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Sedco Forex Autometer Inc. Previous Names Login to view previous names. DL IN. Prosecution Details S. Model tests, calculations, and case studies prove that a floating vessel will not sink due to gas reducing the water density in or adjacent to a subsea blowout.
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Several floating drill vessels have been lost as a result of subsea blowouts. Reports have circulated that the rig sank into something similar to a hole in the ocean caused by gas bubbles suspended in the water reducing its specific gravity. These erroneous reports, believed as truth by many people, have resulted in the modification of operations resulting in decreased safety.
Several subsea well control operations have caused accidents and losses because the riser was not disconnected. This action was taken in fear of sinking in aerated water. The losses occurred because the vessel winched itself off the drill site to get away from the subsea well before disconnecting.
If there had been a better understanding of water density, the rig personnel could have closed all hatches, shut-down all engines, personnel could have closed all hatches, shut-down all engines, disconnected the riser and released mooring lines at one end of the rig, and safely removed the rig out of the aerated water. This paper presents some of the technical data and references available which prove that a floating vessel will not sink due to loss of water density.
Also presented in this paper is a concept which intentionally subjects a floating vessel to aerated water, to divert and control subsea blowouts.
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When oil flows to the surface pollution occurs and it is impossible to control or collect pollution on the ocean surface. The concept reported in this paper diverts the subsea well pollutant flow to a collection vessel before the flow reaches the surface. A funnel with riser suspended from a barge is positioned over the subsea well.
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The well flow, which contains gas, lightens the fluid column inside the riser and the well fluids flow Lip through the riser to the collection barge. Once the well flow is diverted, a method of entering and stopping the well flow from the well bore is available via the funnel and riser.
This complete system, the model tests, the field application, and the future use of the diverting and controlling procedures are reported in this paper. Kathawallla J S. Vajifdar CJ S. Vazifdar CJ S. Modak J S. Manikumar J S. Muralidhar J S. Rifaur Rahman AM S. Godara JM S. Sundar J S. Viswanethra Ravi JM S. Viwanethra Ravi JM S. Sujatha J S. Gangapurwala J S. Mehrotra AM S. Shinde J Sangeeta K. Mathivanan J T. Meena AM T.
Sood AM T. Kapoor AM T. Sivagnanam J T. Bhavani Subbaroyan J V. Daga J V. Durga Rao JM V. Gopala Gowda J V. Jadhav J V. Kameswar Rao J V. Deshpande J V. Kanade J V. Ramasubramanian J V. Sirpurkar J Vasanti A. Patil A. Gupta A. Jasani A. Lal A. Sanghi A. Tibrewal A. Tulsiyan A. Nadkarni A. Shrivastava A. Shankar A. Srinivas A. Ranga Ramanujam A. Raghuram A. Vissanjee A. Vissanji A. Nuli Ananya Kapoor Anil C. Nishant Anil Chopra Anil D. Manjunatha B. Gandhi B. Chatterji B.
Narasimha Sarma B. Ramana Kumar B. Balachandran B. Soparkar B. Satyanarayana Murthy B. Balaram Das B. Naniwadekar C. Thakkar C. Kameswara Rao C. Sreekumar C. Naresh C. Ramaswamy C. Agarwal C. Aggarwal C. Subrahmanyam C. Jain D. Chidanand D. Anjaneyulu D. Abhinav Chandrachud Dr. Abhishek Manu Singhvi Dr. Aman Hingorani Dr. Anitha Sumanth Dr. Shivram Dr. Manish Singhvi Dr. Daniel Dr. Rakesh Gupta Dr. Balaji G.
Baskar G. Pipara G. Mehta G. Reddy G. Pikale G. Khincha H. Agarwal H. Ranina H. Raghavendra Rao H. Buch Haresh P. Shah Hari S. Mishra J. Mistry J. Mehrotra J. Pardiwalla J. Bairagra J. Khaitan J. Shah J. Bhasin J. Aravind K. Mohammed Kutty K. Balakrishnan K. Devdas K. Raghavan K. Gopal K.
Chaitanya K. Chythanya K. Sharma K. Venugopal K. Dharmadhikari AGP K. Meenakshi Sundaran K. Neeraja K. Dewani K. Ganguli K. Gaunguli K. Paulson K. Chhabra K. Lakshminarayanan K. Manjani K. Rastogi K. Sekar K. Vasudevan K. Radhakrishnan K. Hanumantha Rao K. Javali Kiran Suri Kirit N. Moryani M. Patil M. Gautam M. Karunagaran M. Golvala M. Lohia M. Rastogi M. Senthilkumar M. Shah M. Rajshirke M. Mathuria M. Vohra M. Selvakumar M. Sivathanu M. Subramanian M. Shah Manish J. Sheth Manish K. Jain N. Mohanty N. Poddar N. Sahi N. Saini N. Shahi N. Shrimal N. Agarwal N. Porwal N.
Ranka N. Sahni N. Agrawal N. Bhattad N. Balaji N. Nadkarni N. Venkataraman N. Deshpande O. Kakade O. Mody P. