Drilling
Drilling
research projects look at a varied range of issues associated with offshore drilling
operations, but the primary focus is on the research that relates directly to the
regulation of drilling operations. The program seeks out research that helps MMS engineers
and supervisors with their day-to-day regulatory responsibilities as well as understand
the safety issues associated with deepwater operations and new drilling technology.
Research topics include the performance and reliability of safety equipment; new and
evolving technology and its application to offshore drilling; assessment of various
operational problems; and advanced well control techniques.
Current Drilling Research Projects
Minimizing
Wear in Deepwater Risers, Flex Joints and BOP This JIP examines wear in deepwater
risers, flex joints, and BOPs; conduct riser-wear laboratory tests. The JIP will document
riser failures and field wear; identify and analyze factors effecting riser wear; evaluate
riser wear inspection tools; and evaluate wear resistance of risers.
Experimental
Validation of Well Control Procedures in Deepwater This JIP will improve the
knowledge in gas kick behavior along the entire well in deepwater situations. The well
will simulate various drilling scenarios to define appropriate well control procedures for
deepwater wells. This is a joint industry effort led by Petrobras,
Development of a Blowout Intervention Method
and Dynamic Kill Simulated for Blowouts Occurring Ultra-Deepwater
This project will update and expand an early 1990's research effort, DEA 63 - Floating
Vessel Blowout Control, to address the ultra deepwater in which industry is now operating.
The project will:
|
Update deepwater blowout intervention methods and evaluate
hydraulic requirements; |
|
Investigate bridging tendencies for deepwater blowouts; |
|
Develop dynamic kill model and investigate methods to kill
deepwater blowouts; |
|
Develop dual density blowout control methods (for wells that
used conventional drilling methods); and |
|
Develop cost estimates for ultra-deepwater blowout
intervention. |
The MMS is looking for industry partners to participate in
this important research that is being led by Texas A&M University.
Manual
for Sound Coiled-Tubing Drilling Practices. The project will prepare a
state-of-the-art coiled-tubing drilling manual that includes all facets of safe, efficient
CT operation. The manual will include optimum CT string specifications, stress limitations
and safety factors, equipment requirements, elements of pre-job design and planning, and
on-site operational guidelines.
Deepwater Geohazards Workshop run by the Energy
Research Clearing House - MMS participated in and sponsored a 2-day workshop that examined
the current geohazards technology and identified future challenges that industry needs to
address. The workshop provided a better understanding of technologies that have a
significant impact on deepwater drilling and the lessons learned with deepwater geohazards
occurrences. Additional goals of the workshop were to identify and prioritize areas not
currently being addressed and to formulate joint industry projects to address these areas.
The workshop was held on April 3-4, 2001 at Del Lago Conference Center in Montgomery,
Texas. Proceedings from the workshop may be obtained from the Energy Research Clearing House.
Recent Drilling Research Projects
Deepwater
BOP Reliability Study This project by SINTEF continued MMSs
pursuit of evaluating the performance of BOP equipment. The research investigated the
performance of deepwater subsea BOP systems for drilling rigs operating in the Gulf of
Mexico. It examined BOP test data from 83 deepwater wells drilled during 1997 and 1998 in
water depths of 1,335 to 6,725 feet. It also compared BOP reliability in the Gulf of
Mexico to that of other areas, such as the North Sea.
Deepwater
BOP Reliability During Well Control Events This SINTEF research focuses on the
performance of subsea BOP systems during well control events. This project follows up the
above mentioned Deepwater BOP Reliability research effort that SINTEF completed on
deepwater subsea BOP systems. It uses data from the same 83 wells but looks at the 48
kicks that occurred and examines BOP performance after each kick. The research looks at
kick characteristics, kick causes, killing operations, and BOP failures.
Evaluation
of the Suitability of Industry Standards as MMS Requirements The
project reviewed 4 API RPs and IADCs Deepwater Guidelines and compared them
against MMS requirements. The 4 RPs are:
|
53 -- BOP Systems for Drilling Wells |
|
16E -- Design of Control Systems for Drilling Well Control
Equipment |
|
64 -- Diverter System Equipment and Operations |
|
16Q -- Design, Selection, Operation, and Maintenance of
Marine Drilling Riser Systems |
The report recommended that MMS incorporate these documents
into the regulations.
MMS/DOE
Deepwater Dual-Density Drilling Workshop
This workshop was held on September 28, 2000, in Houston, Texas. The MMS and
the Department of Energy co-sponsored a Workshop on Deepwater Dual-Density Drilling
Systems. The sponsors of the 3 differing approaches to dual-density drilling discussed the
highlights of their drilling systems. Following the presentations, the workshop
participants discussed potential drilling and well-control problems and how the various
drilling system may handle these problems. The agenda for the workshop
is available.
