Final 2000 (1 Parte).Pdf

Total Page:16

File Type:pdf, Size:1020Kb

Final 2000 (1 Parte).Pdf “MEDITERRANEAN - SEA OF OPPORTUNITIES” have the pleasure of inviting you to attend the fifth Offshore Mediterranean Conference and Exhibition that will take place in IRavenna, Italy, on March 28-30, 2001. OMC 2001 will be the first important petroleum event in the Mediterranean area of the Third Millennium, the first decades of which will undoubtedly be of dramatical importance for the oil industry dedicating huge efforts and funds in innovation and new technologies, as well as inve- sting in the construction of infrastructures for the transfer of energy. In fact the boiling projects and ideas where to ship the huge reserves of oil and gas from North Africa, the Middle East and Central Asia are converging into the Mediterranean. That is why the general theme of the forthcoming OMC 2001 is: “Mediterranean – Sea of Opportunities” Eminent keynote speakers will discuss “The Evolving Geo-economics of the Oil & Gas in the Mediterranean” during the Opening Plenary Session on March 28, 2001 while the programme of the closing day includes a Round Table on E-Business. Moreover a Panel Session on “Environmental Issues Related to Exploitation and Decommissioning of Offshore Platforms” is scheduled on Thursday morning. Representatives from the involved countries, like Egypt, Libya, Algeria, Tunisia, Iraq, Europe and Central Asia Countries will highlight their view- points offering the international oil industry convened at OMC 2001 the chance to better plan and monitor future investments in the Mediterranean area. The conference programme will comprise three parallel sessions covering all aspects of the Exploration and Production activities, as well as special session dedicated to Instrumentation and Automation Systems applied to Offshore industry. At OMC 2001 we are happy to offer delegates and exhibitors an attractive social programme as we did in the previous editions: the 9th OMC golf tournament, a Gala Dinner and an unforgettable gala concert in one of the most beautiful basilicas of Ravenna. It is for me a honour to inform that the recently started co-operation with the Egyptian Petroleum Authorities that led to the organisation of MOC 2000 in Alexandria last April is now consolidated and I can announce that the second edition of the Mediterranean Offshore Conference and Exhibition will take place in Egypt in 2002. The Mediterranean will thus host a conference and exhibition yearly, alternatively in Italy and Egypt. As far as OMC 2001 is concerned delegates and exhibitors will have the chance to combine business and leisure. In fact, besides its area of historic interest in town and its surroundings, Ravenna is located in a very favoura- ble position for tourism as it is only 90 miles from Venice and 85 miles from Florence. Do not miss this opportunity. Join us in Ravenna on March 28-30, 2001! Antonio Angelucci Chairman OMC 2001 OMC 2001Committees HONORARY COMMITTEE Under the Patronage of the Italian Prime Minister and the Ministry of Industry. Under the Patronage of Ms. Lyola de Palacio,Vice-President of the European Commission Under the Patronage of the University of Bologna. Invitations have been extended to: Italian Prime Minister Italian Minister of Industry Italian Minister of Transport and Navigation S.Fahmi - Minister of Petroleum, Egypt M.Ben Abdallah - Minister of Petroleum,Tunisia A.Rasheed, Minister of Petroleum, Iraq C.Khelil - Minister of Energy, Algeria A.Abdulkarim - Chairman NOC, Libya R.Prodi - President of the European Commission, E.U. L.De Palacio - European Commission – Vice President, E.U. R.Lukman - Alternate President of OPEC, Austria G. M. Gros-Pietro - Chairman of ENI, Italy A. D’Amato - Chairman of Confindustria, Italy STEERING COMMITTEE PROGRAMME COMMITTEE Chairman: