japanische Banken und Konzerne von der Aussicht auf hohe Profite durch die Ausbeutung zentralasiatischer Rohstoffe ebenso angezogen wie die großen transnationalen Konzerne mit Sitz in den USA und Europa.

Troush zitierte die Bemerkungen von Ikuro Sugawara, einem Analysten der Nationalen Japanischen Ölgesellschaft, der schrieb: "Die neuen Spieler Asiens, darunter Länder wie Indien und China, werden einen harten Kampf um stabile Versorgung mit Öl führen und könnten dabei auf Ansichten beharren, die sich von denen der USA und Japans unterscheiden. Japan, das ein integraler Bestandteil des asiatischen Marktes und ebenso wie seine Nachbarn vom Öl des Nahen Ostens abhängig ist, wird nicht in der Lage sein, der Linie der USA so treu wie bisher zu folgen."

Das genaue Ergebnis der gegenwärtigen Manöver in Zentralasien und ihre Folgen für das strategische Gleichgewicht in Nordostasien sind noch nicht klar. Aber die internationalen Reaktionen auf Chinas Energiepläne machen die zentrale Bedeutung der Region ebenso deutlich wie das Potential für scharfe Konflikte.

[Kursbrecher]

Antwort auf Beitrag Nr.: 22.575.160 von Kursbrecher am 13.07.06 21:16:50

Natürlich ist hier Hindergrundwissen von dem noch kein Mensch weis erwünscht, auch über Handelspartner oder Verträge:



Hier eine Schlechte Übersetzung durch den Google Translater

Quelle: http://translate.google.com/translate?hl=de&sl=en&u=http://w…

Pacific Asia China Energy Inc. (SCHRITT)

SCHREITEN ist die erste kanadische Firma, zum für zu erforschen und des Kohlenlagermethans (CBM) in China zu entwickeln der Betriebsmittel. Diese Eintragung in den chinesischen Markt folgt amerikanischen Korporationen wie Sparren-Texaco, Conoco-Kreuzkopf und Far East Energy Corporation, die für Kohlenlagermethan in den letzten Jahren erforschen angefangen haben. Bis jetzt haben gewesen die Produktion das Methan mit 21 Kohlenlagern, welche die Verträge (PSC) teilt unterzeichnet mit 10 Auslandsgesellschaften in China mit einer Investition ungefähr US$150 Million und umfassen ein ganzes Gebiet von 32.853 quadratischen Kilometern. Alle Verträge werden mit China vereinigten Coalbed Methane Company (CUCBM) unterzeichnet das CBM Erforschung, Entwicklung, Produktion, Transport und Verkäufe in China beaufsichtigt.

SCHRITT ist eine haltene Firma, die vor kurzem 100 Prozent von Asien Kanada Energy Corp. erwarb. Diese Tochtergesellschaft hat ein PSC mit CUCBM unterzeichnet, um für zu erforschen und CBM Betriebsmittel in der großen Kohle zu entwickeln, Provinz von Guizhou produzierend. SCHRITT kann ein 60-Prozent-Interesse erwerben, indem er bis zu US $8 Million für ein Erforschungpilotprogramm finanziert.

SCHRITT besitzt auch 100 Prozent von China Kanada Energy Corporation (CCE). CCE hat Rechte unter einem unterschiedlichen PSC mit CUCBM, ein 70-Prozent-Interesse an einer CBM Eigenschaft zu erwerben, die 305 KM2 im Huangshi gewinnenbereich in der Hubei Provinz von Süden-zentralem China enthält. Die Firma kann sein Interesse erwerben, indem sie bis zu US$4 Million an den Erforschungaufwendungen finanziert und ein Versuchsprojekt mit 5 Brunnen durchführt.

Die Firma hat an einer Vereinbarung mit Mitchell Bohrung-Fremdfirmen Pty Ltd. von Brisbane, Australien teilgenommen. Die Joint Venture stellt eine ausschliessliche Lizenz her, eigenes bohrensystem Dymaxion Mitchells in China zu benutzen. Dymaxion ist ein einzigartiges und in hohem Grade wirkungsvolle Oberfläche in-säumen bohrentechnik, die die Firma seit frühem 2000 entfaltet hat. Bis jetzt über 200 Dymaxion sind Brunnen auf CBM Projekte gebohrt worden.

SCHRITT wurde vor kurzem Erlaubnis für die Bohrung und die Prüfung von 6 Brunnen auf Teil seiner Boatian-Qingshan Eigenschaft in der Guizhou Provinz, China bewilligt. Die Bohrung wird erwartet, um innerhalb der nächsten Wochen anzufangen und wird geplant, für August 2006 durchgeführt zu werden. Daten von den Brunnen ermöglichen der Firma, das Volumen des Geschenkes des Kohlenlagermethangases auszuwerten (CBM) und zu helfen, die kommerzielle Entwicklungsfähigkeit des Extrahierens des Gases festzusetzen.

MANAGEMENT:
Devinder Randhawa, MBA - Vorsitzender, CEO u. Direktor
Tunaye Sai - Präsident u. Direktor
Thomas E. Hogan, P.E. - Direktor
David L. Marchioni, MBA, Ph.D - Vizepräsident der Erforschung u. Direktor
Normannischer Mackenzie - Direktor
Steven Khan, MBA, FCSI, CFA - Executivvizepräsident u. Direktor
Patrick Groening, Ca - Finanzleiter

BERATUNGSSTELLE
Mike Halvorson
Douglas Braun, LLB
SAM Zhang

Pazifische Asien China Energie: SEDAR Firmaprofil

[Kursbrecher]

Hier mal ein gegoogelter Artikel über Grubengas:

http://translate.google.com/translate_c?hl=de&sl=en&u=http:/…



Kohlenlagermethan
Von Wikipedia die freie Enzyklopädie
Sprung zu: Navigation, Suche
Kohlenlagermethan oder Kohlenlagergas, bezieht sich auf Methanablagerungen in den Poren der Kohlenähte. Sie gekennzeichnet auch als :„süsses Gas“ wegen seines relativen Mangels an Wasserstofsulfid. Sie wird durch den gleichen Prozeß verursacht, durch den Betriebsmaterial in Kohle umgewandelt wird. Das Vorhandensein dieses Gases ist von seinem Auftreten unterirdisch im Kohlenbergbau weithin bekannt, in dem es eine ernste Sicherheit Gefahr darstellt. Das Kohlenlagermethan, häufig gekennzeichnet als CBM, ist disctinct von einem typischen Sandsteingasvorratsbehälter, da das Methan innerhalb der Kohle durch eine benannte Prozeßaufnahme gespeichert wird. Das Methan ist in einem Nahflüssigkeit Zustand und zeichnet das Innere der Poren innerhalb der Kohle (genannt die Matrix). Die geöffneten Brüche in der Kohle (genannt die Bügelen) können freies Gas auch enthalten oder können mit Wasser gesättigt werden.

Um das Gas zu extrahieren, wird eine Stahl-eingehüllte Bohrung in die Meter der Kohlegebohrt Naht (200 - 1500 Untertage). Da der Druck innerhalb der Kohlenaht sinkt, passend zur Bohrung zur Oberfläche oder zum Pumpen von etwas Wasser vom Kohlenlager, produzierte Gas und „Wasser“ Entweichen zur Oberfläche durch Schläuche. Dann wird das Gas zu einer Kompressorstation und in Erdgasrohrleitungen gesendet. Das „produzierte Wasser“ ist entweder reinjected in lokalisierte Anordnungen, freigegeben in Ströme, oder für Bewässerung verwendet. Das Wasser enthält gewöhnlich Natriumbikarbonat und Chlorverbindung.

Kohlenlagermethanbrunnen produzieren mit der niedrigen Gasrate und gewöhnlich pro Tag ragen an den nahen 300 tausend Kubikfüßen (ein ungefähr 0.100 m ³ /s) empor, und können große Ausgangskosten haben. Die Produktion Profile der CBM Brunnen werden gewöhnlich durch eine „negative Abnahme“ gekennzeichnet in, welchem die Gasproduktion Rate zuerst erhöht, während die Gasrate als Wasser weg gepumpt wird und Gas anfängt zu desorbieren und zu fließen. Ein trockenes CBM, das wohl ist, schaut nicht zu einem Standard gut sehr unterschiedlich, außer daß die Gasrate ist niedriger und Abnahme mit einer viel langsameren Rate.

Der Methandesorptionprozeß folgt einer Kurve (des Gasinhalts gegen Vorratsbehälterdruck) genannt eine Langmuir Isotherme. Die Isotherme kann durch einen maximalen Gasinhalt analytisch beschrieben werden (mit endlosem Druck), und an dem der Druck Hälfte diese Gas innerhalb der Kohle besteht. Diese Parameter (benannt das Langmuir Volumen und der Langmuir Druck, beziehungsweise) sind Eigenschaften der Kohle und verändern sich weit. Eine Kohle in Alabama und eine Kohle in Kolorado können radikal unterschiedliche Langmuir Parameter, trotz der anders ähnlichen Kohleeigenschaften haben.

Während Produktion von einem Kohlevorratsbehälter auftritt, werden die änderungen im Druck geglaubt, um änderungen in der Porosität und in der Permeabilität der Kohle zu verursachen. Dieses bekannt allgemein als Matrix Schrumpfung/Swelling. Da das Gas desorbiert wird, wendete der Druck durch das Gas innerhalb der Poreabnahmen an und veranlaßte sie, in der Größe zu schrumpfen und einschränkendes Gas fließen die Kohle durch. Während die Poren schrumpfen, schrumpft die gesamte Matrix außerdem, die kann den Raum schließlich erhöhen, den das Gas durch reisen kann (die Bügelen) und Gasfluß erhöhen.

[redigieren]
Reserven
Geschätzte Methanreserven verändern sich, gleichwohl eine Schätzung 1997 von der USgeologischen übersicht mehr als 700 Trillion Kubikfuß (20.000 Kilometer ³) Methan innerhalb der US voraussagt. Zu einem Erdgaspreis von US$6.05 pro Million B.t.u. (US$5.73/GJ), ist dieses Volumen US$4.37 Trillion wert. Mindestens ist 100 Trillion Kubikfuß (2.800 Kilometer ³) von ihm ökonomisch entwicklungsfähig zu produzieren. Britisch-Kolumbien wird geschätzt, um ungefähr 90 Trillion Kubikfuß Kohlenlagergas zu haben. Hohe Erdgaspreise und Höchstöl bilden CBM ökonomisch entwicklungsfähig, wo es möglicherweise nicht vorher gewesen sein kann.

Firmen wie EnSafe sind an der vordersten Reihe CBM des Beratens gewesen. Seite CBM EnSafes.

[redigieren]
Externe Verbindungen
Es gibt einige Stücke Software, die CBM Vorratsbehälter für Voraussage simulieren können oder Bestimmung Reserven:

EXODUS Vorratsbehälter-Simulator
SCHNELLER CBM VorratsbehälterToolkit
EKLIPSE CBM
3M Kohlenlager-Methan-Vorratsbehälter-Modell (public- domainsoftware)
Britisches Columibia Ministerium von Energie, von Gruben und von Erdöl-Betriebsmittelführer zum Kohlenlagergas
Zurückgeholt von „http://en.wikipedia.org/wiki/Coalbed_methane“

[Kursbrecher]

Die News kommt bald, die Vorbereitungen laufen bereits.

http://www.dcmoneyshow.com/ms/dcms06/exhDetail.asp?coID=far


Donald Juckett
Director
Far East Energy Corporation

Speaker Biography: Donald Juckett is the director of Far East Energy, the third largest holder of coalbed methane concessions in China, which is focused on the acquisition of and exploration for coalbed methane in China, through agreements with ConocoPhillips and China United Coalbed Methane Company. He is also the chairman of the board of the Nominating and Corporate Governance Committee. Mr. Juckett retired from the US Department of Energy in 2003, where he held positions as director of the office of natural gas and petroleum import/export activities for fossil energy, director for natural gas and petroleum technology, and acting deputy assistant secretary for natural gas and petroleum technology. Since his retirement, he has served as the special China liaison for the US--China Oil and Gas Industry Forum held annually--an event he co-founded. In December 2005, Mr. Juckett was named director of the office of geoscience and energy of the American Association of Petroleum Geologists (AAPG), in Washington, DC, AAPG is the world's largest society of petroleum geologists. He holds a BS in chemistry from the State University of New York-Oswego and a PhD in chemistry from the State University of New York-Albany.


--------------------------------------------------------------------------------
Date Time Topic Type*
Friday, July 21, 2006 10:35 AM - 11:20 AM Right Place - Right Time - Right Asset WS

*Legend
GS = General Session PS = Paid Session/Special Track
PD = Panel Discussion SP = Stage Presentation
PL = Lunch Panel WS = Workshop Session
EL = Exhibitor Hosted Lunch KP = Keynote Presentation

Special Notice
Please do NOT depend on this preliminary show schedule as your final guide. Changes happen between now and the actual show dates, so be sure to consult the OFFICIAL SHOW PROGRAM SUPPLEMENT included in the bag you receive when you arrive at the show for a more accurate schedule. You will also want to pick up "Daily Program Updates" at the Registration Desk each morning of the show to check on changes that have occurred since the final program went to print.

[Kursbrecher]

Hier mal ein Älterer Bericht aus 2005. Es geht Zwar nicht so richtig hervor was Shell mit Far East Energy zu tun hat, aber der Kommentar läßt auf eingiges hoffen:

Noch eine Schlechte google Übersetzung:

http://china-asiastocks.blogspot.com/2005/12/china-energy-se…

Freitag, den 23. Dezember 2005
China Energie-Sektor-Gelegenheiten und Herausforderungen koexistieren Shell, BP plc, und Ferner Osten Energie Co. deckt ihre Geheimnisse zum Erfolg in China auf.

China-AsiaStocks.com Reports: China Energie-Sektor-Gelegenheiten und Herausforderungen koexistieren
Shell, BP plc und Ferner Osten Energie Co. deckt ihre Geheimnisse zum Erfolg in China auf.
ROBERTS, Washington, 16. November 2005 - http://www.china-asiastocks.com/ (CAS), einen Investor und ein Industrienachrichten Portal für die China-Asien Sektorberichte über Chinas geheizten Energiemarkt, mit öl, Kohle und Elektrizität Sektoren auf die Oberseite der Liste ZEIGEN und beide Herausforderungen und Gelegenheiten holen den fremden Investoren. Ferner Osten Energy Corporation (OTCBB: FEEC) CFO Bruce ärger, königliche Holländer/Shell (NYSE: RDS-A) Externe Angelegenheit-Direktor Nick Wood und BP plc. (NYSE: BP) Presseoffizier David Nicholas stellen Einblicke auf dem Strom und der Zukunft des Marktes und ihre Erfahrung zum Erfolg zur Verfügung. Die Auslandsgesellschaften, die in China schließen funktionieren auch, ConocoPhillips, Chevron, ESSO mit ein, Meiya Power begrenzte Company und AES Corp. Viele Firmen wie Peabody Energie (NYSE: B.t.u.) und Petroleos De Venezuela (PDVSA) suchen aktiv nach Gelegenheiten in diesem Sektor.

China-AsiaStocks.com Reports: China Energie-Sektor - Gelegenheiten und Herausforderungen koexistieren

Fei Wang berichtet für http://www.china-asiastocks.com/, http://www.oilandgasstocknews.com/ und http://www.naturalgasstocks.com/
November 2005

“ Wir glauben, daß Shell Fähigkeiten und Stärken hat, die nützlich sind, wenn man Energiebetriebsmittel Chinas in einer stützbaren Weise entwickelt, und wir glauben, daß chinesische Firmen ihre eigenen funktionsfähigen Stärken sowie unvergleichliche Erfahrung des Funktionierens in China haben. Wir glauben dem in vielen Fällen, indem wir jene Stärken kombinieren, die, du eine Teilhaberschaft, die stärker, als ist jeder Partner verursachen kannst, der vorwärts alleine auf ein Projekt geht. „, sagte Einschnitt-Holz, Shell externe Angelegenheit-Direktor im China Markt (NYSE: RDS-A).

Bruce ärger, CFO für Fernen Osten Energy Corporation (OTCBB: FEEC), offensichtlich gesagt,“, die Expansion ist unglaublich und zeigt keine Zeichen von ließ oben während der nahen Bezeichnung Zukunft. Wir sind auf der Zukunft des Gasmarktes in China sehr bullish und sind sehr erfreut, die Entwicklung eines hoch entwickelteren Gasmarktüberschusses zu sehen die letzten Paare von Jahren. „
Um den Gesamtbericht zu lesen hier klicken: http://www.China-AsiaStocks.com/CAS/News/China_Energy_Market… und Artikel übersetzten: http://www.China-AsiaStocks.com/CAS/News/China_Energy_Market…

Die CAS Web site bildet nicht Empfehlungen, aber Angebote ein einzigartiges Informationen Portal für Investoren, Nachrichten zu erforschen, Artikel und neue Forschung. Gekennzeichnete Firma: (CAS wird ausgeglichen, wie im Verzicht freigegeben.)