For more information on Drilling contact:
Andrew Konczvald.
Drilling Projects |
008 |
Blowout Prevention Procedures for
Deepwater Drilling |
009 |
Ultrasonic Flowmeter Evaluation |
010 |
Subsea Inspection |
011 |
Portable Data Recorder for USGS
inspectors |
012 |
Technology Assessment |
013 |
Fluidic Pulser for Mud Pulse
Telemetry |
014 |
Fluidic Sensor for Hydrocarbon
& Hydrogen Sulfide Gas |
016 |
Technology Assessment for Outer
Continental Shelf, Oil and Gas Operations in the Arctic Ocean |
017 |
Fire Suppression Technology |
018 |
Overpressured Marine Sediments |
020 |
Toxic Effects of Drill Mud on
Coral |
021 |
Underwater Acoustic Telemetry |
022 |
Pattern Recognition Technology |
024 |
Technology Assessment for
Estimating Hydrocarbons Lost During a Blowout |
027 |
Technology Assessment for
Cementing Shallow Casings |
028 |
Casing Wall Thickness Technology |
032 |
Recapture of Oil from Blowing
Wells |
039 |
Cryogenic Control of Blowing
Wells |
062 |
Southern Bering Sea Production
System Study |
065 |
De-icing and Prevention of Ice
Formation on Offshore Drilling Platforms |
067 |
Rig Mooring Reliability |
082 |
Numerical Wave Force Simulation |
085 |
Subsea Collection of Blowing Oil
and Gas |
086 |
ATOS (Antiturbidity Overflow
System) Experiment |
105 |
Chukchi Sea Transportation Cost
Comparison Study |
108 |
An Investigation of the
Non-Linear Behavior of Compliant Risers |
126 |
Engine Emission Control |
145 |
Response Prediction Techniques
for Risers in Sheared Currents |
150 |
Floating Vessel Blowout Control |
151 |
Investigation of Simulated Oil
Well Blowout Fires |
195 |
Shallow Gas Broaching |
200 |
Securing Procedures for Mobile
Drilling Units (MODU's) in the Gulf of Mexico |
216 |
SPAR Development Model Test
Program |
226 |
Hydrates of
Hydrocarbons--Practical Implications |
249 |
Control of Natural Gas Hydrates |
252 |
Novel Hydrate Prediction Methods
for Drilling Fluids |
253 |
Blowout Preventer Study |
255 |
Development Studies of Mud
Converted to Cement |
257 |
Project Cancelled |
264 |
Development of Improved Drill
String Safety Valve Design and Specifications |
275 |
Riser Reliability Analysis |
276 |
Mitigating the Problem of Gas
Migration After Primary Cementing |
287 |
Fate and Behavior of Deepwater
Subsea Oil Well Blowouts in the Gulf of Mexico |
300 |
Coiled-Tubing and Slim-Hole
Technology, DEA-67 Phase III |
311 |
Oil Spill Containment, Remote
Sensing, and Tracking from Deep Water Blowouts: Status of Existing and Emerging
Technologies |
319 |
Reliability of Subsea Blowout
Preventer Systems for Deepwater Applications--Phase II |
327 |
Applied Gas Hydrate Research
Program |
339 |
Modernization of Tubular Collapse
Performance Properties |
340 |
Project Cancelled |
341 |
Develop and Improved Methodology
for Pre-drill Pore Pressure and Fracture Gradient Prediction |
342 |
Project Cancelled |
357 |
Assessment of Risks Associated
with Carbon Monoxide Gas During Well Perforation |
380 |
Evaluation of the Suitability of
Industry Standards as MMS Requirements |
382 |
Experimental Validation of Well
Control Procedures in Deepwater |
383 |
Performance of Deepwater BOP
Equipment During Well Control Events |
384 |
Deepwater Riser Wear Technology |
386 |
Deepwater Dual-Density Drilling
Workshop |
408 |
Development of a Blowout
Intervention Method and Dynamic Kill Simulated for Blowouts Occurring in Ultra-Deepwater |
411 |
Manual for Sound Coiled-Tubing
Drilling Practices |
412 |
Underbalanced Drilling Training
for MMS Drilling Engineers |
426 |
Long Term Integrity of Deep-Water
Cement Systems |
490 |
CRA for Composite Drilling and
Production Risers |
492 |
Reliability of Subsea Systems |
495 |
Risk Assessment and
Evaluation of the Conductor Pipe Setting Depth On Shallow Water Depths |
505 |
Step Changes in Drilling Technology 2004
Workshop |
519 |
Drilling and Completion Gaps for High Temperature and High Pressure In Deep
Water |
521 |
Riser VIV Workshop |
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Last Updated:
09/10/2004,
01:17 PM
|