Chairman: Antonio Angelucci Luigi Salvador Chairman OMC 2001 ENI – Div.Agip Mohamed Nasr Agiza Juan R.Fernandez-Arribas PETROBEL REPSOL YPF Gianni Bonati Gian Mario Bozzo BRITISH GAS-RIMI TECNOMARE SPA Giovanni Brighenti Norman Brammer UNIVERSITY OF BOLOGNA ABB Vetco Gray UK Ltd Paolo Campo Greg J. Carter AVA SPA NABORS OFFSHORE CORPORATION Pietro Cavanna Marco Cercato ENI - Div.Agip ENERGY SERVICES S.R.L. Menno Grouvel Ulderico Cinque TOTAL FINA ELF ISA Alfredo D’Agostino Paolo D’Alesio TECNOMARE BAKER HUGHES INTEQ Salvatore D’Andrea Giuseppe Giordano TOTAL FINA ELF ITALIA EDISON GAS Hamed El-Ahmady Paul R.Hays AGIBA PETROLEUM COMPANY TEXACO Roberto Fanori Ove Magne Kallestad SNAMPROGETTI STATOIL COMMITTEES Joachin Wilhelm Dave Kennedy ROSETTI MARINO COOPER CAMERON UK LTD Andrea Gallori Jacqueline Lecourtier ENI – Div.Agip I.F.P. E.A.Hamyouni Massimo Lombardini N.O.C. EUROPEAN COMMISSION Andrea Ketoff Charlie Nieto ITALIAN PETROLEUM & MINING ENTERPRISE OIL INDUSTRY ASSOCIATION Achille Mazzoli Giuseppe Licitra SASP SCHLUMBERGER ITALIANA Ezio Mesini Daniela Mercati UNIVERSITY OF BOLOGNA SAIPEM Ron Mientjes Alberto Micheloni SERVICE TECHNIQUE SCHLUMBERGER RAVENNA CHAMBER OF COMMERCE Zeljko Mlinaric 2001 Franco Nanni ROCA - RAVENNA OFFSHORE INAGIP CONTRACTORS ASSOCIATION Giorgio Moscatelli Giulio Paini ENI – Div.Agip EDISON GAS Ingmar Nyheim Antonio Quadrato FMC – KONGSBERG SUBSEA ISA Gabriele Reverdito Luigi Salvador DIETSMANN TECHNOLOGIES ENI – Div.Agip Jorunn Saetre Gustavo Sclocchi HALLIBURTON ENI – Div.Agip Jacky Savin Mike Whyatt TOTAL FINA ELF ENTERPRISE OIL ITALIANA Charles Svoboda ANCHOR - M.I. DRILLING FLUIDS A.S. Roberto Alfradique Vieira de Macedo OMC PETROBRAS ITALIAN SECTION SPE ITALIAN SECTION SPE – Society of Petroleum Engineers – origins date back to 1913.This was the time when technicians involved in E&P in Pennsylvania and Texas, considered to be the cradle of oil in the USA, felt the need to associate to discuss problem solving and share ideas related to oil, a fun- damental energy source for the growing world industry. Almost 90 years later, more than 55000 professionals from oil and gas producing regions around the world are members of SPE International. Up to the mid 80’s SPE in Italy was represented by only about 10 mem- bers of SPE International. In December 1985 some members decided to establish an independent section. SPE Adriatic Section was born on 24th July 1986, including former Yugoslavia and Austria members. After SPE Croatia and SPE Austria decided to become independent, the section was renamed SPE Italian Section.To date SPE Italian Section counts 500 members. Its Chairman holds a 2 year mandate and is chosen amongst important E&P experts in Italy and all over the world. The present chairman is • Enzo TITONE From July 1988 SPE publishes and distributes 1100 copies of its Bulletin. SPE Italian Section activity is differenciated and includes involvement in university training. In fact two branches called Student Chapters work at Bologna and Turin Universities to teach students about research and production technologies.Together with Assomineraria and EAGE, SPE awards eight student grants to the best dissertations on oil and gas within Italian universities. It also organises conferences and seminars to discuss problems and innovations worldwide. In 1996 SPE European meeting was organised in Milan, gathering major international oilmen. In 2000 the focus was on hydrocarbons research and environmental pre- servation; a series of seminars was held in San Donato Milanese, Ravenna, Potenza, ending in Rome on 7th November 2000. ISA Cooperation with OMC 2001 SA, the 55 year old Instrument Society of America recently renamed the international “Instrumentation, Systems and IAutomation Society” and currently counts more than 43000 members throughout the World. ISA