[Kursbrecher]

Hier findet man auch Präsentationsmappen von Feec:

http://www.ipaa.org/meetings/archived_meetings.php#ipaa06pri…

[Kursbrecher]

Oder einfach hier Klicken ohne lange zu suchen. http://www.ipaa.org/meetings/ppt/2005London/FarEastEnergy.pp…

[Kursbrecher]

Hier gibt es einen Aktuellen Report von Feec für 10$.

Ob der was mit den Anstieg der letzten Tag zu tun hatte?

http://reports.finance.yahoo.com/w0?r=30485131:1


Sollte ihn einer Kaufen bitte mir mal schicken,
Hi Hi HA HA HA Berichte machen mich froh

[Kursbrecher]

Hier mal was von Swiss Finacial Report, interresannt ist auch die Prognosse für dieses Jahr

Quelle: http://www.aktiencheck.de/artikel/analysen-Ausland-412855.ht…

Far East Energy kaufen

22.04.2004
Swiss Financial Report

Die Experten von "Swiss Financial Report" empfehlen die Aktie von Far East Energy (ISIN US3073251007 / WKN 551426) zu kaufen.

Nicht nur die USA würden immer wieder mit Stromausfällen kämpfen, selbst das Land mit einer der weltweit höchsten Wirtschaftswachstumsraten erlebe derzeit seine erste Energiekrise. Kaum zu glauben, aber wahr. Anfang April habe sich ein Analyst der renommierten Investmentbank Morgan Stanley im "Handelsblatt" dahingehend geäußert, dass die Rationierung von Strom in China weit verbreitet sei. Selbst prominente Exportfirmen seien gebeten worden, an zwei Tagen in der Woche keinen Strom zu verbrauchen. Und Chinas Handelsdefizit im Energiesektor wachse jährlich um unglaubliche 70 Prozent! Kein Wunder, dass die chinesische Regierung verzweifelt versuche, den immensen Energiebedarf der Wirtschaft zu sichern. Ob bei der Exploration inländischer Öl- und Gasreserven (auch im Meer) oder im angrenzenden Kasachstan - China ergreife alle sich bietenden Möglichkeiten.

Durch das starke Wirtschaftswachstum nehme der chinesische Energiebedarf enorm zu und diese Nachfragesteigerung dürfte auch zu einem relativ hohen Inlandspreisniveau bei Erdgas führen! Man erwarte, dass sich dieser dauerhaft über dem Niveau von 4,50 USD/mcf halten werde. Einige junge Öl- und Gasexplorationsunternehmen würden sehr stark von dieser prekären Situation profitieren.

Dank eines sehr erfahrenden Managementteams und einer Reihe aussichtsreicher Gasexplorationsprojekte sei Far East Energy hier hervorragend positioniert. Der Hauptfokus der aktuellen Aktivitäten liege in Yunnan, China. Die Ergebnisse der ersten beiden Bohrungen seien sowohl hinsichtlich der Gasqualität als auch bezüglich der vorhandenen Menge einfach phänomenal gewesen!

Anzeige


Bei dem gefundenen Gas im Enhong-Laochang-Block handle es sich um verhältnismäßig reines Methan und der gemessene Gasgehalt liege mit 700 bis 840 Kubikfuß (cf) je Tonne Kohle überproportional hoch! Und Far East Energy halte an dieser Perle 60 Prozent! Dieser Gasgehalt übersteige sogar jenen der großen Methanvorkommen in den USA. Dort seien Werte von 300 bis 700 cf/t (San Juan Basin in New Mexico) sowie 250-500 cf/t (Black Warnor Basin in Alabama) gemessen worden.

Die zweite Testbohrung habe aufgrund der geringeren Bohrtiefe 350 cf/t ergeben. Damit habe auch dieses Ergebnis am oberen Ende der Erwartungen gelegen! Und auch die dritte Probebohrung, deren Ergebnisse Anfang der Woche bekannt gegeben worden seien, habe mit 280 bis 350 cf/t ebenfalls ein exzellenten Ergebnis zu Tage gefördert. Bis zum Frühsommer 2004 sollten insgesamt fünf Bohrungen abgeschlossen werden. Als nächster Schritt seien dann acht Pilotbohrungen geplant, woraus bereits eine Testproduktion realisiert werden könnte!

Das größte Wertsteigerungspotenzial liegt aber im "Dragon Projekt" in der Shanxi-Region. Im März 2004 habe sich Far East Energy einen Anteil von mindestens 40 Prozent an einem der vermutlich weltweit größten Gasvorkommen gesichert! In Zusammenarbeit mit der China United CoalBed Methane Corporation (CUCBM) und Philips China, einer Tochter von Conoco Philips, arbeite Far East Energy an einem Projekt, dessen Gesamtumfang derzeit auf sagenhafte 13 tcf Erdgas geschätzt werde! Und das Beste: dieses Riesenvorkommen liege unmittelbar in der Nähe von zwei Erdgaspipelines!

Die Experten würden davon ausgehen, dass der Aktienkurs von Far East Energy im Falle weiterer positiver Bohrergebnisse weit über das aktuelle Niveau steigen werde. Allein die anteiligen chinesischen Gasreserven von Far East Energy würden auf mindestens 4,2 tcf geschätzt! Bezogen auf die derzeitige Marktkapitalisierung von nur 140 Mio. USD ergebe dies eine Bewertung von gerade einmal 0,04 USD/mcf!

Die Durchschnittsbewertung von Erdgasreserven liege aber bei mehr als 1 USD/mcf. Selbst unter Berücksichtigung eines hohen Sicherheitsabschlages und weiterer zur Finanzierung auszugebender Aktien sei Far East Energy extrem unterbewertet. Ein bald zu erwartendes AMEX-Listing sollte zudem weitere Aufmerksamkeit auf das Unternehmen lenken. Aufgrund der hervorragenden Aussichten empfehlen die Experten von "Swiss Financial Report" spekulativen Anlegern die Aktie von Far East Energy mit einem ersten Kursziel von 4,20 Euro auf Sicht von sechs Monaten zum Kauf. Derzeit notiere die Aktie bei 2,15 Euro. Die Aktie könne spesengünstig in Berlin erworben werden

[Kursbrecher]

Hier eine kleine Einschätzung von einem der mit 5000DM angefangen hat, und innhalb 14 Jahre Millionenschwer wurde.

Chartanalyse sieht solange gut aus wie die 1,14286 nicht gebrochen wird auf Schlußkursbasis.........ansonsten werden wir die 0,93393 sehen.
Von den Indikatoren sieht es im Moment positiv aus, so das man sagen muss das wir die Tiefstände bei 1,15623 gesehen haben.
Das Ganze wird entschärft wenn wir auf Tagesschlußbasis 1,24464 schließen sollten.
Das wäre dann eine Umkehrformation die wahrscheinlich erst mal auf 1,40 führen wird alles klar...


Hi Hi Ha Ha Ho, die Einschätzung gefällt mir, nicht auszudenken was bei guten News passiert. Und dann kommt noch die HV hinzu.

[Kursbrecher]

In Shanxi werden unter anderem auch solche Methoden angewendet:

http://www.coal-ucg.com/currentdevelopments2.html

[gimo211]

Antwort auf Beitrag Nr.: 22.607.824 von Kursbrecher am 15.07.06 20:33:06

Hi Kursbrecher

ich finde Deinen neuen FEEC-Thread ganz prima

... nur ...
die von Dir zitierte Empfehlung der Schweizer ist schon 2 jahre alt ...

[Kursbrecher]

Antwort auf Beitrag Nr.: 22.704.514 von gimo211 am 18.07.06 18:13:53

Hier noch ein Paar Fakten:

Bin vom 20 bis 24 verreist, viel Spaß allen Anlegern mit FEEC.

Adios Amigos


ps. und wehe der Kurs ist nicht über 100% Explodiert bis ich wieder komme.


ps.

@ Graf vergesse mir nicht den Duden zu schicken

@ Fricki Hau die Shortis um

@ Rest Stellung halten und immer schön Kaufen

[Frickhasserin]

Antwort auf Beitrag Nr.: 22.772.604 von Kursbrecher am 19.07.06 23:11:41

mach ich

[payntee]

http://www.small-cap-news.de/pics/research_feec.PDF#search=…

...ist zwar schon etwas älter, aber sehr informativ finde ich

[Kursbrecher]

Antwort auf Beitrag Nr.: 22.978.975 von payntee am 23.07.06 16:32:08

Guten Abend,
nachdem es wie von mir erwartet die Woche keine News von Feec gab, gibt es mal wieder Input für Morgen.

Nachkkauflimit liegt bei 0,95 cent

Nachdem der Downtrend nicht bei 1,43 gebrochen werden konnte und die Charttechnisch wichtige Unterstützng bei 0,24am Freitag brach sollten wir den Boden bei 0,95 bis zur News noch testen.

Demnach laßt und das Spiel der Shortis doch einfach mitspielen.

Sollen Sie FEEC doch auf 0,95 shorten, mir doch Wurst.

[Kursbrecher]

Antwort auf Beitrag Nr.: 23.004.148 von Kursbrecher am 24.07.06 00:22:30

Schön Schön Schön Gimo211

http://www.sec.gov/Archives/edgar/data/1124024/0001299933060…

[…] Far East Energy Corporation has elected to enter into the third phase of the exploration period under (1) its Production Sharing Contract for the Exploitation of Coalbed Methane Resources for the Shouyang Area in Shanxi Province, Qinshui Basin, The People\'s Republic of China, dated April 16, 2002 and (2) its Production Sharing Contract for the Exploitation of Coalbed Methane Resources for the Qinnan Area in Shanxi Province, Qinshui Basin, The People\'s Republic of China, dated April 16, 2002.

The information in this Form 8-K shall not be deemed "filed" for purposes of Section 18 of the Securities Exchange Act of 1934, nor shall it be deemed incorporated by reference in any filing under the Securities Act of 1933, except as shall be expressly set forth by specific reference in such filing. […]

8-K Filing vom 24.7.2006

[Kursbrecher]

Es bleibt nicht mehr lange Zeit sich seine Tradingposition aufzubauen.
http://www.fareastenergy.com/news.html#56
Far East Energy Corporation Reschedules Annual Meeting of Stockholders to September 26, 2006

Houston, Texas – April 28, 2006 - Far East Energy Corporation (OTC BB: FEEC) announced today that its 2006 Annual Meeting of Stockholders has been rescheduled to be held on Tuesday, September 26, 2006, at 10:00 a.m., local time, at the Hotel Sofitel, 425 N Sam Houston Parkway E, Houston, Texas. The Board of Directors had previously scheduled the 2006 Annual Meeting of Stockholders to be held on June 6, 2006. In conjunction with the new meeting date, the Board of Directors has established Monday, August 7, 2006, as the record date for determining stockholders of record entitled to notice of, and to vote at, the 2006 Annual Meeting of Stockholders.

Based in Houston, Texas, with offices in Beijing, Kunming and Taiyuan City, China, Far East Energy Corporation is focused on the acquisition of, and exploration for, coalbed methane through its agreements with ConocoPhillips and China United Coalbed Methane Company, Ltd. (CUCBM).

[Kursbrecher]

ACHTUNG nicht meine Meinung, sondern eines Börsenclubmanagers, er hatte bezüglich Feec recht mit der Einschätzung die bei 0,93 und 0,88 lag. Leider Da hilft nur noch verbilligen, wie es einige ja bereits getan haben oder abwarten.

Aufgrund der Kurslage habe ich nochmal nachgebohrt:

Marktwert: innerer 0,65

Risikoaufschlag ist etwa bei 25%

Wenn bei 0,75 keine Trendumkehr statt findet, Stoppkurse setzen.

...weiter meint er noch: "Das die nächsten Monate Exploerertime sei."

Demnach, allen weiterhin viel Erfolg

[tancho]

Antwort auf Beitrag Nr.: 23.658.298 von Kursbrecher am 28.08.06 21:09:06

und jetzt

vielheißeLuft

[beacker38]

der Wert kennt auch nur eine Richting

Der Kurs bohrt sich in die Tiefe

[Turbofrank]

Antwort auf Beitrag Nr.: 23.830.922 von beacker38 am 08.09.06 19:52:07

[DRHolmes]

Antwort auf Beitrag Nr.: 23.830.922 von beacker38 am 08.09.06 19:52:07

Neue Brille ???

Fielmann

[Turbofrank]

Antwort auf Beitrag Nr.: 23.658.298 von Kursbrecher am 28.08.06 21:09:06

Unter 50 Cent würde ich einsteigen!!

[Kursbrecher]

Antwort auf Beitrag Nr.: 23.893.962 von Turbofrank am 12.09.06 17:00:04

Euro Meinungen wie immer, unbegründet und ohne Substanz

Aber hier mal was neues aus einer Google Übersetzung

http://translate.google.com/translate?u=http%3A%2F%2Fwww.cmi…

Coalbed gas pipeline construction projects in the country first launched in Shanxi

--------------------------------------------------------------------------------

Updated Time : 2006-6-21
　
June 19 afternoon, the CBM in Shanxi Transportation Company Limited and Asia and the U.S. mainland CBM signed long-term supply agreements and strategic intent, which means that the development and use of CBM in Shanxi Province to take the first step also marks the first shipment of coal bed gas pipeline -- to Houma Pipeline construction project officially started. According to CBM in Shanxi Transportation Ltd. Li Baoshan, a shipment to Houma coalbed methane gas pipeline 145 km long, running through Qinshui, Yicheng, QuWo three counties, the three counties to supply; Sub-counties have lost three gas stations, pipelines arrived in Houma, direction again three hours to lose, he went to Yuncheng, went to Hejin, broke through Linfen. Next, the construction of Route son, radioactive gas pipeline to Jinnan other counties.

According to the briefing, southern Shanxi's Linfen, Yuncheng region, only allocated 100 million cubic meters of natural gas, and satisfy the needs of users in the region. "These two regions to the introduction of coal-seam gas, may fill local residents, public welfare users, car users and industrial users of natural gas in the gap, but also to improve the air pollution situation in Jinnan district. "Li Baoshan, said that he expected at the end of this year to the first half of next year, a shipment to Houma ventilation pipelines built to transport 300 million cubic meters of CBM. Since then, the volume of gas has increased to 2010, the volume will reach 5-10 billion cubic meters of gas.

CBM (commonly known as gas) main components methane, is a new type of clean energy and high-quality chemical raw materials, energy is one of the 21st century's main successor. 10 trillion cubic meters of coalbed methane resources in Shanxi, accounting for one-third of the national total.

Methane is the main component of natural gas and coalbed methane as a result, the use of Shanxi Province has built 400 km gas pipeline for multiphase. Li Baoshan, said that before the end of the year will build 300 km pipeline, 700 km ultimate control over the size of the network, so other cities and counties in the province CBM gradually benefit.

In addition, the cooperation of the two companies will jointly develop coalbed methane build up by the Yangcheng connect Henan Province, as well as the direction of long-out by linking the province of Hebei, Shandong direction of the two pipelines, which is expected to increase in 2010, to the province can supply 20 billion cubic meters annually.

Hier in Deutsch
Kohlenlagergasrohrleitung-Bauvorhaben im Land stießen zuerst in Shanxi aus -------------------------------------------------------------------------------- Aktualisierte Zeit: 2006-6-21 　 19. Juni Nachmittag, das CBM in Shanxi Transportation Company begrenzt und in Asien und die USfestlandCBM unterzeichnete langfristige Versorgungsabkommen- und strategischeabsicht, das bedeutet, daß die Entwicklung und der Gebrauch CBM in der Shanxi Provinz, den ersten Schritt zu unternehmen auch den ersten Versand der Kohlenlager-Gasrohrleitung kennzeichnet -- zur Houma Rohrleitung begann Bauvorhaben offiziell. Entsprechend CBM Li Baoshan im Shanxi Transport-Ltd., sehnt sich ein Versand zur Houma Kohlenlager-Methangasrohrleitung 145 Kilometer und läuft durch Qinshui, Yicheng, QuWo drei Grafschaften, die drei Grafschaften, um zu liefern; Vor-Grafschaften haben drei Tankstellen, Rohrleitungen ankamen in Houma, Richtung wieder drei Stunden, um zu verlieren, er gingen zu Yuncheng, gingen zu Hejin, brachen durch Linfen verloren. Zunächst der Aufbau des Wegsohns, radioaktive Gasrohrleitung zu Jinnan andere Grafschaften. Entsprechend der Anweisung teilte Linfen Südshanxis, Yuncheng Region, nur 100 Million Kubikmeßinstrumente Erdgas zu und erfüllt die Notwendigkeiten der Benutzer in der Region. „Diese zwei Regionen zur Einleitung von Kohle-säumen Gas, können lokale Bewohner, allgemeine Wohlfahrt Benutzer, Autobenutzer und industrielle Benutzer des Erdgases im Abstand füllen, aber die Luftverschmutzungsituation im Jinnan Bezirk auch verbessern. „Li Baoshan, daß er am Ende dieses Jahres zur ersten Hälfte des folgenden Jahres, erwartete ein Versand zu den Houma Ventilation Rohrleitungen gesagt errichtet, um 300 Million Kubikmeßinstrumente CBM zu transportieren. Seit damals hat das Volumen des Gases sich bis 2010, das Volumen erreicht 5-10 Milliarde Kubikmeßinstrumente Gas erhöht. CBM (allgemein bekannt als Gas) Hauptbestandteile Methan, ist eine neue Art saubere Energie und hochwertige chemische Rohstoffe, Energie ist einer des Hauptnachfolgers des 21. Jahrhunderts. 10 Trillion Kubikmeßinstrumente Kohlenlagermethanbetriebsmittel in Shanxi, Drittel der nationalen Gesamtmenge betragend. Methan ist der Hauptbestandteil des Erdgases und Kohlenlagermethan infolgedessen, der Gebrauch der Shanxi Provinz hat 400 Kilometer Gasrohrleitung für Mehrphasen- errichtet. Li Baoshan, gesagt dem, bevor das Ende des Jahres die 300 Kilometer Rohrleitung errichtet, 700 Kilometer entscheidendes Steuer- über der Größe des Netzes, so andere Städte und Grafschaften in der Provinz CBM fördern stufenweise. Zusätzlich entwickelt die Mitarbeit der zwei Firmen gemeinsam Kohlenlagermethanaufbau durch das Yangcheng anschließt Henan Provinz, sowie die Richtung von langem-heraus, indem sie die Provinz von Hebei, Shandong Richtung der zwei Rohrleitungen, die erwartet wird, um sich 2010 zu erhöhen, zur Provinz verbindet, 20 Milliarde Kubikmeßinstrumente jährlich liefern kann.

