Access the full text.
Sign up today, get DeepDyve free for 14 days.
N Adams (1994)
472
(1999)
Greater kick tolerance and fewer casing strings make dual gradient drilling a winner
B. Digas, V. Rozenberg, A. Kuklin (2016)
Application of integrated assessment model MERGE to studying ecological-economic indicesModeling Earth Systems and Environment, 2
(2010)
New deepwater riserless mud recovery system opens door to deepwater dual-gradient drilling
(1999)
Greater kick tolerance and fewer casing strings make dual gradient drilling
Rabeb Ouhibi, H. Mzali, M. Ghanmi, F. Zargouni (2018)
Determining of a complex structure consisting of detachment, fault-bend and fault propagation folds in the collapse structure of Zaghouan-Bouficha (Bouficha region, north eastern Tunisia)Modeling Earth Systems and Environment, 4
Q. Peng, H. Fan, Rongyi Ji, Xuyue Chen, Haobo Zhou, Jinge Liu, Fuxin Han, Suiyi Fu (2016)
A Simplified Method of Hydraulics Analysis for Riserless Drilling System
J. Frøyen, N. Rolland, R. Rommetveit, R. Stave, H. Jaising (2006)
Riserless Mud Recovery (RMR) System evaluation for top hole drilling with Shallow Gas
Marit Utheim (2014)
Well control analysis in conventional and riserless reelwell method
O Vestavik, M Egorenkov, B Schmalhorst, J Falcao, M Roedbro (2013)
Extended reach drilling—new solution with a unique potentialSPE/IADC, 163463
N Adams, L Kuhlman (1994)
Kicks and blowout control. second edition. Copyright 1980
Mohammad Shalafi, S. Moradi, Mohammad Ghassem-Alaskari, Malihe Kazemi (2016)
Drilling fluid loss control via implementing the FMI and DSI logs to protect environmentModeling Earth Systems and Environment, 2
N. Udosen, N. George (2018)
A finite integration forward solver and a domain search reconstruction solver for electrical resistivity tomography (ERT)Modeling Earth Systems and Environment, 4
(2007)
Riserless mud return technology solves shallow wellbore instability problem: a case history, Presentation to American Assoc
Md Dhali, M. Biswas (2017)
Geo-hydrological response to pothole formation: a quantitative study of Kharsoti River, IndiaModeling Earth Systems and Environment, 3
O. Vestavik, M. Egorenkov, B. Schmalhorst, J. Falcao (2013)
Extended Reach Drilling - new solution with a unique potentialDistributed Computing
E. Andersen, G. Cooper, W. Maurer, P. Westcott (1991)
An Analysis of Relative Costs in Drilling Deep WellsSoftware - Practice and Experience
R. Stave, B. Fossli, Cato Endresen, R. Rezk, Geir Tingvoll, Martin Thorkildsen (2014)
Exploration Drilling with Riserless Dual Gradient Technology in Arctic Waters
Don Hannogan, R. Stave (2006)
The time has come to develop Riserless Mud Recovery technology's deepwater capabilitiesDrilling contractor, 62
Jalal Seyedmohammadi (2017)
The effects of drilling fluids and environment protection from pollutants using some modelsModeling Earth Systems and Environment, 3
(1994)
Kicks and blowout control. second edition
O. Vestavik, S. Brown, S. Kerr (2009)
Reelwell Drillilng MethodDistributed Computing
R. Stave, R. Farestveit, S. Høyland, P. Rochmann, N. Rolland (2005)
Demonstration and Qualification Of A Riserless Dual Gradient System
John-Morten Godhavn, K. Knudsen (2010)
High Performance and Reliability for MPD Control System Ensured by Extensive TestingDistributed Computing
M. Mirrajabi, A. Nergaard, Ove Hole, O. Vestavik (2010)
Riserless ReelWell Drilling Method To Address Many Deepwater Drilling ChallengesDistributed Computing
As the offshore market is facing the deepwater production challenges, the Oil and Gas Industry is investing in new technologies to bring down costs needed to effectively exploit reservoirs. Therefore, dual string drilling (DSD) can eliminate the marine riser which would result in exploring oil fields in deep and ultra-deepwater economically. In order for controlling fluid contact with a borehole wall during drilling operations include introducing an outer pipe into a borehole and positioning an inner pipe within the outer pipe axially. The method may further include circulating a drilling fluid to a drill bit using inner pipe and the annulus between the inner pipe and outer pipe. The drilling fluid may be separated from the control fluid by using an annular isolator. The results showed that with DSD approach a lot of time will be saved in order to circulate the kick out of the well. Apart from riserless drilling, DSD has an efficient cutting removal capacity, better annular clearance, elimination of differential sticking, better well stability, better well control parameters, reduction of torque and drag, avoid the dynamic equivalent circulating density gradient, and better extended reach drilling. The novelty of the new dynamics model is in the ability to solve narrow operational margin between pore pressure and fracture pressure as we move into deeper waters.
Modeling Earth Systems and Environment – Springer Journals
Published: Apr 12, 2018
Read and print from thousands of top scholarly journals.
Already have an account? Log in
Bookmark this article. You can see your Bookmarks on your DeepDyve Library.
To save an article, log in first, or sign up for a DeepDyve account if you don’t already have one.
Copy and paste the desired citation format or use the link below to download a file formatted for EndNote
Access the full text.
Sign up today, get DeepDyve free for 14 days.
All DeepDyve websites use cookies to improve your online experience. They were placed on your computer when you launched this website. You can change your cookie settings through your browser.