has grown far beyond USA boundaries and has reached into systems, automation, measurement and controls, sensors and motion control, affecting discrete manufacturing, batch proces- sing and networking. ISA members work in research and deve- lopment, engineering, software development, marketing/sales, operations, production and management. Today ISA is cooperating to organize the fifth Offshore Mediterranean Conference and Exhibition - OMC 2001. Cooperation with OMC 2001 is supported by the two Italian Sections, Italy Section, located in Milan, and Rome Section. OMC 2001 reserved to ISA an exhibition area and a conferen- ce time, both consecrated to instrumentation with Offshore applications. Mr. Piergiuseppe Zani from Milan - Italy, who in 2002 will be the first not North American ISA President, will open the Instrumentation Conference introducing ISA and its activity. Mr. Robert. M. Bailliet, who is 2001 ISA President and an Offshore Expert, will open the programme of the Instrumentation Conference. The title of his presentation is: “Deepwater Challenges for Instrumentation and Control”. With the support of GISI – Gruppo Imprese Strumentazione Italia General Programme Tuesday, March 27, 2001 11.00 9th Golf Tournament sponsored by Ravenna Offshore Contractors Association 20.00 Welcome Buffet sponsored by Ravenna Chamber of Commerce Wednesday, March 28, 2001 9.00 - 9.30 Inauguration 9.30 - 10.00 Opening Ceremony 10.30 - 13.00 Opening Plenary Session: The Evolving Geo-Economics of Oil&Gas in the Mediterranean. Working Luncheon 14.00 – 17.40 Session 1 Environmental Protection in Offshore Operations Session 2 Drilling and Completion Techniques Session 3 Technological Challenges and Emerging Technologies Session 4 Information Technologies in E&P 21.00 Gala Dinner sponsored by ENI Thursday, March 29, 2001 9.00 – 12.40 Session 5 Well Productivity Enhancement Session 6 Offshore Facilities: Design Construction & Operations Session 7 Development of Mature/Marginal Fields
Recommended publications
  • Final Report on the Investigation of the Macondo Well Blowout
    Final Report on the Investigation of the Macondo Well Blowout Deepwater Horizon Study Group March 1, 2011 The Deepwater Horizon Study Group (DHSG) was formed by members of the Center for Catastrophic Risk Management (CCRM) in May 2010 in response to the blowout of the Macondo well on April 20, 2010. A fundamental premise in the DHSG work is: we look back to understand the why‘s and how‘s of this disaster so we can better understand how best to go forward. The goal of the DHSG work is defining how to best move forward – assessing what major steps are needed to develop our national oil and gas resources in a reliable, responsible, and accountable manner. Deepwater Horizon Study Group Investigation of the Macondo Well Blowout Disaster This Page Intentionally Left Blank Deepwater Horizon Study Group Investigation of the Macondo Well Blowout Disaster In Memoriam Karl Kleppinger Jason Anderson Roughneck Senior tool pusher Adam Weise Dewey Revette Roughneck Driller Shane Roshto Stephen Curtis Roughneck Assistant driller Wyatt Kemp Donald Clark Derrick man Assistant driller Gordon Jones Dale Burkeen Mud engineer Crane operator Blair Manuel Mud engineer 1 Deepwater Horizon Study Group Investigation of the Macondo Well Blowout Disaster In Memoriam The Environment 2 Deepwater Horizon Study Group Investigation of the Macondo Well Blowout Disaster Table of Contents In Memoriam...............................................................................................................................................1 Table of Contents .......................................................................................................................................3
    [Show full text]
  • Oil and Gas Well Drilling and Servicing Etool