[Kursbrecher]

http://translate.google.com/translate?u=http%3A%2F%2Fwww.chi…



2006年9月18日星期一
Strategic planning positions :



CBM (coal bed methane) development and use of the "11th Five-Year" plan (2)

--------------------------------------------------------------------------------
June 28, 2006 the number of news sources : the State Development and Reform Commission website read : 411 Acquiescence fonts 9pt 10pt 11pt 12pt 13pt 14pt 15pt 16pt 17pt 18pt 20pt 25pt

Fourth, comprehensive management of coal and gas outburst

National geological map based gas and related information, subject to tectonic compression and shear strong, III, IV, V, tectonic development of coal generally, the total thickness of coal seam thickness, or more than half of layered development outburst tectonic units designated as a serious coal and gas outburst zone. If Xing Gong, and other coalfield Dengfeng ( Mine ) Prominent seam ( Table 4-4) . In addition to the coalfield ( Mine ) Prominent seam, designated as a coal and gas outburst area. If Yangquan, the Jincheng Coal etc. ( Mine )( Table 4-5) 。



Table 4-4 Highlighted serious coal mine gas


Regional focus
With the average gas

Volume (M 3 Per ton)
Structure is complicated

Degree
Construction of Coal Development

Of
Seam or a single seam mining

1
Coal seam zone outstanding consolidated Ying
8.0 More
Extremely complicated
General development
Mainly single seam

2
Dengfeng Coal Seam prominent area
8.0 More
Extremely complicated
General development
Mainly single seam

3
New Discovery of prominent seam zone
8.0 More
Extremely complicated
General development
Mainly single seam

4
Coal seam zone outstanding Shao Lian
11.0 More
Extremely complicated
General development
Seam

5
Baisha Coal mine prominent area
10.0 More
Extremely complicated
General development
Seam

6
Umeda prominent coal mine area
10.0 More
Extremely complicated
General development
Seam

7
Nantong prominent seam zone
10.0 More
Extremely complicated
General development
Seam

8
Tianfu prominent coal mine area
10.0 More
Extremely complicated
General development
Seam

9
Zhongliangshan mine prominent seam zone
10.0 More
Extremely complicated
General development
Seam

10
Songzao Coal mine prominent area
10.0 More
Extremely complicated
General development
Seam

11
Coal mine prominent Furong District
10.0 More
Extremely complicated
General development
Seam

12
Gill prominent coal mine area
10.0 More
Extremely complicated
General development
Seam

13
Kong Ling prominent British coal mine area
10.0 More
Extremely complicated
General development
Seam

14
Fengcheng coal mine prominent area
10.0 More
Extremely complicated
General development
Seam

15
Jiangxi coal mine prominent area
10.0 More
Extremely complicated
General development
Seam

16
Six prominent coal mine area
13.0 More
Extremely complicated
General development
Seam

17
Coal mine in Shuicheng prominent area
12.0 More
Extremely complicated
General development
Seam

18
District prominent organizations gold seam zone
13.0 More
Extremely complicated
General development
Seam

19
Tongzi prominent coal mine area
10.0 More
Extremely complicated
General development
Seam

20
Expansion prominent coal mine area
10.0 More
Extremely complicated
General development
Seam

21
Coal mine prominent area
10.0 More
Extremely complicated
General development
Seam

22
Jiaozuo Coal mine prominent area
10.0 More
Extremely complicated
Development
Mainly single seam

23
Su County District outburst coal mine in eastern
10.0 More
Extremely complicated
General development
Seam

24
Coal mine votes prominent North District
10.0 More
Extremely complicated
General development
Seam




Table 4-5 Mine coal and gas outburst


Regional focus
The average gas content (M3/t etc.)
Structure is complicated

Miscellaneous degree
Coal Construction

Education situation
Seam or single

A coal mining

1
Yangquan Coal mine prominent area
10.0 More
More complicated
More development
Seam

2
Rood prominent seam zone
10.0 More
General
General
Mainly single seam

3
The outburst Qinshui Coalfield
10.0 More
General
General
Mainly single seam

4
Su County coal mine prominent western region
10.0 More
Complicated
Development
Seam

5
Linhuan prominent coal mine area
10.0 More
Complicated
Development
Seam

6
Pingdingshan coal mine prominent area
10.0 More
Complicated
Development
Seam

7
Anyang - prominent Hebi Coal mine area
9.0 More
Complicated
Development
Mainly single seam

8
Minesoils prominent seam zone
9.0 More
Complicated
Development
Seam

9
Fengfeng Mining Area prominent seam zone
9.0 More
Complicated
Development
Mainly single seam

10
Prominent coal mine in Handan area
9.0 More
Complicated
Development
Mainly single seam

11
Xiahuayuan prominent coal mine area
8.0 More
Complicated
Development
Seam

12
Chengde coal mine prominent area
8.0 More
Complicated
Development
Seam

13
Baotou mine prominent seam zone
8.0 More
Complicated
Development
Seam

14
Coal mine prominent seam zone
11.0 More
Complicated
More development
Mainly single seam

15
Tongchuan - Jiaoping kerosene gas symbiotic District
8.0 More
More complicated
General
Seam

16
District kerosene gas symbiotic Binchang Mining Area
8.0 More
More complicated
General
Seam

17
Symbiosis District kerosene Huangling coal mine gas
8.0 More
More complicated
General
Seam

18
Shitanjing prominent coal mine area
8.0 More
More complicated
More development
Mainly single seam

19
Shizuishan prominent coal mine area
8.0 More
More complicated
More development
Mainly single seam

20
Prominent coal mine in Wuhai District
9.0 More
More complicated
More development
Seam

21
Coal mine prominent table Hill District
9.0 More
More complicated
More development
Seam

22
Prominent coal mine in Jingyuan area
9.0 More
More complicated
More development
Seam

23
Tonghua Coal mine prominent area
9.0 More
Complicated
Development
Mainly single seam

24
Yang coal mine prominent red zone
9.0 More
Complicated
Development
Mainly single seam

25
Fuxin Coal Mining Area prominent area
9.0 More
Complicated
Development
Seam

26
Fushun coal mine prominent area
9.0 More
Complicated
Development
Seam

27
Jixi coal mine prominent area
9.0 More
Complicated
Development
Seam

28
Hegang mine prominent seam zone
8.0 More
Complicated
Development
Seam

29
Qitaihe coal mine prominent area
9.0 More
Complicated
Development
Seam

30
Tracking the outburst coal mine area
9.0 More
Complicated
Development
Seam

31
Panjiang Coal mine prominent area
10.0 More
Complicated
Development
Seam

32
Panzhihua prominent coal mine area
9.0 More
Complicated
Development
Seam

33
Hung-mao prominent coal mine area
9.0 More
Complicated
Development
Seam

34
Prominent seam coal mine area
10.0 More
Complicated
Development
Seam




Serious prominent local coal and gas production and the construction of the mine, it is necessary to establish and improve the gas extraction system, the ground coalbed methane gas extraction and underground extraction combination, in accordance with the "rules of coal and gas outburst," Preventing measures to seam gas pressure dropped 0.74 MPa below the coal seam to achieve targets without danger, before production.

Coal and gas outburst in the area of production and the construction of mine, it is necessary to establish and improve the gas extraction system, the ground coalbed methane extraction and downhole gas extraction combined to take reasonable measures to prevent sudden, prominent seam gas extraction rate and various economic indicators with the "prevention of coal and gas outburst rules," the seam without danger, before production.

Strictly implement the "industrial restructuring Catalog," in coal and gas outburst in the region, no new small coal mines that do not meet the requirements of the existing small coal mines to be sorted out is backed gas management experience, technology, infrastructure and management of large coal enterprises, the implementation of integration and transformation of the joint commission or its management, improve mine resilience.

5, accelerating independent innovation

( 1 ) Strengthen basic theoretical research and technological breakthroughs

1 And developing coalbed methane concentration of hypertonic hypertonic enrichment theory and prediction technology research. Coal is the main content of organic matter : the history and evolution of coalbed methane formation mechanism , Coal seam reservoir and the reservoir characteristics and the mechanism of evolution , CBM preserve the history and preservation conditions , Coalbed Methane and enrichment mechanism , Coal Bed Gas Enrichment , CBM hypertonic enrichment theoretical prediction and forecasting technologies.

2 And the determination of basic parameters of the gas flow occurrence principles and methods. Coal is the main contents : original gas pressure, gas content and permeability, joint development, coal moisture content, migration of groundwater extraction of gas, coal intensity of the impact of drilling parameters for the determination of methods, techniques and equipment for comparative analysis.

3 And research projects on the basis of the gas disaster. Main contents are : Coal major disasters caused by the mechanism of evolution and dynamics , Temporal and spatial evolution of mining-induced fractures coupled with the effects of the gas flow, the gas dynamic evolution of disaster response mechanisms and geophysical law, and the dynamic evolution of gas and coal dust explosion prevention mechanism.

4 And developing gas first, after mining theory and supporting technical studies. Main contents are : the exploitation of coal resources and coal-bed methane resources in time and space allocation; Underground coalbed methane development and extraction of ground interaction; Underground coalbed methane development and extraction of the ground supporting technology; First gas production, mining, after the best mode; Coal and gas mining technologies, including low permeability coal mining coal extraction mobile relieving gas technology, strengthen the original seam gas extraction technology, gob gas extraction technology.

5 And developing gas drilling, coalbed methane production technology and production technology research. Underground main contents are : Large-diameter drilling machine running track and directional drilling technology; Construction and development of soft rock, soft seam roof and the extraction of gas drilling rigs and retaining hole; Horizontal CBM production mechanism and mathematical model; CBM horizontal well drilling geological process-oriented R & D and technology equipment; CBM multi-lateral horizontal well drilling technology; Horizontal CBM production technologies.

6 , The gas disaster warning and control technology research. Main contents are : coal and gas outburst, the main gas explosion in the gas disaster warning systems and intelligent technology; Gas Research forecasts new technology and equipment ; Mine rapid transmission of broadband high reliability integrated monitoring key technologies and equipment research ; Gas Disaster Prevention Technology and Equipment ; Research on mine emergency rescue techniques and equipment.

7. Gas use of technology and equipment research and development. CBM main contents are : efficient storage, the major gas liquefaction temperature low voltage, high efficiency ANG Technology, methane hydrate storage and transportation technology; Thermoelectric cooling and for mine cooling technology, the major gas for thermoelectric cooling equipment used for power generation and associated technologies; Low concentration gas and coal combustion for power generation technologies; Low concentration gas transmission and the use of security technology and equipment research and development; Wind mine gas emission industrial boiler combustion technology; Ghulam coalbed methane industry is a purely technical and research.

( 2. ) Widespread application of the technology and equipment

1 , Ground extraction. Are : multi-lateral horizontal well drilling technology, underbalanced drilling technology, the ground fracturing vertical wells increased permeability of coal permeability and expand the area of high technology, drainage extraction technology, the coalbed methane well fracturing monitoring technology, CBM logging technology, CBM rope core technologies.

2 , Underground extraction. With the original coal seam are : Drilling long, deep hole presplit blasting increase seam permeability control technology, pre-selected CROSSCUTTING coal seam gas technology, and high-power mobile hydraulic pump rigs; Depressurized area gas extraction mining technology, mining Regional Governance protective layer of gas; Goaf extraction technology, the level of long-rock drilling technology.

3 And natural gas use. Gas : Gas main civilian technology and apparatus; Low voltage supply hot water and steam gas boiler technology and equipment; Gas generation technology and equipment, such as generators.

6 CBM long pipeline network construction

Manpower planning CBM pipeline and a gas pipeline network. "11th Five-year Plan" period, the planning and construction of the main gas pipeline CBM 10 Of the total length of lines 1441 Km, the total capacity of gas 65 Billion cubic meters ( Table 4-6) 。



Table 4-6 Planning long-distance pipeline construction

No.
Pipeline planning ( Starting - End )
Diameter (Mm)
Length (Km)
Pressure (MP)
Gas capacity ( Billion M 3 )
Investment ( Billion )
Construction time

1
Qinshui - Jincheng
508
51
4
8
1.4
2006 ,

2
Duanshi - Jincheng - Love -( Then in North Extension )
426
120
6
10
2.88
2006 ,

3
Duanshi - Changzhi - Linzhou - Anyang - Handan
426
245
6
10
5.88
*

4
Planners - Chongqing
400
175
1.47
2.3
2.1
2006 ,

5
Hancheng - Houma - Linfen
325
180
4
5
3.96
*

6
Daning - Jixian - Linfen - Huozhou
325
240
4
5
5.28
*

7
Ningwu - Yuan-ping - Dayu - Taiyuan - Shouyang - Yangquan
325
300
4
5
6.6
*

8
Three exchanges - Shaanxi-Beijing 2 Line
219
70
11
5
1.4
2007 ,

9
Duanshi - I Bajia ( Then Pipeline )
426
40
15
10
0.96
2008 ,

10
Bada - Shaanxi-Beijing Line
325
20
7
5
0.44
2008 ,

Total

1441

65.3
30.9


* As further proof : the use of coalbed methane development



Chapter V Environmental Impact Analysis and Countermeasures



First, the impact on the environment

( 1 ) Extraction ground

Coalbed methane wells, gathering and transportation hubs, such as construction, pollution comes mainly from noise, dust, sewage and solid waste to the surrounding environment. Construction vehicles, machinery and personnel activities on the surrounding noise impact will be temporary, would disappear once construction is finished. Site and trench excavation, construction machinery and vehicles, and personnel activities will cause damage to vegetation and soil disturbance. Sewage and wastewater project will have a definite impact on the surrounding environment. Produce small quantities of solid waste, proper treatment, not on soil, vegetation and other environmental factors have a devastating impact. Construction resumed promptly after the end of vegetation.

Coalbed methane extraction, mainly from air pollution emissions from the gas station, pigging operations and emptying the combustion flue gas, the main pollutants are carbon dioxide; Station water pollutant emissions from the small wastewater and domestic sewage. CBM pilot wells are under production output of the wastewater laboratory data COD42.34 Mg / Or, suspensions 30 Mg / Or sulphide 0.10 Mg / Or, PH Radio 8.64 , Ammonia 1.419 Mg / Or, wastewater concentrations were below targets GB8978-1996 "Wastewater discharge standards". The main pollutant wastewater NH3 — N And bacteria. Station will operate some equipment vibration and noise.

( 2. ) Underground extraction

CBM ( Coalmine ) Underground extraction devices, ground CBM ( Coalmine ) Processing station and the construction of supporting facilities such as storage during construction will have a certain amount of dust, sewage, noise and solid wastes, but also will have an impact on the ecological environment.

CBM coal mine ( Coalmine ) Underground coal extraction will greatly reduce the methane content of gas to reduce accidents, improve production safety in coal mines, and help protect the lives and safety of miners. But Transportation CBM gathering ground station and the station the same, but there are some impacts on the environment.

( 3 ) Pipe

CBM ( Coalmine ) Pipeline construction of the ecological environment is the most important environmental impact. These include noise, sewage, dust and solid waste on soil, vegetation, wildlife and ecological system disruption. Pipeline completed, the pipeline, gas stations along the sensitive areas along the goal will be that there are some potential safety problems and environmental risks.

( 4. ) CBM use

Each of the coal mining and coalbed methane emissions to the atmosphere ( Primarily containing methane ) About 150 100 million cubic meters of CBM ( Coalmine ) Use will significantly reduce methane and other greenhouse gas emissions, improving the atmospheric environment.

CBM ( Coalmine ) Although the combustion process will have to use a certain amount of NO X , A small SO 2 Dust and trace, but substitute coalbed methane can greatly reduce the use of coal combustion emissions of atmospheric pollutants, coal can be saved annually 2000 10,000 tons of sulfur dioxide emission reductions 75.6 10,000 tons ( About the current total emissions 3%) Emissions reduction 186 Million tons, while also reducing the ash covering the environmental issues, so as to avoid a coal processing, transportation, caused by dust and other air pollution, the atmosphere is conducive to the improvement of the environment.

Second, environmental protection measures

( 1 ) Environmental Protection

1 And CBM ( Coalmine ) Enterprise development specialists, responsible for monitoring environmental indicators to monitor the implementation of environmental protection measures, and coordinate the resolution of the problem. Meanwhile, the environmental education of workers, workers regulating behavior.

2 And the planning and construction of the project according to the environmental impact assessment , Strictly enforce the "three-in" system.

3 And improving pipeline welding quality and reduce leakage. Pigging operation of the coalbed methane emissions and stop anomalies to be used after flaring emissions.

4 And the election station lines in the election process must avoid drinking water sources. Yard of the production and livelihood through sewage to sewage treatment systems.

5 And use low-noise equipment necessary for acoustic noise reduction processing. Green station around to control noise and atmospheric absorption of harmful gases and particulate matter in the atmosphere block proliferation.

6 , In the election market, the election stations, line selection process must avoid nature reserves, scenic spots and historical sites, forest, crop planting, is not the best farmland, to bypass waters and marshes. Have a rational plan for a link between road to the construction site, prohibiting arbitrary characteristics. Pipeline Construction, formed as soon as possible to restore the landscape.

( 2. ) Environmental Monitoring

1 And construction projects, the need for a systematic monitoring of the region's environmental quality for comparative analysis.

2 And should select a certain number of coalbed methane wells, monitoring of the drilling, fracturing and exclusive process of mining operations, such as wells and the surrounding ecological environment, acoustic environment, the impact of surface water and groundwater.

3 , The valley sides pipeline deal 1 M , As well as the gathering point for the surrounding ecological environment monitoring; Compression stations, power stations, factories lay 1 Within the scope of the environmental impact km acoustic monitoring; Also both sides of the pipeline 40 M Compressed Air Station and the surrounding area 50 M The scope of environmental risk assessment.

4 And the exploitation of coalbed methane wells within the scope of the distribution network groundwater impact evaluation, and outfall upstream 100 M Downstream to the outfall 4 Km of the surface water impact evaluation.



Chapter VI Safeguards



First, to CBM ( Coalmine ) Development and use of monitoring

CBM building sound ( Coalmine ) Development and use of the regulatory system, specifically the various government departments for the supervision duties, and improve legislation and formulate relevant policies, strictly coalbed methane exploration and development of technological, capital, management expertise and personnel access, and strengthening of project approval, price, quality, safety, environmental protection, information, standards and the public interest, such as the macro-control and management. Uphold national unity planning, the overall development and steadily promoting the development and utilization of coalbed methane, to avoid projects begin to prevent the waste of resources and funds.

Second, the coalbed methane industry categories, advance step by step

Increased coal-bed methane exploration and development work, and carry out comprehensive evaluation forecast coalbed methane resources. The extraction conditions with the ground, as soon as possible "first gas production, coal mining after the" priority of coal and gas outburst in the regional, regional and development conditions in coal mine production safety successor good ground coalbed gas-rich region extraction. Develop coalbed methane gas content security control standards to improve the pumping plans are worked out, plans are worked out to the wind as the main content management industry standards for coal bed methane gas production and mining integration of specific provisions. Priority support 45 Monitor key enterprises and gas extraction system; Gas extraction rate below key support 40% Mine transformation of the extraction system; Appropriate support new or modified coal extraction system to ensure production safety in coal mines and promote the healthy development of coalbed methane industry.

Third, sound CBM ( Coalmine ) Support industrial development policy

CBM development, and to promote the use of coal bed methane extraction, and actively seek work out relevant policies :

The development of coalbed methane gas and coal extraction projects, land use, in accordance with relevant state regulations priority;

On the ground directly involved in CBM ( Coalmine ) Prospecting and mining enterprises. 2020 Years ago, according to the relevant state regulations apply for a waiver for the use of prospecting and mining rights of toll charges;

On CBM ( Coalmine ) Technological transformation projects extraction using imported equipment, instruments, accessories and tools, import tax policy;

CBM ( Coalmine ) Extraction equipment to be used in the base period based on accelerated depreciation, and depreciation costs were paid at the enterprise;

Use of coalbed methane extraction ( Coalmine ) The main raw materials for the production of products, 2020 Years ago VAT immediately;

Coal bed methane extraction and use of its main raw materials for the production of products derived from, the five-year income tax exemption from the annual profit. Allowing enterprises by the time the actual cost of technology development 150% Then offset taxable income;

The use of coal mine gas generating enterprises, the self; Need to be connected to the surplus electricity from the power grid enterprises priority to selling online, Internet access tariffs approved by the state electricity implementation or enforcement of the local thermal power lever desulfurization unit price.

Fourth, the creation of a sound system of technical support for coalbed methane industry

Gradually establish a sound enterprise as the mainstay and market as the orientation, the combination of production, learning, and research and development suited to China's CBM exploration, extraction system using the technology. States to strengthen its technology center, and adopted policies to encourage independent innovation incentive mechanism to promote enterprises to develop coalbed methane ( Coalmine ) Development and use of innovative technology, and tackled technical problems. Accelerate the construction of coal mine gas control and the National Engineering Research Center for CBM development and utilization of national engineering research centers, implementation and utilization of coal bed methane project management laboratory, to become independent and innovative networking and systems integration, technology and adhere to self-development phase, strengthened the digestion and absorption of imported technology and innovations.

Fifth, deepening reform of institutions and mechanisms used for coalbed methane development

All resources and national reform and development of coalbed methane systems and mechanisms to attract investors to participate in CBM development and utilization, mobilize all human, financial and material resources to promote the development of coalbed methane industry. CBM development and utilization of the established mechanisms for coordinating interests and mobilize local enthusiasm. Encouraging large enterprises to participate in the exploration, development and utilization of coalbed methane. Appropriate mechanisms for the introduction of competition, and encourage foreign companies to invest in coalbed methane resources in the risk exploration and coal bed methane extraction and utilization CBM technical cooperation and infrastructure construction projects. Develop cooperation with foreign regulatory measures, and improve and strictly implement the withdrawal mechanism, the implementation of the timely termination of the contract of inadequate investment.

6, the creation of coalbed methane development and use of training bases and academic exchanges

Encourage universities and national research base, in connection with the state and employers together for the mechanism, set up a high-level R & D personnel training, continuing education and academic exchange base for the development of coalbed methane industry to provide personnel support.

7, overall planning of natural gas and coalbed methane ( Coalmine ) Network construction

And the distribution of resources according to market demand, overall planning and coalbed methane gas pipeline network, and taking into consideration the requirements of both resources and future transportation needs of regional resource output. CBM quality standards for the state to encourage coalbed methane gas pipeline network access and expand the scope of coalbed methane consumption. According to the nearest gas Transportation to use more than the principle of combining support local enterprises and CBM dedicated network construction.

8, and promoting coordinated development of coalbed methane and coal resources

Adhere to the integration of coal gas, coal and coalbed methane clearing up and properly resolve the problem of mining rights. Where new mineral, coal, coalbed methane resource exploration, evaluation and reserves identified. Where have gas content exceed state standards and the development of the ground conditions, we must unify preparation of the coal and coalbed methane development, CBM extraction preference ground, promote coordinated development of coalbed methane and coal resources.



Explanation of Terms

　

CBM : There to give seam methane as the main component, mainly with adsorbed on the surface of coal matrix, and some drifted away from the pores of coal seam or dissolved in water hydrocarbon gases.

Coalmine : From the underground coal, the outflow of the rock mass, mainly to the harmful methane gas skies. Coalmine more complicated elements, in addition to methane ( % 80 ~ 90%) , It also contains heavy hydrocarbons ( Ethane, propane ) , Carbon dioxide, nitrogen gas and some rare individual mine also contain hydrogen, carbon monoxide or hydrogen sulfide.

CBM recoverable resources : The estimate has been proven in a specific time ( Recovery has been included ) And yet proven, in the foreseeable future economic conditions can be taken out of the total coal-bed methane resource. CBM resources, including coal mining and resource extraction exertion remaining recoverable resources.

CBM proven reserves : Identify the geological characteristics of coalbed methane reservoir, reservoir and gas distribution laws and the mining conditions ( Including the reservoir, pressure and gas flow capacity ) ; Slim and through the net / Or single well test confirmed the network exploration or development wells within the scope of coalbed methane resources and be admissible. CBM resources, a high degree of reliability, the reliability coefficient of reserves 0.7 ~ 0.9 。

Seam gas : Generally refers to the presence of coal seam methane gas properties, often containing gas, methane concentration and resource abundance and gas saturation four basic elements to be evaluated, it is the primary basis for evaluation of coalbed methane resources.

Coalbed gas content : Under the conditions of the coalbed methane content in coal strata in the aggregate, including dispersion capacity ( Samples can be placed before the release of the gas desorption mass ) And desorption ( Desorption samples from the tank to release the gas volume ) And residual ( Desorption termination of the residual gas in coal volume ) 。

Reservoir pressure : Porosity is the role of coal - The fluid pressure within the fractured space, it is also known as the pore fluid pressure.

Permeability : Fracture system in a certain pressure difference, permitting fluid ( Water, gas, oil ) By the nature of the size of penetration with penetration said. Coal permeability of coal-bed methane exploration and development projects affecting the success or failure of one of the largest reservoir parameters.

Milli dc : Common units permeability, symbols MD 。 1mD=0.987 X 10 -3 Μ M 2 ( Square microns ) 。

CBM resources in abundance : For specific geological unit, the unit area of coalbed methane resources in the geological units generally use 10 8 M 3 /km 2 。

Gas Basin ( Group ) ： CBM basin containing ( Group ) The short is the second unit CBM division. Basin coalbed methane gas formation and occurrence of the basic geological units, including the obvious prototype basin and the border is not easy to determine the residual basin boundary ( Group ) . Which refers to the prototype basin formed in a stable tectonic environment, the long-term sustainability and sank less later reworking of the basin; Residual basin group that formed early in the geologic history of severe erosion later, deformation and overlay, transformation of the role of such deep basin ( Group ) 。


Date : 2006-6-26








CBM (coal bed methane) development and use of the "11th Five-Year" plan (1)
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Major projects : the development of coalbed methane wells in Shanxi Qinshui Zaoyuan pilot projects, production test wells 15 Exports; Fuxin, Liaoning Province Liu wells for coalbed methane development project, drilling 8 I, the daily gas production of single well 3000 Cubic meters above; Shanxi Jincheng PANZHUANG CBM surface development projects, the construction 175 I coalbed methane wells, gas production about Japan 10 Million cubic meters; Panxie Qinnan River Pilot Project, the construction project 900 I coalbed methane wells, 2005 Drilling completed by the end of 100 I daily output of about gas 8 Million cubic meters.

Large-scale CBM surface development of domestic enterprises mainly in the International Coalbed Methane Corporation, the China National Petroleum coal-bed methane exploration and development company, Blue Flame CBM Jincheng Coal Group Company. Participate in the exploration and development of coalbed methane Gleick foreign companies, mainly in the United States, the Far East Energy Company

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CBM (coal bed methane) development and use of the "11th Five-Year" plan (1)

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June 28, 2006 the number of news sources : the State Development and Reform Commission website read : 119 Acquiescence fonts 9pt 10pt 11pt 12pt 13pt 14pt 15pt 16pt 17pt 18pt 20pt 25pt

Before Introduction

CBM ( Coalmine ) An unconventional natural gas, energy and chemical raw materials quality.

States attach great importance to the development of coalbed methane and coal mine gas prevention and control work. CBM leading comrades of the State Council called for increasing scientific research, exploration and development efforts and the formulation of plans and measures. SCS 25 [2005]35 Document research, development and utilization of coalbed methane as compiled 2005 、 2006 One of the major tasks of Energy. In full investigation, draw extensively on the basis of various views and suggestions, the State Development and Reform Commission has completed the "CBM ( Coalmine ) Development and use of the "11th Five-Year" plan " ( Hereinafter referred to as the "Program" ) Preparation, and in accordance with the "People's Republic of the 10th Five-Year Plan for National Economic and Social Development Program," and the revision and perfection.

CBM geographical scope, including "planning" ( Coalmine ) Development and use of the provinces, autonomous regions and municipalities, including coalbed methane industry ( Coalmine ) The exploration and development of the ground, underground extraction, transportation and utilization. The deadline for planning 2006 － 2010 , The benchmark for Planning 2005 2000.

CBM of "planning" ( Coalmine ) Status of the development of the situation, according to protect coal mine production safety, to build a resource-saving and environmentally friendly, and the general requirements of a socialist harmonious society, defined the guiding ideology, principles and objectives described in the next five years China's CBM ( Coalmine ) The blueprint for the development, distribution and development of the main tasks undertaken an environmental impact assessment of the security measures.

The next five years, China's CBM ( Coalmine ) Development must be guided by Deng Xiaoping Theory and the "Three Represents" important thought and the scientific concept of development, adhere to the principle of "safety and prevention first, and comprehensive management" and firmly establish the protection of life, resource conservation, environmental protection concepts, relying on the market to guide, policy-driven, independent innovation, gas extraction and utilization to accelerate the development of coalbed methane industry. guarantee production safety and increase the supply of clean energy and reduce environmental pollution and promote sustainable development of coal industry.

My guidance is "planning" CBM ( Coalmine ) Development and guide the allocation of resources, decision-making arrangements for major projects and the important basis for government investment.



Chapter 1 Utilization

First, resources

( 1 ) Resource distribution

China's coalbed methane resources. According to coalbed methane resource evaluation, our depth 2000m CBM resources around the shallow geological 36 Trillion cubic meters, mainly in the northern and northwestern regions. Among them, North China, Northwest China and the south and northeast regions of the occurrence of methane gas resources respectively accounting for the amount of methane gas 56.3% 、 28.1% 、 14.3% 、 1.3% 。 1000m Shallow, 1000 ~ 1500m And 1500 ~ 2000m The amount of methane gas, respectively accounting for the total number of coalbed methane resources geological 38.8% 、 28.8% And 32.4% . National outweigh 5000 Billion cubic meters of coalbed methane basins containing ( Group ) There 14 , In which gas content 5000 ~ 10000 Chuannan billion cubic meters between the northern Guizhou Province, and the Sichuan - Chongqing, three ponds to lakes, such as milk basin gas content than 10000 Billion cubic meters of the east margin of the Ordos Basin, the Qinshui Basin, Junggar Basin and the eastern Yunnan-western Guizhou basin group, Erlian Basin and the Turpan - Hami Basin, Tarim Basin, Tianshan Basins, Hailar Basin.

About the total recoverable coalbed methane resources in China 10 Trillion cubic meters, of which more than 1000 Billion cubic meters of basin ( Group ) There 15 Five : The company, and the eastern edge of Ordos Basin, the eastern Yunnan-western Guizhou, Qinshui, Junggar, Tarim, Tianshan, Hailar, Tuha and Middle northern Guizhou, Sichuan, three Pool Lake Province, and Ningwu other. Erlian Basin coalbed methane resources can be tapped up to about 2 Trillion cubic meters; Eastern Ordos Basin, the recoverable resources in the Qinshui Basin 1 More than one trillion cubic meters, about recoverable resources in Junggar Basin 8000 Billion cubic meters.

( 2. ) Occurrence

1 And tectonic

China's coal geological structure is complicated, part of the transformation of coal basin in the latter part of a strong, diverse tectonic patterns, the occurrence coal and coalbed methane resources in the Ordos basin, and other large and mid-sized relatively simple, small and medium-sized basin more complicated.

Northeast given coal : On the part of a larger complex stratigraphic thickness of about 26000 coalbed methane or better conditions will be conducive to the development of coalbed methane. North China coal conferred : Luliangshan west of the eastern edge of Ordos Basin between Shanxi and the Taihang Mountains and Long Luliangshan ( Including the Qinshui Basin ) , The tectonic conditions are conducive to the development of coalbed methane; Taihang Mountains in North China basin east of coal-bed methane development difficulties. Northwest given coal : Blocks northwest Tarim, Junggar Basin and Yili, better conditions for coalbed methane development. South China Coal Fu : Conditions for the development of coalbed methane resources more complicated. Yunnan-Tibet give coal : CBM preserve the structure of poor conditions.

2 , Containing gas

Most of China's coal seam gas content. According to the National 105 Collieries district survey, the average gas content 10 Cubic meters / Tons of mine 43 , Accounting 41% ; Average volume 8 ~ 10 Cubic meters / Tons of mine 29 , Accounting 28% ; Average volume 6 ~ 8 Cubic meters / Tons of mine 19 , Accounting 18% ; Average volume 4 ~ 6 Cubic meters / Tons of mine 14 , Accounting 13% 。

3 , Reservoir pressure

China's main coal reservoirs to undercompaction, some higher coal reservoir pressure, reservoir pressure gradient to a minimum 2.24 KPa / M up to a maximum of 17.28 KPa / M.