    U.S. Department of Labor Occupational Safety & Health Administration www.osha.gov [skip navigational links] Search Advanced Search | A-Z Index Home General Safety Site Preparation Drilling Well Completion Servicing Plug and Abandon the Well Illustrated Glossary Drilling Rig Components Click on the name below or a number on the graphic to see a definition and a more detailed photo of the object. 1. Crown Block and Water Table 2. Catline Boom and Hoist Line 3. Drilling Line 4. Monkeyboard 5. Traveling Block 6. Top Drive 7. Mast 8. Drill Pipe 9. Doghouse 10. Blowout Preventer 11. Water Tank 12. Electric Cable Tray 13. Engine Generator Sets 14. Fuel Tank 15. Electrical Control House 16. Mud Pumps 17. Bulk Mud Component Tanks 18. Mud Tanks (Pits) 19. Reserve Pit 20. Mud-Gas Separator 21. Shale Shakers 22. Choke Manifold 23. Pipe Ramp 24. Pipe Racks 25. Accumulator Additional rig components not illustrated at right. 26. Annulus 27. Brake 28. Casing Head 29. Cathead 30. Catwalk 31. Cellar 32. Conductor Pipe Equipment used in drilling 33. Degasser 34. Desander 48. Ram BOP 35. Desilter 49. Rathole 36. Drawworks 50. Rotary Hose 37. Drill Bit 51. Rotary Table 38. Drill Collars 52. Slips 39. Driller's Console 53. Spinning chain 40. Elevators 54. Stairways 41. Hoisting Line 55. Standpipe 42. Hook 56. Surface Casing 43. Kelly 57. Substructure 44. Kelly Bushing 58. Swivel 45. Kelly Spinner 59. Tongs 46. Mousehole 60. Walkways 47. Mud Return Line 61. Weight Indicator eTool Home | Site Preparation | Drilling | Well Completion | Servicing | Plug & Abandon Well General Safety | Additional References | Viewing/Printing Instructions | Credits | JSA Safety and Health Topic | Site Map | Illustrated Glossary | Glossary of Terms www.osha.gov www.dol.gov Back to Top Contact Us | Freedom of Information Act | Information Quality | Customer Survey Privacy and Security Statement | Disclaimers Occupational Safety & Health Administration 200 Constitution Avenue, NW Washington, DC 20210 U.S.
    [Show full text]
  • Pryor Trust Final Investigation Report
    Gas Well Blowout and Fire at U.S. Chemical Safety and Pryor Trust Well 1H-9 Hazard Investigation Board Pittsburg County, Oklahoma | Incident Date: January 22, 2018 | No. 2018-01-I-OK Investigation Report Published: June 12, 2019 KEY ISSUES: • Poor Barrier Management • Underbalanced Operations Performed Without Proper Planning, Procedures, or Needed Equipment • Signs of Influx Either Not Identified or Inadequately Responded To • Alarm System Off • Flow Checks Not Conducted • Gaps in Safety Management System • Driller’s Cabin Design • BOP Could Not Close Due to Burned Hydraulic Hoses • Lack of Safety Requirements by Regulation Page 1 Gas Well Blowout and Fire at U.S. Chemical Safety and Pryor Trust Well 1H-9 Hazard Investigation Board Pittsburg County, Oklahoma | Incident Date: January 22, 2018 | No. 2018-01-I-OK The U.S. Chemical Safety and Hazard Investigation Board (CSB) is an independent Federal agency whose mission is to drive chemical safety change through independent investigations to protect people and the environment. The CSB is a scientific investigative organization, not an enforcement or regulatory body. Established by the Clean Air Act Amendments of 1990, the CSB is responsible for determining accident causes, issuing safety recommendations, studying chemical safety issues, and evaluating the effectiveness of other government agencies involved in chemical safety. More information about the CSB is available at www.csb.gov. The CSB makes public its actions and decisions through investigative publications, all of which may include safety recommendations when appropriate. Types of publications include: Investigation Reports: formal, detailed reports on significant chemical incidents that include key findings, root causes, and safety recommendations.
    [Show full text]
  • Pegasus Vertex, Inc. Drilling Software | Sophisticated Yet Simple
    Pegasus Vertex, Inc. Drilling Software | Sophisticated Yet Simple Drilling Industry Glossary www.pvisoftware.com/drilling-industry-glossary.html A Abandon: To temporarily or permanently cease production from a well or to cease further drilling operations. Abnormal Pressure: Pressure outside the normal or expected range. Ambient: A term generally used to describe surrounding temperatures or environments. Annular Blowout Preventer (Annular BOP): An annular blowout preventer is a large, specialized valve used to seal, control and monitor oil and gas wells. It is usually installed above the ram preventers that forms a seal in the annular space between the pipe and wellbore or, if no pipe is present, over the wellbore itself. Annular Pressure: Pressure in an annular space. Annulus: The annulus is the area between two concentric objects, such as, between the wellbore and casing or between casing and tubing, where fluid can flow. Axial Load: A load applied along the axis of a drill string, casing or tubing string. Azimuth: The compass direction of a directional survey or of the wellbore as planned or measured by a directional survey. The azimuth is usually specified in degree with respect to North Pole. For example, a well that goes east has an azimuth of 90 degrees. Azimuth Angle: This is the angle between the plane determined by the vertical and true North directions and the plane containing the wellbore direction and the true vertical. 1 B Back Off/Backoff: To unscrew one threaded piece, e.g. a section of pipe, from another. Balanced Cement Plug: Cement plugs for sidetracking wells are frequently set using the balanced cement plug method.
    [Show full text]
  • The Open Petroleum Engineering Journal
    Send Orders for Reprints to [email protected] 98 The Open Petroleum Engineering Journal Content list available at: www.benthamopen.com/TOPEJ/ DOI: 10.2174/1874834101811010098, 2018, 11, 98-106 RESEARCH ARTICLE Evaluating the Effects of Monovalent and Divalent Salts on the Rheological Properties of Water Based Mud Ohenewaa K. Dankwa1,*, Prince Opoku Appau2 and Eric Broni-Bediako1 1Department of Petroleum Engineering, University of Mines and Technology, Tarkwa, Ghana 2Research Institute of Enhanced Oil Recovery, China University of Petroleum Beijing, P.R. China Received: January 15, 2018 Revised: May 15, 2018 Accepted: September 11, 2018 Abstract: Introduction: Drilling fluid selection plays a key role in preventing major problems encountered during drilling operations such as hole pack-off, stuck pipe and loss circulation. Mud contamination which results from the overtreatment of the mud system with additives or foreign material entering the mud system during drilling operations causes unwanted changes in the properties of the mud. This makes the mud system inefficient in performing its major roles. This research studies the effects of monovalent and divalent salts namely Potassium Chloride, Calcium Chloride, and Magnesium Chloride on the rheological properties of water-based mud system which is most vulnerable to contamination. Methods: Sixteen mud samples were formulated of which fifteen were contaminated each with different concentrations (0.75 g, 1.50 g, 2.50 g, 3.50 g, and 5.0 g) of the various salts at ambient temperature. Results: The results showed that the rheological properties such as plastic viscosity, apparent viscosity and yield point of the mud samples decreased as the concentrations of various salts increase.
    [Show full text]
  • Specified Oil and Gas Well Activities Emissions Inventory Update
    www.erg.com SPECIFIED OIL & GAS WELL ACTIVITIES EMISSIONS INVENTORY UPDATE FINAL REPORT Prepared for: Texas Commission on Environmental Quality Air Quality Division Prepared by: Eastern Research Group, Inc. August 1, 2014 ERG N0. 0292.03.026.001 Specified Oil & Gas Well Activities Emissions Inventory Update FINAL REPORT Prepared for: Michael Ege Texas Commission on Environmental Quality Air Quality Division Building E, Room 245 S Austin, TX 78711-3087 Prepared by: Bryan Lange Mike Pring Stephen Treimel Eastern Research Group, Inc. 1600 Perimeter Park Dr., Suite 200 Morrisville, NC 27560 August 1, 2014 Table of Contents List of Acronyms .............................................................................................................. iii Executive Summary .......................................................................................................... iv 1. Introduction ........................................................................................................ 1-1 Purpose of This Study ......................................................................................... 1-1 2. Oil and Gas Producing Regions in Texas ........................................................... 2-1 3. Hydraulic Pump Engines ................................................................................... 3-1 3.1 Literature Review .................................................................................... 3-1 3.1.1 Oil and Gas Emission Inventory, Eagle Ford Shale – Technical Report ..........................................................................................