4 , Seam permeability

China's coal penetration is lower, on average 0.002 ~ 16.17 Darcy cents. With a penetration rate of less than 0.10 Darcy's accounting cents 35% ； 0.1 ~ 1.0 Darcy's accounting cents 37% ; Than 1.0 Darcy's accounting cents 28% ; Than 10 Darcy cents less.

5 And poly unsaturated zone size

China's coalbed methane gas accumulated with great size, small to dozens of square kilometers, 10,000 square kilometers of resource abundance of 0.15 ~ 7.22 Billion cubic meters / Square kilometers.

Second, resources prospecting

After the founding of New China, and the state has invested in the nation's coal fields in the survey, the key areas for detailed investigation and accurate investigation. Meanwhile, the coal gas content was measured, the veins of coal gas enrichment, content and distribution for future coalbed methane resource evaluation, exploration and development laid the foundation.

Last century 90 Since the 1990s, coal-bed methane exploration and gradually entered the stage of industrialization, has in Shanxi Qinshui basin, the Hedong coalfield, Anhui Huainan and Huaibei Coal, Fuxin, Liaoning Province, iron, Fushun and Shenyang North area, Hebei Kailuan, big, peak area, Shaanxi Province area, Henan Anyang, Jiaozuo, Pingdingshan, Ying consolidate coalfield, Jiangxi Fengcheng area, Hunan Province of China Shao, Pak Sha area, Turpan - Hami Basin in Xinjiang and other regions, and coal-bed methane exploration and the development and testing work.

Currently, the state found proven reserves of about CBM 1000 Billion cubic meters of recoverable reserves of coalbed methane 470 Billion cubic meters, mainly concentrated in the southern Qinshui Basin, the iron and Yangquan mine.

Third, resource development

( 1 ) Ground Development

CBM surface development started in the last century 70 The end of the 1920s, the original Fushun Coal Science Research Institute in Fushun, Yangquan, Jiaozuo, Baisha, such as Baotou mine, mine gas outburst to address the main purpose of the construction 20 Ms ground export gas pumping test wells. However, due to technology, equipment and other conditions, the tests did not achieve the desired results.

Last century 90 's, Coalbed methane exploitation upsurge in different areas of coalbed methane development and testing. After more than ten years of development, achieved a major breakthrough. According to statistics, 2005 End of the year, a total construction pilot test wells 8 , All coalbed methane wells 615 I, multi-branch horizontal wells 7 Mouth. 2005 , Coalbed methane extraction insufficient ground 1 Billion cubic meters.

Major projects : the development of coalbed methane wells in Shanxi Qinshui Zaoyuan pilot projects, production test wells 15 Exports; Fuxin, Liaoning Province Liu wells for coalbed methane development project, drilling 8 I, the daily gas production of single well 3000 Cubic meters above; Shanxi Jincheng PANZHUANG CBM surface development projects, the construction 175 I coalbed methane wells, gas production about Japan 10 Million cubic meters; Panxie Qinnan River Pilot Project, the construction project 900 I coalbed methane wells, 2005 Drilling completed by the end of 100 I daily output of about gas 8 Million cubic meters.

Large-scale CBM surface development of domestic enterprises mainly in the International Coalbed Methane Corporation, the China National Petroleum coal-bed methane exploration and development company, Blue Flame CBM Jincheng Coal Group Company. Participate in the exploration and development of coalbed methane Gleick foreign companies, mainly in the United States, the Far East Energy Company.

( 2. ) Underground extraction

Coal Mine gas extraction began in the last century 50 Early 1990s. After 50 years of development, coal mine gas extraction from initial production safety in coal mines to ensure safety for the comprehensive development of green energy-extraction; Early extraction technology for the high-permeability of the coal seam extraction and gob single extraction technology to the progressive development of different types of conditions suitable mining method in the integrated gas extraction technology.

According to statistics, last year, the national high gas coal mine 4462 , Coal and gas outburst 911 Department. In 615 For key state-owned coal mine, coal and gas outburst near 200 On the high-gas coal mine 152 Yes, ground equipment fixed gas extraction system 308 Presentation. 2005 , The nation's underground coal bed methane extraction near 23 Billion cubic meters, Yangquan, Jincheng, Huainan, planners, Pan Jiang, Shuicheng, Fushun 7 Extraction over mines, 1 Billion cubic meters.

4 CBM ( Coalmine ) Use

China's coalbed methane ( Coalmine ) Use has been slow. 2005 , The country about the use of 10 Billion cubic meters. Mine gas extraction using mainly concentrated in the high-owned mine. Drilling ground extraction using mainly concentrated in Shanxi Qinshui Zaoyuan Well, Fuxin, Liaoning Province Liu Well, Panzhuang Jincheng, Shanxi Qin Panxie River Project, to take possession of the Department of Transport vehicle sales for the surrounding regions.

Currently, CBM mainly for civilian and industrial fuel, power generation, fuel, charcoal production. Among them, the gas generating faster development, and 2005 End, the power generation capacity of about gas 20 Kilowatts. The main domestic gas production and gas generator manufacturers : Shandong Shengli Oil Field Dynamic Mechanical Equipment Plant, Jinan Diesel Engine Factory, Jiangsu Nantong Baoju Group. Industrial gas boilers in the domestic manufacturers : Addison Guangdong, Shanghai's new industry, Qingdao Quartet, Taiyuan Green Granville other.

5, the main problems

( 1 ) The lack of effective support policies

CBM surface development of the initial investment and high output long, slow investment recovery. CBM industry due to lack of supportive policies, the result of inadequate input resources exploration, resource evaluation unsuited to the development needs; CBM development in the initial stage of industrial development initiative is not high; Mine gas enterprises use red, light extraction heavy use of mine gas utilization rate of only average 30% Around.

( 2. ) Enough basic theoretical research and technological innovation

China Coal complicated geological conditions, management and use of gas is very difficult, theoretical and technical aspects, there are many critical problems, such as coal and gas outburst mechanism had not been recognized, some good, forward-looking, basic, and common key technologies, such as safety equipment and technology, personnel, infrastructure to the lack of funds necessary support, particularly in the social welfare research has been significantly weakened, gas control and utilization of the slow progress in technological research and innovation.

( 3 ) Increased the difficulty of coal bed methane extraction

China's high-gas coal mine, especially in Anhui, Henan, Shanxi, Jiangxi, Hunan, Guizhou, Sichuan and Chongqing municipality, coal gas content, high pressure, poor ventilation and extraction difficult. Currently, the average mining depth of key state-owned coal mine 420 M , The mining depth over 1000 M By Zhao Kailuan Coal, Xinwen Mining Suncun and Huafeng, Baoding and the other Xiaobaoding Panzhihua 10 MS Office. With increasing depth of coal mining, gas pressure and stress, gas extraction increased more difficult.

( 4. ) Coalbed methane and coal mining rights overlap

Symbiosis is the same reservoir of coalbed methane and coal mineral resources. At present, various departments and the lack of co-ordination among enterprises, resulting in coalbed methane production and coal mining rights are overlapping, some local coalbed methane extraction and coal mining disharmony is detrimental not only to mobilize the active participation in the development and utilization of coal bed gas, but also in influencing the development of the coal industry.

( 5. ) CBM ( Coalmine ) Use restricted

At present, the CBM ( Coalmine ) Used by many factors. CBM development in the region are : not to go along with the long pipeline, with the result that development is out of tune with the market, for a "point of light days"; The lack of low-density gas transmission and the use of security technology, a large number of low-density gas only after emptying dilution; Gas generation Internet is difficult, access and low prices, power, profit, restrictions on the use of gas extraction; CBM Comprehensive Utilization of the lack of safety management regulations, industry standards and regulatory rules affecting the healthy and orderly development of the coalbed methane industry.

( 6. ) Coalmine directly emptying a greater impact on the environment

CBM ( Coalmine ) Methane is the main component, is about the greenhouse effect of carbon dioxide 21 Times. Coal is the source of methane release 3 Well aspects : First, the release process for mining; Two opencast mining is the process of the release; Third, coal washing, storage, transportation and combustion processes before the smash release. It is estimated that China's coal mining, processing and transportation of gas annually release about 150 Billion cubic meters a greater impact on the environment.



Chapter 2 Development and use of the situation



First, development and utilization of environment is getting better and better

China's abundant coal resources. Conservation priority, inside the country, coal-based, diversified development of China's energy development strategy. In the coming period, the production of coal in primary energy consumption structure and the proportion continues to occupy a dominant position. Symbiotic with coal reserves of coalbed methane resources, with the rapid development of the coal industry and its development prospects are very broad. States attach great importance to energy security, production safety, resource conservation and environmental protection, and further enhance the status of coal as the main energy. With the gradual improvement of the market economic system, the means of macroeconomic control is becoming more and more mature market in the allocation of resources to strengthen the fundamental role that coal operators laws, further improve the policy environment to promote the development of coalbed methane industry has provided a good external environment.

Second, market demand

Coalbed methane gas can be used with the same transmission, providing ample room for development of coal-bed methane industry. According to the forecast, 2010 China's gas demand will exceed 1000 Billion cubic meters of suppliers in the market, a big shortfall. Bohai - rim region and the southeast coastal region, the Yangtze River Delta region, the central region and northeastern region over the natural gas market demand 120 Billion cubic meters / , Is the key areas of China's natural gas consumption. The central region and the Yangtze River Delta region, is a major consumer market of coalbed methane. "11th Five-year Plan" period, the main market of choice CBM in Shanxi, Beijing, Tianjin, Henan and Hebei provinces. CBM resources to meet the needs of the central region, under the premise of the surplus into the east-west pipeline could CBM network to the Yangtze River Delta region.

Underground coal gas use has great market potential. China's coal mines are mostly located in remote areas, as residents used gas fuel, power generation and industrial boilers, for the security of energy supplies in the mining area and its surrounding areas, and improving the consumption structure is of great significance.

Third, resources and network conditions are conducive to large-scale development

China's CBM resources, especially coal-bed methane in north China coal entrusted simple geological structure, high gas content, gas quality, high gas saturation, resource abundance, also adjacent to the economically developed eastern region, has great potential for development.

Pipeline through Xinjiang Coalfield, in southern coalfield, the Ordos Basin, the Qinshui Basin, and western Henan Coal mine so Lianghuai 6 Major coalbed methane-rich region in Shanxi 1.80 Zhengzhou, Henan, Anhui hours Lianghuai have lost population. After the Shaanxi-Beijing pipeline from the northern Shanxi Hedong coalfield, Qinshui Basin north of the woods have I lost hours. Pipeline and the Shaanxi-Beijing pipeline for the development and utilization of coalbed methane resource-rich region provided a good transportation conditions.

Fourth, the development of greater use of technology development

Technology has made considerable progress and development of coalbed methane development ground. Air drilling technology is widely adopted by actively promoting multi-lateral horizontal wells, fracturing monitoring technology, logging technology, rope core technology and faster development. "10th Five-Year Plan" period, promote the use of ground potential measurements, isotopic tracer, micro-seismic and geophysical logging techniques, to improve the coal seam gas content, moisture, ash, hole fracture system to explain the degree of accuracy.

The extraction technology for greater use of coal bed methane development. The widely used in coal extraction, extraction and mined-out area adjacent layer extraction technology, create a more applicable gas extraction technology system. 6% ~ 25% Low concentration gas in underground coal technology for power generation and transmission and security experts to study scientific and technological achievements, to a large-scale use of gas accumulated experience.



Chapter III Guiding ideology, principles and objectives



First, the guiding ideology

Deng Xiaoping Theory and the "Three Represents" important thought and the scientific development concept as a guide, firmly establish the protection of life, resource conservation, environmental protection concepts, adhere to the principle of "safety and prevention first, and comprehensive management" approach, relying on the market to guide, policy-driven, independent innovation, and increase the gas extraction and utilization and to speed up the development of coalbed methane industry. Security mine production safety and increase the supply of clean energy, reduce pollution of the ecological environment and promoting sustainable development of coal industry.

Second, the principle of

( 1 ) Ground and underground extraction phase extraction;

( 2. ) Self-development and external cooperation;

( 3 ) Transportation and the use of more than the nearest gas phase;

( 4. ) And industrial applications using the combination;

( 5. ) Enterprise development combined with the state's support.

Third, development goals

2010 , The nation's CBM ( Coalmine ) Output 100 Billion cubic meters, of which the ground coalbed methane extraction 50 Billion cubic meters, utilization 100% ; Underground gas extraction 50 Billion cubic meters, utilization 60% Above. Among the new coalbed methane reserves 3000 Billion cubic meters, coal and coalbed methane gas development and utilization of municipal industrial system.



Chapter 4 Planning, and major tasks



First, CBM exploration

CBM exploration in Shanxi, Shaanxi, Xinjiang, Inner Mongolia and other provinces ( District ) As the focal point, Qinnan, three exchanges, Shaanxi Province, Xinjiang Autonomous, big wells, Erlian Basin, Inner Mongolia and other coal-bed methane exploration project as a foundation to 2010 , The new total proven reserves 3000 Billion cubic meters ( Table 4-1) 。



Table 4-1 "11th Five-Year Plan" CBM planning additional proven reserves Unit : 100 million M 3

Province ( District )
2007 ,
2008 ,
2009 ,
2010 ,

Then
Aggregate
Then
Aggregate
Then
Aggregate
Then
Aggregate

Shanxi
850
850
400
1250
250
1500
600
2100

Shaanxi
100
100
0
100
0
100
200
300

Xinjiang
　
　
　
　
　
　
400
400

Inner Mongolia
　
　
　
　
　
　
200
200

Total
950
950
400
1350
250
1600
1400
3000




Second, ground coalbed gas development

"11th Five-Year Plan" period, the proven reserves of coalbed methane development with the existing infrastructure, with the market as the guide and technological progress as the means to increase investment, a critical breakthrough towards development by leaps and bounds. 2010 , The nation into coalbed methane production 70 Billion cubic meters, producing 50 Billion cubic meters ( Table 4-2) 。



Table 4-2 "11th Five-Year Plan" CBM surface development plan Unit : 100 million M 3

Province ( Autonomous regions and municipalities )
2006 ,
2007 ,
2008 ,
2009 ,
2010 ,

Production
Yield
Production
Yield
Production
Yield
Production
Yield
Production
Yield

Shanxi
3.3
2.3
12.3
8.3
24.6
18.2
38.8
29.1
53.5
39.5

Liaoning
0.1
0.1
0.2
0.2
0.5
0.3
0.9
0.4
1
0.5

Heilongjiang
　
　
　
　
0.2
0.1
0.3
0.2
0.5
0.2

Anhui
　
　
　
　
0.2
0.1
0.7
0.3
1
0.3

Henan
　
　
　
　
0.2
0.1
0.7
0.2
1
0.3

Chongqing
　
　
0.1
0.1
0.2
0.2
0.3
0.3
0.5
0.5

Sichuan






0.1
0.1
0.2
0.2

Guizhou
　
　
　
　
0.3
0.2
0.5
0.3
1
0.5

Yunnan
　
　
　
　
0.1
0.1
0.3
0.2
0.5
0.2

Shaanxi
0.1
0.1
0.4
0.4
0.7
0.7
2.5
2
4
2

Xinjiang
　
　
　
　
1
0.5
3
2
5
4

Other
　
　
　
　
1
0.5
1
1
2
2

Total
3.5
2.5
13
9
29
21
49.1
36.1
70.2
50.2





"11th Five-Year Plan" period, the focus was on building the ground Qinshui Basin coalbed methane development and the two eastern edge of the Ordos Basin coalbed methane industry base.

( 1 ) Qinshui Basin coalbed methane production base for the industrialization of

Qinshui Basin coal moderate depth (300 ~ 1000 M ) And thick, high gas content (19 ~ 26 Cubic meters / Tons ) , Have a good CBM resources; Stratigraphic occurrence gentle fault small coal cleat development (530 ~ 580 Of / M ) And higher permeability (0.5 ~ 1.0 Milli dc ) , Good geological conditions of the coalbed methane development. Strive 2010 , Into production 39.5 Billion cubic meters output 30.5 Billion cubic meters, the new total proven reserves 1500 Billion cubic meters. Qin planning major projects : the South, Fanzhuang, Rood, SHIZHUANG, Shouyang, Panzhuang, Daning, Duanshi.

1 Qin South nation's high-tech industrialization demonstration projects. The project is funded by the state 2004 , Flat design Drilling 900 , To be completed in three phases. Completion of the first phase drilling 150 I, 2006 Completed, and built production capacity 1 Billion cubic meters of scale; Construction of the second phase of the project 400 I, production reached 4 Billion cubic meters / ; Phase III construction 350 I yield to achieve 7 Billion cubic meters / 2000. "11th Five-Year Plan" period, China completed the development of coalbed methane wells in the ground directly demonstration project.

2 And strategic constituency Duanshi CBM demonstration project. The project is scheduled for construction 5 I multi-lateral horizontal wells, 17 Single-lateral horizontal wells, build production capacity 1 Billion cubic meters of scale. Currently, wells have been completed. "11th Five-Year Plan" period, China built a multi-lateral horizontal wells in the coalbed methane pilot project.

3 , The first large-ning gas, coal demonstration projects later. The project is the first successful implementation of multi-lateral horizontal wells population is stable output 2 Million cubic meters. "11th Five-year Plan" period, the construction 2 ~ 5 I multi-lateral horizontal wells, build first gas production, coal mining after the demonstration project.

( 2. ) Eastern Ordos Basin coalbed methane production base for the industrialization of

Eastern Ordos Basin coal moderate depth (500 ~ 1500m ) , The original high permeability ( Generally meeting 1 Milli dc ) , Seam thickness ( Monolayer thickness 3 ~ 8 M , And the total thickness 8 ~ 13m ) , High gas content (12 ~ 23 Cubic meters / Tons ) , Fertilizers, mainly coke, a small, poor, and lean, with favorable geological conditions for the development of coalbed methane. "11th Five-year Plan" period, the completed production 16 Billion cubic meters output 11 Billion cubic meters, the new total proven reserves 900 Billion cubic meters.

Third, the use of coal bed methane extraction

"11th Five-year Plan" period, the coal bed methane extraction to ensure production safety in coal mines to focus on standards and regulations to create a sound system for gas extraction, science and technology research and demonstration projects, and gradually increase the rate of utilization of coal bed methane extraction. 2010 , The national gas extraction reached 50 Billion cubic meters more than the rate of extraction 40% Above; Vassili content reaches 30 Billion cubic meters more than the utilization rate 60% Above. Planning large-scale extraction of the province ( Autonomous regions and municipalities ) : Shanxi, Liaoning, Anhui, Henan, Chongqing, Sichuan, Guizhou, Shaanxi, Ningxia ( Table 4-3) 。



Table 4-3 "11th Five-Year Plan" national coal mine gas extraction and utilization planning Unit : 10,000 M 3

Province ( Autonomous regions and municipalities )
2006 ,
2007 ,
2008 ,
2009 ,
2010 ,

The extraction volume
Utilization
The extraction volume
Utilization
The extraction volume
Utilization
The extraction volume
Utilization
The extraction volume
Utilization

Hebei
4219
2310
4961
2860
5511
3520
5951
4070
6061
4180

Shanxi
59820
34562
104880
71748
107995
76204
127840
80112
151570
120111

Inner Mongolia
2827
1200
3135
1200
3300
1500
3410
1500
3410
1500

Liaoning
24497
13510
32517
24878
31133
26171
31846
26384
37770
27339

Jilin
1705
330
2184
845
2294
880
2679
1386
3119
1584

Heilongjiang
6356
2642
8056
3830
9346
4449
10676
5132
10986
5267

Jiangsu
273
150
273
150
273
150
220
150
220
150

Anhui
29480
10398
35860
15364
41360
19120
45540
25186
49500
26682

Jiangxi
2640
396
3166
475
3960
594
5146
772
6946
1042

Henan
11000
2387
15000
12718
22000
27298
30000
39365
35000
48670

Hunan
3000
1000
3500
2000
4500
3000
6000
4500
8000
6000

Chongqing
20632
3536
22492
4097
24551
4645
26856
5560
29601
6704

Sichuan
5926
3792
7586
5656
15055
10401
21237
15822
22774
17054

Guizhou
68618
14520
78408
16786
87272
20268
93238
19918
104956
21384

Shaanxi
9031
1300
11318
2947
11648
7260
26754
8162
32692
11264

Gansu
2607
1100
2860
1500
3608
3190
4290
3960
4290
3850

Ningxia
9020
7216
10395
8835
13200
11880
16500
15675
21500
17300

Total
261651
100349
346591
175889
387006
220530
458183
257654
528395
320081





"11th Five-Year Plan" period, the following key management and utilization of coal bed methane demonstration projects :

1 And high gas Heights temperature and high pressure conditions of coal mining extraction and utilization of the gas demonstration project. Choice of mining coal seams, the more serious the danger area, building a secure and efficient exploitation and utilization of the comprehensive management of the gas demonstration project. Comprehensive development of coal bed methane extraction and utilization technologies, gas extraction rate 60% More gas extraction reached 5 Billion cubic meters above; Vassili content reaches 4.5 Billion cubic meters of gas for power generation capacity has reached 10 Kilowatts or more. Basically controlled gas disasters and achieve annual coal mining Face 300 Million metric tons.

2 , Highlighted the serious conditions without protective layer mining extraction and utilization of the gas demonstration project. Mining conditions without protective layer mine choice demonstration highlighted the serious, comprehensive development of coal and gas outburst prevention technology, and civilian mine gas extraction, power generation, use of technology. 2010 Achieve effective control of coal and gas outburst disaster without forming a protective layer of gas under the conditions of exploitation and utilization of the comprehensive management of technology and management system, the Model mine gas extraction reached 1.5 Billion cubic meters of gas for power generation and civilian utilization 80% Above.

3 , Spontaneous combustion serious high gas extraction and utilization of the gas demonstration project. Choose thick seam mining, mining area for high gas serious spontaneous combustion model, with the development of coal seam gas drilling long extraction technology, gob gas extraction and effective control of goaf spontaneous combustion technology, civilian and gas power generation technology. Gas extraction reached 1.5 Billion cubic meters above extraction rate 60% Above, the gas utilization 80% Above, the basic control goaf coal spontaneous combustion.

4 And building a Coalmine ground, underground extraction and use of comprehensive demonstration projects. Choose thick seam of high gas content area, coalbed methane extraction model first, after coal mining, underground and surface mining extraction pumping combination of technical development and integration, Transportation, the middle and lower reaches of the use of chemical technology. Face to achieve annual coal mining 300 Million tons, effectively control the gas accident, into gas mining, 10 The production capacity of 100 million cubic meters of gas for power generation capacity has reached 12 Kilowatts.

5 And gas extraction and utilization of technology research and demonstration projects and equipment manufacturers. Choice of extraction and use of coal gas in the domestic first-class R & D and manufacturing enterprises, the building of gas extraction and utilization of technology research and demonstration projects and equipment manufacturers. Highlight key development soft coal seam gas extraction and control key technologies and high-yield gas accidents face an early warning system key technologies and key technologies for efficient extraction and gas equipment, reached the advanced international level.








Coal Mine Gas Control informed the Office of the Leading Group for the first half of the inter-ministerial coordination of coal mine gas explosion control the use of indicators and targets completion of extraction
CBM (coal bed methane) development and use of the "11th Five-Year" plan (2)
CBM (coal bed methane) development and use of the "11th Five-Year" plan (1)
Office of the State Council on Accelerating the coalbed methane (coal gas) extraction using a number of views


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[Turbofrank]

Was für eine Luftnummer!!!

Du steckts mitten drin!

[Kursbrecher]

Antwort auf Beitrag Nr.: 24.025.774 von Turbofrank am 18.09.06 19:56:01

Hey Frank, Denke was du willst. Feec Arbeitet mit der Regierung zusammen das kannst du aus dem 11th Five-Year" plan (1) entnehmen.
Meinst du ich weiß nicht wie weit die Aktie noch runterkommen kann?

Glaube Frickhasserin ist, eine der wenigen, die überhaupt verstanden hat was Feec für eine Rießen Chance darstellt.


Börsentelegraph: FEEC
Ist wert: OTC
Verkäufe 0: 0
Währung: US Dollar
Steuerliches Jahr-Enden: Dezember
Anteil-Art: Allgemein
Land: Vereinigte Staaten
Hauptindustrie: Öl, Gas, Kohle u. in Verbindung stehende Dienstleistungen
Vorindustrie: Rohöl-u. Erdgas-Produzenten
Angestellte: 28
Marktkapitalisierung: 125.544.064
(Midas schätzt für die Zukunft 1,6Mrd Euro Unternehmenswert)
Gesamtausgegebene aktien: 104.620.053
Nah gehaltene Anteile: 28.250.000

[Kursbrecher]

Zwar schon etwas älteres aber um einen kleinen Überblick zu bekommen allemal recht.
http://www.nagpf.org/pdf/Longtermvision2030.pdf

[Turbofrank]

Was für eine Luftnummer!!!

[beacker38]

Antwort auf Beitrag Nr.: 24.190.649 von Turbofrank am 25.09.06 18:36:24

was ist das fürn scheiß Wert

ab in den SÜÜÜÜÜÜÜÜÜÜÜÜDEN

[Obertor]

Antwort auf Beitrag Nr.: 24.283.746 von beacker38 am 29.09.06 17:20:59

[Kursbrecher]

Hier etwas aufgewärmtes, meine Älteres:

http://translate.google.com/translate?hl=de&sl=en&u=http://c…

[Kursbrecher]

Antwort auf Beitrag Nr.: 24.332.247 von Kursbrecher am 01.10.06 22:51:21

Jetzt aber mal was ganz aktuelles vom 22 August:

http://translate.google.com/translate?u=http%3A%2F%2Fchina.s…

China'’ s Energiekrise eine günstige Gelegenheit für Kohlenlager-Methan-Produzenten mögen Ferner Osten Energie
Bekanntgegeben am 22. Aug. 2006 mit Aktien: FEEC

James Fink reicht ein: China ’ ' s ist wachsende Energiekrise ein Grund der Preis des öls, Erdgas und andere Gebrauchsgüter hat die Preiskalkulation auf höheren Niveaus unterstützt. Die country'’ s explosionsartig vermehrende mittlere Kategorie, mehr als 300 Million jetzt numerierend, war für das red-hot GDP Wachstum zur Hälfte erste von 2006 stark verantwortlich, das seine Nachfrage für mehr Energie erhöhte. Nach einer Dekade des Suchens nach neuen Energiequellen um die Kugel, versucht der world'’ s an zweiter Stelle größte Energieverbraucher jetzt, seine Betriebsmittel durch weitere öffnung seine Türen zu den Auslandsgesellschaften auch zu entwickeln.

Weil China ungefähr 70 Prozent seiner Energie für das Antreiben der Land ’ s Wirtschaft von der Kohle zeichnet, wenden die Chinesen schwerer an das unkonventionelle Gas, bekannt als Kohlenlagermethan [CBM]. Mehr als 30.000 Kohlengruben, die Methangas freigeben, sind für ungefähr 40 Prozent China ’ ' s Luftverschmutzung verantwortlich. Methangasexplosionen verursachen den Todesfällen von mehr als 6.000 chinesischen Kohlebergmännern jedes Jahr. Bis vor kurzem war das Methan eine Beeinträchtigung Nebenerscheinung, die recklessly in die Atmosphäre gelüftet wurde. Durch das Gefangennehmen des Gases, vor Gruben Anfang, Kohle produzierend, den Welt’ s größten Kohleproduzenthoffnungen, die Leben zu speichern und Luftverschmutzung beim Verwenden des Methans zu verringern als eine andere Energiequelle.

Integral zum China ’ ' s 11. Fünfjahresplan ist die Verdoppelung des Erdgasgebrauches in Energie-mischen bis zum 2010. Konkurrenzfähige chinesische Politik und Pläne hoffen, mehr Gasverbrauch Ende der Dekade aufzuladen. Indem sie Auslandsgesellschaften große Kohlenlagermethanzugeständnisse zusprechen, um in den chinesischen Provinzen zu erforschen, beschleunigen China Hoffnungen Entwicklung dieser Energiequelle. Nachdem dem Anziehen der Gleichen des Sparrens (CVX) und des ConocoPhillipss (SPINDEL), China'’ s staatseigenes China vereinigtes Coalbed Methane Company [CUCBM] fing an, anzubieten, Verträge mit weniger bekannten Namen Produktion-teilend.

Obgleich viel kleinere Firmen – zum Beispiel, Ferner Osten Energy Corporation (FEEC) – jedes Anschlüsse innerhalb Chinas hatte, zum des massiven CBM Gas-Zugeständnisse – zu erreichen einige ungefähr Drittel die Größe von Rhode-Island. Ferner Osten Energie, deceivingly klein als Energiefirma (Marktkappe: $136 Million), sich entwickelt seinem Verhältnis zu CUCBM durch vorhergehende politische Anschlüsse. Hauptgeschäftsführer Michael McElwrath diente kurz als verantwortlicher Assistent USminister fuer Energie für versteinerte Energie unter Präsidenten George Bush, Sr. Finanzleiter Bruce ärger war früher Präsident und funktionierender Hauptoffizier von Harken Energie, eine Firma, mit der Präsident Bush, jr. beteiligt war. Ein technischer Berater, zieht Gunther, war früher Vorsitzendes der Bechtel Gruppe, eine Firma an deren Schüler die Reagan und Bush Leitungen bevölkerten.

War im Ferner Osten Energie ’ ' s Fall, der Pflaumepreis ein 1.3 Millionmorgen Zugeständnis China ’ s in der Kohle reiche Shanxi und Yunnan Provinzen. Die Eigenschaften haben mögliches wiedergutzumachendes CBM Hilfsmittel von zwischen 9.2 und 12.5 Trillion Kubikfuß. Sie werden nahe zwei nationalen hauptsächlichrohrleitungen aufgestellt, die nach Beijing und Shanghai laufen. Entsprechend der Firma ’ s Web site wenn das Shanxi Projekt völlig entwickelt wird, könnte es geschätzte 3.000 horizontale Gases unterstützen Brunnen eines. Wenn dieses ’ s der Fall, dieser eins der Welt’ s größten CBM Projekte werden konnte.

Vorsitzender John Mihm war ein älterer Vizepräsident für Kreuzkopferdöl, vor der Firma ’ s Fusion mit Conoco gewesen und wurde miteinbezogen, wenn er technische Unterstützung für das ConocoPhillips Shanxi Projekt lieferte, bevor es heraus zur Ferner Osten Energie bewirtschaftet wurde. Wenn ConocoPhillips nur auf einer Überlaufenabgabe Grundlage teilnahm, dann wurde Ferner Osten Partner mit CUCBM und 66.5 Prozent von Shanxi zu besitzen. Wenn ConocoPhillips teilnimmt, würde Ferner Osten ein 40-Prozent-Interesse behalten.

Testbrunnen bohrten auf zwei der Firma, ’ s, das Blöcke bis jetzt den Gasinhalt angezeigt haben, der zwischen 280 und 650 Kubikfuß pro Tonne Kohle sich erstreckt. Diese Ausgangsresultate vergleichen vorteilhaft mit zwei der reichsten CBM Bassins im Vereinigte Staaten, New-Mexico ’ s San Juan Bassin (300 – 700 Cu ft/ton) und Alabama ’ s schwarzes Krieger-Bassin (250 – 500 Cu ft/ton). Entsprechend Ferner Osten Energie zeigten interne ConocoPhillips Dokumente starke Versprechung und sagten, daß die “ Kohle gut befestigt wurde und Kohleproben hohen Gasinhalt haben. ” eins Schlüsselfaktor, wenn er ein CBM Spiel auswertet, ist die Stärke der Kohlenähte. Bei Shanxi berechnen vier Kohlenähte 9 Fußes stark mit Gesamtmenge von 60 Fuß in der Kohlenlagerstärke.

War das Sein ein vorhergehender Direktor von Ferner Osten Energie, Tunaye Sai in der Lage, seine eigenen Anschlüsse in China zu entwickeln. Dieses führte zu seins, welches wieder über das Guizhou CBM Zugeständnis im zentralen China Süd– ein anderer enormer Block von 970 quadratischen Kilometern – verhandelt, das durch kanadische gegründete AsiaCanada Energie erworben wurde. Dieses wurde eine insgesamt besessene Tochtergesellschaft der pazifischen Asien China Energie, von der er als Präsident dient und von der auf, anfing dem Toronto Wagnis-Austausch Staatshandel, dieser letzte Januar.

Sein Zugeständnis war eine kanadische Firma zuerst zugesprochen vom Chinesen, der vorher nur US und Australisch-gegründete Firmen beschäftigt hatte. Seit damals hat China drei zusätzlichen kanadischen Firmen Zugeständnisse zugesprochen. Wieder schwankt der mögliche Gasinhalt dieser Zugeständnisse. Im Falle des Guizhou Zugeständnis könnte er ein Hochschachtel Drehbuch von 11.2 Trillion Kubikfuß Gas möglicherweise bewirten. In einem Interview, das wir mit Eric Nuttall, CBM Forschung Analytiker für Canada'’ s Sprott Vermögensverwaltung, er leiteten, schätzte für jede Trillion Kubikfüße Gas, eine Firma konnte eine Marktkapitalisierung wie $1 Milliarde so stark vorwegnehmen. Die meisten CBM Firmen, die Aussichten in China, wie Ferner Osten Energie und pazifischer Asien China Energie entwickeln, sind wahrscheinlich, wegen des Länderrisikos ein wenig diskontiert zu werden.