    [Show full text]
  • AADE Template
    AADE-20-FTCE-111 Field Operations Results and Experience with Inline Drilling Fluid Property Measurement S. Zafar Kamal Ph.D., Richard Frazier, Doanh B. Ho, Lauren Miller, OFI Testing Equipment, Inc.; Paul Scott ConocoPhillips E&P Co.; Pradipto K. Bhattacharya Ph.D., Rheology Solutions Copyright 2020, AADE This paper was prepared for presentation at the 2020 AADE Fluids Technical Conference and Exhibition held at the Marriott Marquis, Houston, Texas, April 14-15, 2020. This conference is sponsored by the American Association of Drilling Engineers. The information presented in this paper does not reflect any position, claim or endorsement made or implied by the American Association of Drilling Engineers, their officers or members. Questions concerning the content of this paper should be directed to the individual(s) listed as author(s) of this work. Abstract monitoring system on an active land drilling rig deployed on Drilling fluids are key to ensuring safe drilling operations multiple multi-well pads, over a six-month period. We start by and the quality of wells during construction and completion. As describing the deployed system, sharing data and results, such, drilling fluid properties are critical control parameters of providing a discussion of inline and near line measurement of the drilling and completions process. Moreover, digital the rheological profile. This paper is concluded by sharing advances in drilling, e.g., remote operations centers, lessons learned and thoughts on future developments. automation, real-time hydraulics, and optimization, depend on Drilling mud has several key roles during the drilling and frequent measurement of physical and compositional properties completion of oil and gas wells, e.g., circulate cuttings from the of drilling fluids.
    [Show full text]
  • Different Types of Logging
    Types of Logging Well Logging Mud logging, also known as hydrocarbon well logging, is the creation of a detailed record (well log) of a borehole by examining the bits of rock or sediment brought to the surface by the circulating drilling medium (most commonly mud). Mud logging is usually performed by a third-party mud logging company. This provides well owners and producers with information about the lithology and fluid content of the borehole while drilling. Historically it is the earliest type of well log. Under some circumstances compressed air is employed as a circulating fluid, rather than mud. Although most commonly used in petroleum exploration, mud logging is also sometimes used when drilling water wells and in other mineral exploration, where drilling fluid is the circulating medium used to lift cuttings out of the hole. In hydrocarbon exploration, hydrocarbon surface gas detectors record the level of natural gas brought up in the mud. A mobile laboratory is situated by the mud logging company near the drilling rig or on deck of an offshore drilling rig, or on a drill ship. A mud logging technician in the modern oil field drilling operation determines positions of hydrocarbons with respect to depth, identifies downhole lithology, monitors natural gas entering the drilling mud stream, and draws well logs for use by oil company geologists. Rock cuttings circulated to the surface in drilling mud are sampled and analyzed. © 2012 All Star Training, Inc. 1 The mud logging company is normally contracted by the Oil Company (or operator). They then organize this information in the form of a graphic log, showing the data charted on a representation of the wellbore.
    [Show full text]
  • Drilling Costs Estimation for Hydrocarbon Wells
    Drilling Costs Estimation for Hydrocarbon Wells M. Enamul Hossain* Department of Petroleum Engineering, King Fahd University of Petroleum & Minerals Dhahran, Saudi Arabia Received September 04, 2014; Accepted June 12, 2015 Abstract: Worldwide drilling activities are signifi cantly raised by the oil industry due to the increased global demand of hydrocarbon. The addition of new and sophisticated equipment, tools, and technologies in drilling a well are adding more costs in terms of new technology and equipment. In contrast, the reduction of drilling time due to the addition of those facilities has signifi cantly reduced the drilling costs. As a result, there is a cost analysis dilemma faced by the drilling industry. In addition, shale gas wells are drilled using drilling technology very similar to that used in the drilling of conventional hydrocarbon wells. This causes the drill bit to wear out which signifi cantly reduces the net penetration rate with the longer trip time. This scenario causes new challenges for the estimation of shale drilling cost in general. The overall cost estimation and analysis creates new challenges and responsibilities for the industry people. Moreover, cost effective drilling is one of the focal points for the industry toward a successful and sustainable drilling because by defi nition, sustainability covers the parameter, cost. The lack of proper training in handling fi nancial sustainability has caused tremendous frustration in the current energy management sector. While everyone seems to have a solution, it is increasingly becoming clear that these options are not moving our drilling environment to any sustainable state. This article evaluates current and historical drilling and completion costs of oil and gas wells.