Nicht so für grünes Drache-Gas, das diese letzte Woche auf London ’ s ZIEL-Markt (GDG) verzeichnete, mit einer Marktkapitalisierung von US$525 Million. Es setzte gerade unter sechs Prozent seiner Anteile, um $22 Million anzuheben. Grüner Drache hält fünf Produktion-teilende CBM Verträge, die ca. 1.6 Million Morgen Fengcheng und Shizhuang in den Provinzen bedecken. Es wird ihren Holdings kann 16.6 Trillion Kubikfuß CBM Gas bewirten geschätzt. Es scheint, daß der europäische Investor China ’ s zu den Aussichten als die in Nordamerika savvier ist. Dieses wurde während eines Interviews mit Executivvizepräsidenten Steve Khan, der der pazifischen Asien China Energie uns erklärte, “, wenn wir die London Fonds-Geschäftsführungen besuchen, sie anzieht ’ t haben Negativ oder eine wenige Ansicht von China widergehallt. Sie betrachten es als große Gelegenheit und sie ’ bezüglich der Investierung mehr finanzieren dort. ”

Die Nuancen der Investierung im Erdgas oder DER CBM Spiele außerhalb Nordamerikas können einigen Investoren entgehen. Nicht viele stellen fest, daß alles Gas lokal ist. Z.B. ist das Erdgas, das an der Hauptquelle in Australien oder im Mittlere Osten verkauft wird, ein Bruch der Kosten, die nach England oder in Nordamerika verkauft werden. Während die Firmen, die CBM Betriebsmittel in China entwickeln, einen Diskont zu ihren nordamerikanischen Gegenstücken tragen, ist die Preiskalkulation im chinesischen Gasmarkt beständiger.

Wir sprachen mit Hilfsmittel-Gelegenheiten Herausgeber und Geologe Lawrence Roulston, der uns erklärte, „“, das ich denke, daß die Firmen, welche sind, die CBM Technologie in China effektiv auszunutzen, sein werden die Pioniere in diesem Bereich. „Den in ausländischem Besitz Firmen ” bis jetzt, weniger als 30 Zugeständnisse sind durch CUCBM zugesprochen worden. Haben gewesen die fliegenden Gerüchte, daß eine anderen fünf bis 10 im kommenden Jahr zugesprochen werden können. Wie häufig der Fall in China, fing das Bürokratiebewegungen langsam – CUCBM an, CBM Zugeständnisse 1998 in Form von Produktion-teilenden Verträgen zuzusprechen. Behandelt wie gewinnende Lotteriekarten, auf Durchschnitt weniger als vier pro Jahr sind ausgeteilt worden. CUCBM hält zwischen 30 und 40 Prozent des Produktion Vertrages, und die Verwertungsgesellschaft zahlt alle forschenden Bestätigung Kosten vor Produktion.

Wieder ist sie über Haben der Anschlüsse mit den richtigen Leuten in China. Erklärtes Roulston, “ könnte ich in die Erdöl-Verein in Calgary gehen und treffe ein halbes Dutzend Kerle und spreche mit ihnen. Ich könnte auf meinen Leitungen errichten, und vermutlich an einem Tag spricht über ein Abkommen. Wenn du in China einsteigst, es sei denn du jemand auf deiner Mannschaft hast, die in das System und in das Abkommen mit den Leuten erhalten kann, wegen der Sprache gibt, kulturelle Ausgaben und Zugang zu den Informationen gerade haben und wissen heraus, welche Art nach der Bezeichnungen, denen sie suchen konnten. ”, das er folgerte, “, wenn ich zu China und zu Versuch darüber hinausgehen sollte, zum eines Abkommens zu tun, um Zugang zu einer Kohlenlagermethaneigenschaft zu erhalten, I wouldn ’ t haben einen Anhaltspunkt über, wie man anfängt. ”, das ’ s was die Firmen trennt, denen ’ ihr CBM angefangen haben, in China projiziert und warum sie hervorragende langfristige Aussichten haben konnten.

FEEC 1 Jahr Diagramm:



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[Kursbrecher]

Die Selben infos hier:
http://translate.google.com/translate?u=http%3A%2F%2Fstockin…

[Obertor]

Antwort auf Beitrag Nr.: 24.333.026 von Kursbrecher am 01.10.06 23:32:02

Hier eine kleine Bemerkung zur Situation:





Der aktuelle Ölpreis ist möglicherweise auf die kürzlich erschienenen Nachrichten der OPEC zurückzuführen, wonach die Produktion im September auf dem niedrigsten Niveau seit April liegt. Der Rückgang war auf einen niedrigeren Ausstoss der beiden Mitgliedsländer Nigeria und Saudi Arabien zurückzuführen. Siehe auch BP in Alaska. Die Drohung vom Iran ist noch nicht vom Tisch. Während die Ursache für die nigerianischen Ausfälle in Pipelineanschlägen begründet liegt, ist der Grund in Saudi Arabien ein ganz anderer. Es regt sich der Verdacht, als ob das arabische Land inoffiziell die Produktion gekürzt hat um dem sich beschleunigenden Preisverfall entgegen zu wirken. Bisher hat keine dieser Massnahmen gegriffen und es ist offensichtlich, das sich die Händler auf die immer grösser werdenden Lagerbestände in den U.S.A. konzentriert haben. Bisher haben wir seit dem Juli mehr als 25% verloren und ein Ende der Abwärtsbewegung scheint nicht in Aussicht zu sein. Durch den Bruch des Jahrestiefs sind erschwerenderweise die meisten Trendfolger auf der kurzen Seite positioniert, weswegen die Reise durchaus noch weiter gegen Süden gehen dürfte.
Solange sich am Horizont kein hausgemachter Versorgungsengpass auftut, sieht es für die Ölnotierungen in den kommenden Wochen sehr düster aus.

[Obertor]

Antwort auf Beitrag Nr.: 24.424.675 von Obertor am 05.10.06 18:30:52

[Kursbrecher]

Antwort auf Beitrag Nr.: 24.444.346 von Obertor am 06.10.06 16:55:58

Schöner Bericht über das Gasnetzwerk

http://translate.google.com/translate?hl=de&sl=en&u=http://n…

A Tentative Plan for CBM Industry Development
in Shanxi Province

Yi Qinglin Chang Jianglin
(Shanxi Provincial Development and Planning Commission,
Taiyuan 030002)


Abstract Coalbed methane is an advantageous resources of Shanxi Province. The development of coalbed methane will be of great economic, social and ecological benefits. Facing the increasingly severe market competition, Shanxi Province must bring into full play its own advantages by large-scale development of CBM industry. The authors display their strategic imaginations and development blueprint including the layout of the pipeline networks and predict the goals for different development stages as well as put forward suggestions for policy preparation. The authors also emphasize that every effort should be made to turn the Province of Shanxi into a ¡°silicon valley¡± in the development of CBM industry in China.


Foreword
Coalbed methane is the natural gas generating from coal seams. It is of great use either because it is a cleaner energy or because it is an important chemical raw material. Development and utilization of coalbed methane began as early as half century ago. However, it is until the ¡¯70s of this century in the United States that development of coalbed methane as resources took a debut. The more than 2-decade long R&D, exploration and development have produced ideal economic, social and ecological benefits. By now, coalbed methane has become a heated point in new energy development that many countries in the world are wooing.

Data show that the world total coalbed methane resources in the shallow strata within the depth of 2000m is about 240 trillion m3 while coalbed methane in China is about 30 ~ 35 trillion m3, the world¡¯s third after Russia and Canada and about three time that of the U.S.A. It is notable that the coalbed methane resources in Shanxi Province proper is about the same quantity as that of the U.S.A.

For a long time in the past, Shanxi Province has been entirely devoted to the production of large quantities of energy to ensure the fast economic development of the nation and earlier realization of the re-doubling of the national economy of China. In face of severe competition under the socialist market economy conditions, Shanxi Province must bring its advantages into full play by nursing its own new industrial sectors and by developing and utilizing clean energy so as to realize a stronger economic development. Development of coalbed methane in Shanxi Province is probably the best choice in this respect.

2. Necessity of coalbed methane industry development in Shanxi Province
It is a well-known fact that the Province of Shanxi has achieved greatly in economic development, improving the living standards of the people as well as in other fields. At the same time, however, many problems remain unsolved. The obvious point is that the comparative advantages in the conventional industries have become less outstanding because of the low economic returns of the extensive economic growth pattern that are always operated on larger scale. Besides, the serious ecological damages and environmental pollution have presented threat to the sustainable development of the economy and society as a whole. Under this context, it becomes more and more important to develop some carefully selected new and high technologies and cultivate some new economic growth areas. As high and new technologies in the new industrial sectors, coalbed methane development deserves the great attention by the Province of Shanxi.

2.1 Coal mining to be decelerated to protect the eco-environment
In Shanxi Province that is rich in mineral resources, the over-intensive mining has resulted in increasingly serious environmental pollution and ecological damages, etc. The development and utilization of coalbed methane can help decelerate the over-intensive coal mining and reduce the methane emission in the course of coal mining. This is undoubtedly helpful to the protection of the eco-environment.

2.2 Speeding up the pace of readjustment of industrial structure
The economy of Shanxi Province mainly relies on the development of resources. Under the socialist economy conditions, the economy of Shanxi is faced with many difficulties. The first is the industrial product structure is mainly based on primary products; the second is there is only one pillar industry and the third is the economy relies heavily on extensive growth pattern. So, it is of urgent importance to identify and cultivate new areas of economic growth and economic development sectors. Coalbed methane stands out brilliantly because of its wider applications and great potentials in development. The utilization of coalbed methane can produce a series of technology intensive chemical products with higher added value. The pillar industrial sectors formed therefrom can promote the development of other relevant industries, hence speeding up the readjustment of industrial structure and upgrading of products.

2.3 Facilitating Shanxi¡¯s enlarged contacts with the outside world
As an in-land province, Shanxi is backward in contacts with outside world. The development of coalbed methane will bring about new opportunities to Shanxi. It is a well-known fact that Shanxi is the state government designated key region for coalbed methane exploration as well as a key region for coalbed methane development and utilization. The state government input into Shanxi for CBM development will also help draw the interests from foreign investors. Coalbed methane development will further widen the areas for economic cooperation with foreign countries and other provinces which is a great impetus to Shanxi Province¡¯s contacts with the outside world and economic development in this Province.

2.4 Speeding up poverty extrication and better-off in poverty stricken areas
Shanxi is a province with underdeveloped economy with comparatively more poverty stricken population. Coalbed methane rich areas in this province are mainly difficulty stricken areas. The CBM development in Shanxi Province will surely foster the local economy hence speeding up the pace of poverty extrication in the poor areas.

2.5 Favorable for safety in coal mines
Coal mine gas is one of the sources of deadly disasters in underground coal mining operation. Great losses in human life and economic loss is caused every year in the coal mining sector of Shanxi Province. Pre-drainage or extraction of coalbed methane in a well planned manner will greatly reduce the methane content in coal seams hence avoiding the occurrence of methane related accidents. This is of great significance to coal mine safety and improved mining economy.

2.6 Adding to cleaner energy and improving energy structure
Coal is the major source of energy of Shanxi Province. The province consumes an annual amount of nearly 100Mt of coal. SO2 and dust resulting therefrom cause very serious pollution to the atmospheric environment. The development of coalbed methane will turn coal burning into gas burning and thus zero emission will be realized.

3. The possibilities of realization of CBM industry
3.1 Shanxi Province is rich in coalbed methane resources
Resources is the material foundations for the formation of a resources based industry. Research and exploration over the recent years show that Shanxi Province is rich in coalbed methane resources that is easy to extract and of higher quality. Preliminary prediction shows that coalbed methane resources in Shanxi in the shallow part strata within the depth of 2000m is totaled at around 10 trillion m3, accounting for one third of the national total. Qinshui area and Hedong coalfield are especially rich in coalbed methane with their reserves of 6.85 trillion m3 and 2.84 trillion m3, respectively. These two coalbed methane bearing areas are all comparable with the famous coalbed methane rich basins called San Juan Basin and Black Warrior Basin in the U.S.A., suitable for large scale commercialized CBM development.

3.2 CBM development and utilization technology is getting mature
3.21 CBM exploration and development technology adapted to the particular conditions in China is improving
The reason why coalbed methane mining has not yet entered into commercial scale development is partly because there is not yet a ready and appropriate technology for use. As a result of the R&D activities by some domestic institutions concerned, a set of CBM extraction and cracking technology adapted to the geological conditions in China has come into being. Experiments with this technology in 12 CBM wells in the exploration areas of Huainan in Anhui Province, Anyang in Henan Province, Liulin in Shanxi Province and Hancheng in Shaanxi Province have all produced optimal result of 100% success. The more than 30 CBM wells under construction in the southern part of Qinshui Basin in Shanxi Province have been proved of over 90% of success and they are now in very smooth process of CBM production. Viewing the present situation, we have generally mastered the surface CBM drainage and extraction technology adapted to the actual conditions in the Province and in this country and the technology concerned is becoming more and more mature. While the underground CBM extraction technology has long been mastered by us and has been widely applied in areas such as Yangquan and Jincheng, etc.

3.2.2 Coalbed methane utilization technology has become mature
With similar composition like that of natural gas, conversion of coalbed methane can refer to the that for natural gas. By far, natural gas chemical processing technology has become mature and it can serve as a reference by the utilization of coalbed methane. Coalbed methane fired power generation technology has been undergoing small scale experiments for accumulation of more experiences and these have also produced successful result in Jincheng Coal Mining Administration in Shanxi.

3.3 Coalbed methane consumption market is ready in the Province and in the peripheral areas
It is predicted on the basis of investigation and analysis that by 2020 the provincial demand for coalbed methane will amount to 7.66 billion m3/a. By 2005, the demand will be about 530 million m3/a and 3.56 billion m3/a by 2010. With the addition of the peripheral areas such as Hebei and Henan as well as the potential fuel gas demands from the provinces and autonomous regions along the route of ¡°western natural gas transmitting to the east¡± project, coalbed methane produced in Shanxi Province will surely have a very promising market.

3.4 The ¡°Western natural gas transmitting to the east¡± project and Shaanxi - Beijing natural gas pipeline project create optimal conditions for the development of coalbed methane industry of Shanxi
Gas pipeline network is an important condition for the development of coalbed methane industry. Now, a the Shaanxi - Beijing natural gas pipeline is running through the northern part of Shanxi Province and the ¡°western natural gas transmitting to the eastern part of China¡± project is to run through the central and southern parts of this province. This project will also connect the Hedong and Qinshui coalbed methane fields. Both said projects will serve as links to connect the economic relations between Shanxi Province and the provinces and cities that they run through, hence promoting the development of coalbed methane industry in Shanxi Province.

3.5 Environment for the development of coalbed methane industry is mature
Mr. Jiang Zemin, Secretary General of the Chinese Communist Party Central Committee, regards the development and utilization of coalbed methane as an industry by saying ¡°Developing coalbed methane industry by relying on technological advancements to benefit the people¡±. This shows that the central leadership of this country attaches great importance to the development and utilization of coalbed methane. In addition, development of coalbed methane is in conformity with the industrial policy of the nation and the exploration, development and utilization of coalbed methane has been listed in the nation¡¯s development program for the period from the ninth ¡°Five-Year-Plan¡± through 2010 while the construction of relevant pipeline networks has been listed in the agenda of infrastructure construction. All these are now in the process of implementation. Thirdly, many famous foreign companies have been making their contributions in Shanxi Province and their work has laid sound foundations for making a clear list of the inventories of coalbed methane, developing and utilizing coalbed methane in this province. Fourthly, in the national overall coalbed methane development planning, Shanxi Province has been listed as a key province and Qinshui and Hedong coal fields may well hopefully become important coalbed methane bases of this country. Fifthly, Shanxi Provincial Committee of the Chinese Communist Party and Shanxi Provincial government, both of which forming the highest leadership of the Province, attaches great importance to the development and utilization of coalbed methane and hence listed the exploration, development and utilization of coalbed methane in the provincial overall social and economic development program of the ninth ¡°Five-Year-Plan¡± planning. For this, Shanxi Provincial Leadership Group and its Office for CBM comprehensive development and utilization has been set up to take up all responsibilities in this respect. Sixthly, many local authorities and enterprises in Shanxi Province are looking forward to utilizing coalbed methane.

4. The overall planning ideas for coalbed methane industry in Shanxi Province
4.1 Basic ideas
Efforts are to be devoted to the development of coalbed methane industry in Shanxi according to the requirements and regularities of socialist market economy for the implementation of sustainable development by taking advantage of the great development of the west part of the nation. The great position and liveliness of Shanxi as the base of energy and heavy chemical industry should be restored again so that Shanxi Province become once again the heat point in the nation¡¯s new energy development and a heat area of the economic development in the middle and western part of this country by intensified R&D activities, fostered exploration and spread application of new technologies.

4.2 Fundamental principles
Coalbed methane development and utilization in Shanxi Province shall be carried out in a market-oriented manner assisted by technological advancement and creation of better investment environment. Different ways should be adopted for both domestic and international cooperation under the principle of mutual benefit so as to promote the harmonized social, economic and eco-environmental development.

4.3 Strategic guidlines
¡°Coalbed methane resources is the basis, market is the key. Gradual progress is the foundations for stable development¡±. This is the strategic guidelines for the coalbed methane development and utilization in Shanxi Province. In the actual work tactics, easier and more convenient projects shall be done first so that coalbed methane development and utilization can be promoted starting from large- and medium-sized cities and within the Province to small cities first in- and then outside of the Province. With regard to the sequence of coalbed methane utilization in terms of geographic locations, priority will be given to the central cities where coalbed methane is extracted. Then coalbed methane utilization will be spread to larger cities and finally small cities are to be included for the supply of coalbed methane. Sequence of sectors to utilize coalbed methane is: residential use as fuel gas - industrial fuel gas - chemical industry use - liquefaction.

4.4 Coalbed methane pipeline network planning
A total of 4 coalbed methane pipeline networks are planned with 3 running north - east and 1 running north - south.
The north line: Xingxian County - Shuoxian County - Datong City. The middle line: Liulin - Jie(xiu)Ping(yao) - Taiyuan - Yangquan - Shijiazhuang. The south line: Yuncheng city - Houma city - Jincheng city - Changzhi - Handan. The central north - south line: Yuanping - Taiyuan - Jiexiu - Yuncheng city.
The four coalbed methane pipelines will form a well organized network, forming the shape of a Chinese character of ¡°·á¡± which means abundance.

4.5 Goals in different stages
4.5.1 During the period 2000 ~ 2005
In exploration, work is to be improved in the explorations in Qinnan and Liulin areas. At the same times, coalbed methane resources exploration in Gujiao and Shouyang areas are to be started.
In pipeline laying, the state trunk pipeline is to be completed, i.e. Liulin - Jie(xiu)Ping(yao) - Hongtong - Linfen - Houma - Jincheng - Jiaozuo pipeline (550km). To go with this trunk line, 2 provincial auxiliary pipelines are to be completed i.e. Jie(xiu)Ping(yao) - Yuci - Taiyuan pipeline (150km) and Jincheng - Changzhi pipeline (95km).
During this stage, natural gas will be supplied to the market because coalbed methane will only account for a very limited amount. The key task in this stage is to do a better job in infrastructure construction.
4.5.2 The period 2006 ~ 2010
In exploration, coalbed methane extraction bases are to be completed in Qinnan and Liulin areas and gas will be supplied to the pipeline network. At the same time, exploration is to be completed in certain sections in Gujiao and Shouyang areas.
In pipeline laying, the following 3 pipelines for CBM supply within Shanxi Province and 2 pipelines for gas supply to neighboring province will be completed. The former 3 pipelines are: Gujiao - Taiyuan pipeline (60km), Shuozhou - Datong pipeline (137km) and Houma - Yuncheng pipeline (80km). The 2 latter pipelines are: Shouyang - Yangquan - Shijiazhuang pipeline and Changzhi - Handan pipeline.
During this period, the overall coalbed methane consumption and conversion capacity of the Province will be bettered with the following places as the key areas such as: Taiyuan, Linfen, Houma, Changzhi, Jincheng and some cities along that line. Sectors of major coalbed methane consumption are mainly fuel gas to urban households, industrial fuel gas for metallurgical industries, construction material production and power generation. At the same time, a good job is to be done in coalbed methane compression and liquefaction to facilitate the consumption by the public transport industry in urban areas. Along with the increase of coalbed methane production, fuel gas supplies to the cities such as Shijiazhuang and Handan in Hebei Province to the east can be increased according to the actual conditions.

4.5.3 During the period 2011 ~ 2020
In exploration work, coalbed methane production bases with high and stable production rate shall be completed in the entire Hedong and the southern part of Qinshui area. While at the same time, coalbed methane production base shall take shape in Gujiao and Shouyang areas.
In pipeline laying, other pipelines shall be laid starting from Taiyuan city and running northward, i.e. the line Taiyuan - Xinzhou - Yuanping (111km) and the pipeline Xingxian - Baode (75km). By then, the backbone coalbed methane pipeline network in Shanxi Province will take shape.
During this period, the entire coalbed methane consumption and conversion capacity of Shanxi Province will be 7.66 billion m3/a. All of the large- and medium-sized cities in Shanxi and towns along the pipelines will be supplied with coalbed methane. In addition to its consumption as fuel gas by urban households, more coalbed methane will be consumed by industrial sectors. Coalbed methane consumption by the fine chemical industries will increase to 1.8 billion m3/a. By that time, the energy structure of Shanxi Province will experience fundamental changes and it is well realistic that the sky may become blue and water clear again in the province of Shanxi.

5. Policy suggestions
As an emerging industry and a morning sun industry, coalbed methane industry needs careful cultivation and support. On the basis of these considerations, the following suggestions are submitted for the preparation of relevant policies:
5.1 With rich coalbed methane resources in this country, the development of coalbed methane industry will undoubtedly present an important impact on the improvement of the national social, economic and environmental development. We suggest that the state government work out as soon as possible an overall coalbed methane development program with Shanxi Province as the key component. This program shall be included in the national development program for the tenth ¡°Five-Year-Plan¡± for implementation.
5.2 Shanxi Province has very rich coalbed methane resources which is of high quality with great development prospects. Over the recent years, large amount of work has been carried out in Shanxi Province in basic survey and investigations. Experimental development and utilization have also been carried out in a certain range and many experiences have been accumulated as a result. We suggest that the state government make the Province of Shanxi a demonstration region for the development of coalbed methane industry.
5.3 Shanxi Province is just in the starting stage of coalbed methane development and it is natural that it is in bad needs of funds to start several coalbed methane demonstration projects. We suggest that the state government put in appropriate amount of funds in Shanxi Province to increase investment into the construction of infrastructures in this province, implement a preferential loan inclination policy and implement zero-rate to the investment orientation adjustment tax. We also suggest that in taxation, policies for off-shore oil and off-shore natural gas development be referred to to give preferential treatment of income tax reduction or income tax exemption to coalbed methane industry within 5 ~ 10 years after its coming into being.
5.4 In making the overall planning for the long distance natural gas transmission pipelines, careful consideration should also be given to the plans for the construction of coalbed methane pipeline network so that the Shanxi pipeline be merged into the national pipeline network.
5.5 We suggest that Shanxi coalbed methane industry development foundation be set up while considring that the financing be solved out of the cooperation with governments, non-governmental organizations from either within or outside of Shanxi Province and this country. In case of availability of permitting conditions, considerations should also be given to the possibility of going public for financing.
5.6 Every effort should be made to improve the investment environment, work out relevant preferential policies, intensify the technical and economic links with large enterprises and financial institutions from both home and abroad. Cooperation can by in multi-mode either by joint venture or cooperation in other forms to finally speed up the coalbed methane industry development in Shanxi Province.
5.7 In these entire processes, it is very important to identify, select and cultivate special professional from wide possible source and to set up research institutions centering around coalbed methane development and utilization. More attention should be given to the R&D activities on special applied soft-wares, instruments, mechanical equipment and other relevant apparatuses so as to put them into production. It is our lofty goal to turn Shanxi Province into the ¡°Silicon Valley¡± in coalbed methane development in this country.

[Kursbrecher]

Die Widerstände bei über 1,11USD wurden heute genommen.
Für nächsten Wochen ist ein Hammerrebound zu erwarten.

Bald dürften die ersten Pusherbriefe kommen.

Stockinterview wollte sich ja auch noch dazu melden.

http://www.stockinterview.com/News/10112006/Marchioni.html

Wie dem auch sei, nur wer dabei ist kann Partizipieren

[Kursbrecher]

Keine Ahnung ob ich was falsch in den Hals bekommen habe, aber die nächsten Monate sollen noch 4 wells fertig gestellt werden. So die Nachricht vom 10.10.2006 http://www.china5e.com/news/oil/200610/200610100287.html

Das hieße es könnte bald los gehen, oder wir sehen noch tiefere Kurse bis zum Februar, falls keine Durchflussraten mit absicht bekannt gegeben werden.


Das HZ04 horizontal drilling wurde jetzt fertiggestellt bzw. in Anführungsstrichen da ja die Folgenden wells dieses loch durchbohren werden.

Far East Energy, said the company plans to conduct drilling in the FCC HZ05 HZ04 drilling horizontal wells in this drilling to upgrade to a gas production potential.

Es kann durchaus sein das wir noch die 0,63 sehen werden bis zur HV. Der Tag gestern läßt zumindestens darauf schließen. Man konnte beobachten das durchweg shortis on board waren.
Die meisten Positionen wurden noch am selben Tag wieder glattgestellt oder hier billig eingekauft und drüben an der OTC denn Meistbietenden verhöckert.

Aber da ihr ja alle so gut aufpaßt wisst ihr das bereits, ich bin übrigens stark überrascht von einigen, sie haben Sofar als das Schwarze Scharf enttarnt. Lob von meiner Seite

[Obertor]

Antwort auf Beitrag Nr.: 25.563.803 von Kursbrecher am 21.11.06 14:18:16

0.63 € Nein das glaube ich nicht. Der Ausverkauf ist bereits durchgeführt worden und vor der HV steigt dieser Kurs aus folgendem Grund:

Das Management braucht eine gesicherte Mehrheit gegen Sofaer und das werden diese Geldgeber schon richten.

Tor

[tancho]

auch hier seiner Ergüsse

[Kursbrecher]

Antwort auf Beitrag Nr.: 25.592.192 von Obertor am 22.11.06 15:36:25

Und was sagst du jetzt? Da wird schön zu 0,68 eingesammelt.

Die Präsentation ist wirklich sehendswert, auch die Bohrplannung gefällt mir gut.
http://www.votefareastenergy.com/downloads/Presentations/FEE…

[Kursbrecher]

Antwort auf Beitrag Nr.: 25.863.624 von tancho am 01.12.06 18:17:18

Wie meinen? ...bald gehts auch hier ab, ziemlich bald

[Kursbrecher]

Antwort auf Beitrag Nr.: 25.982.314 von Kursbrecher am 06.12.06 21:48:19

Die HV rückt immer näher und die Indikatoren geben deutliche Zeichen.

[Kursbrecher]

Das Management scheint es jetzt kapiert zu haben, das nicht alle so begeistert von der Performance waren.


December 15, 2006
Far East Energy Holds Annual Meeting Of Stockholders


Company Looks Forward to Report From The Independent Inspectors of Election

HOUSTON, Texas -- Far East Energy Corporation (OTC Bulletin Board: FEEC) said that the Annual Meeting of Stockholders was held today in Houston. Far East said it looks forward to the report from the Independent Inspectors of Election and is confident that when the preliminary results become available, they will show that our Director nominees have been elected.

"We would like to thank our stockholders for showing their support of our highly qualified director nominees," said Michael R. McElwrath, CEO and President of Far East. "Our nominees are committed to increasing stockholder value and we will work hard on behalf of all of our stockholders to deliver upon the great potential of our projects in China.

We have heard a strong message from our stockholders to continue our critical drilling efforts in China and we look forward to continuing our program of enhanced stockholder communications."

Mr. McElwrath continued, "Our directors have a strong mix of financial acumen, senior management experience, and over 170 years of combined energy industry background. Combine that with their long-standing relationships with the Chinese government and the Chinese energy industry, and our directors are an invaluable asset in seeking to develop a complex coalbed methane project in partnership with the Chinese."

About Far East Energy

Based in Houston, Texas, with offices in Beijing, Kunming, and Taiyuan City, China, Far East Energy Corporation is focused on the acquisition of, and exploration for, coalbed methane in China through its agreements with ConocoPhillips and China United Coalbed Methane Corp. Ltd. (CUCBM).

[Kursbrecher]

BEIJING, Dec 15, 2006 (AsiaPulse via COMTEX) -- China will invest over one trillion yuan (US$128 billion) in developing an alternative coal-based energy source to ease the country's dependence on oil imports, according to the National Development and Reform Commission (NDRC).

The project aims to produce 30 million tons of liquefied coal and 20 million tons of dimethyl ether (DME) by 2020.

Coal-to-olefin (CTO) output is expected to hit 8 million tons and coal methanol to reach 66 million tons.

Traditional coal-chemical industries that have been guilty of overproduction, such as calcium carbide and coke, will be kept under control.

The money will also be spent on building seven industrial bases nationwide to produce coal-based energy source on a massive scale, including the biggest alternative fuel production base in the lower reaches of the Yellow River.

Xinjiang is projected to produce 10 million tons of liquefied coal, and the eastern region of Inner Mongolia will become the major methanol supplier, with an annual capacity of 10 million tons.

A pipeline, at a cost of five billion yuan, will be built to transport 10 million tons of methanol a year from Inner Mogolia to the northeastern Liaoning province.
As the technology is still in the experimental phase, the NDRC said in July that coal liquefaction projects should not be approved until a national development program for the industry is completed,
Coal-chemical projects must meet environmental requirements and those that fail to meet the safety requirements in transportation should not receive the green light, said the NDRC

[MichiZocker]

Ja dann hoffen wir mal das das ganze Funktioniert was die da vorhaben Kohle verflüssigen usw...

Das wird schon noch!!

[Kursbrecher]

Antwort auf Beitrag Nr.: 26.317.198 von MichiZocker am 19.12.06 20:32:27

Aber Hallo

24.05
http://www.fareastenergy.com/images/ir_presentation.pdf

Aktuelle Presentation:
http://www.fareastenergy.com/images/ir_ppt/

[Kursbrecher]

http://www.nafinance.com/Listed_Co/English/pacificasia_e.htm

INTRODUCTION

Pacific Asia China Energy Inc. (PACE) is the first Canadian company to explore for and develop coalbed methane (CBM) resources in China. This entry into the Chinese market follows American corporations such as Chevron-Texaco, Conoco-Phillips and Far East Energy Corporation which have begun exploring for coalbed methane in recent years. To date there have been 21 coalbed methane Production Sharing Contracts (PSC) signed with 10 foreign companies in China with an investment of approximately US$150 million, covering a total area of 32,853 square kilometres. All contracts are signed with the China United Coalbed Methane Company (CUCBM) which oversees CBM exploration, development, production, transportation and sales in China.

[Kursbrecher]

Domain Name: FAREASTENERGY.COM
Registrar: DOTSTER, INC.
Whois Server: whois.dotster.com
Referral URL: http://www.dotster.com
Name Server: AUTH02.NS.HOSTING.COM
Name Server: AUTH01.NS.HOSTING.COM
Status: ok
Updated Date: 30-jun-2006
Creation Date: 08-jan-2002
Expiration Date: 08-jan-2008

[Kursbrecher]

Die Untertasse neigt sich der Endphase zu.

Es wird ruhig, die Plattform naht.

[Kursbrecher]

Was bringt das Jahr 2007?

Ja, wann dürfen den die Insider ihre Shares an den mann bringen?
Ich denke mal mit, 200% werden die sich nicht zufrieden geben?


MCELWRATH MICHAEL R

http://www.sec.gov/Archives/edgar/data/1124024/0001223257030…
10/13/2003 A 240,000 ( 4 ) 10/13/2003 10/13/2007 Common Stock 240,000 ( 5 ) 280,000 D

Restructuring Investors LTD
http://www.sec.gov/Archives/edgar/data/1124024/0000930413050…Warrants 12/21/2004 12/17/2007 Common Stock 1,400,000 2.5 D ( 1 )

Passlake LTD
http://www.sec.gov/Archives/edgar/data/1124024/0000930413050…Warrants 12/21/2004 12/17/2007 Common Stock 156,250 2.5 D ( 1 )

PERSISTENCY
http://www.sec.gov/Archives/edgar/data/1124024/0000930413050…Warrants 12/21/2004 12/17/2007 Common Stock 2,500,000 2.5 D ( 1 )

GONDI JAWAHARLAL
http://www.sec.gov/Archives/edgar/data/1124024/0001223257030…

Warrant to Purchase $1 06/26/2003 A 230,000 ( 5 ) ( 6 ) ( 6 ) Common Stock 230,000 ( 7 ) 630,000 D
5. Jawaharlal Gondi subscribed to purchase 230,000 Units in the Issuer’s Offering at a purchase price of $0.65 per Unit. Each Unit consists of 1 share of common stock and a warrant to purchase 1 share of common stock at $1.00 per share.
6. The Warrants may be exercised during the period commencing upon the date the Warrants are granted which was July 17, 2003 and ending two (2) years from that date or the date the Warrants are redeemed by the Issuer.

[Kursbrecher]

2004 wurde UBS von der Fachzeitschrift Euromoney mit dem erstmals verliehenen Titel "Best Global Private Bank" ausgezeichnet
http://www.ubs.com/1/g/index.html
Woher mag wohl das Geld für die Förderanlagen kommen?

[Kursbrecher]

Antwort auf Beitrag Nr.: 27.163.976 von Kursbrecher am 24.01.07 23:32:16

Beim Überschreiten der 0,81USD könnte es ziemlich Agressiv steigen.


Letztes Jahr ist FEEC innerhalb 2 Tage 0,70USD gestiegen.
Jeder sollte sich mal fragen?

Steht FEEC besser da als vor einem Jahr?

Es steht ein Megaausbruch an der Tür, Sie muss noch geöffnet werden. Mann kann sich drauf freuen, wenn sie Katze aus dem Sack lassen, wenn man investiert ist.

Aber wer schon wieviel günstiger man Feec noch bekommen kann.

[Kursbrecher]

Die Richtung sollte nach dem gestrigen Tag eindeutig sein.



Es geht jetzt erst richtig LOS. ANSCHNALLEN & FESTHALTEN.

[Kursbrecher]

http://www.fareastenergy.com/documents/corp_profile_05.pdf Alles läuft nach Plan