    [Show full text]
  • Schlumberger, Source Abandonment in Westport Resources Corporation
    Raymond N. Dickes Radiation Safety Officer Schlumberger Explosives Safety Officer Oilfield Services January 15, 2003 Nuclear Regulatory Commission 611 Ryan Plaza Drive, Suite 400 Arlington, TX 76011-8064 RE: Source Abandonment in Westport Resources Corporation Well - OSCG 763 #11 Dear Sir or Madam: This is letter is to confirm the abandonment of irretrievable sources in a well in accordance with Part 39, Section 39.77(d). The original abandonment plan for this well included placing a 9 5/8" casing liner in Sidetrack #1. The casing liner for the new borehole would become the mechanical deflection device for the abandoned borehole. However, after drilling Sidetrack #1 the decision was made to plug and abandon the well in its entirety. Unbeknownst to Schlumberger, the operator of the well contacted MMS on January 10, 2003 to alter their plan to include plug and abandonment procedures. Approval for plug and abandonment of the well was granted by Mr. David Moore of the MMS as shown in the attached well schematic. You will note the cement plug dressed off from 11,980'to 12,014' has taken up the function of the original deflection device. In addition to the 567 feet of cement spotted on top of the logging tool, four additional cement plugs and a cement retainer where placed in the original borehole as shown in the well schematic. Additional information for this abandonment is attached. Please let me know if you require any further information. Sincerely, CN ,N. Dickes 200 Gillingham Lane, Sugar Land, Texas 77478, Telo(281) 285-8775, Fax (281) 285-8526 Source Abandonment - Westport Resources Corporation Well: OCSG 763 #11 Date of Occurrence: 12/29/2002 16 Ci, Am241 Be, Neutron Source, Serial #A1342 Source Identification: 16 Ci, Am241Be, Neutron Source, Serial #G5012 1.7 Ci, Cs137, Density Source, Serial #A2023 Westport Resources Corporation Well: OCS-G 763 #11 Well Identification: Field: West Cameron Block180 API#: 17-700-41150-00 Offshore Louisiana 567' of cement on top of the tool at 12,014', dressed from 11,776'.
    [Show full text]
  • MUD ENGINEERING by A
    MUD ENGINEERING By A. C. NESTLE UD engineering, a comparatively new specializa- tion, is of increasing significance as diminishing M oil reserves emphasize the need for more drilling. Application of this particular technology is typical of many that are found in the nation's fourth industry, now of even greater importance in our present oil war. An understanding of how chemical engineering aids in the search for oil requires some explanation of the process of rotary drilling. DRILLING OPERATIONS Two principal methods have been used in drilling for oil and gas. In the older standard, cable-tool or churn- type method percussion tools are employed; however, for the most part this method has been superseded by the use of rotating bits. These bits are screwed on the ends of lengths of hollow pipe as needed. At the surface end of the assembly, torque is applied and rotation estab- lished through a bushing in which a special square, hexagonal. or octagonal member slides. In effect. the machine is a huge drill press driving a bit through a hollow shaft. Cutting force is applied to the hit by the weight of the string of pipe itself, althougli only a small fraction of this weight usually is needed. A lifting mech- anism is required to control this force and to pull the pipe from the hole. Each time a bit becomes dull the entire length of pipe must be removed from the bore and stacked in the derrick in sections, the bit replaced, and then re-run back to the previous depth. A large proportion of the time required to drill a well is consumed in making round trips into and out of the hole, at which time a dull bit is replaced by a sharp one.
    [Show full text]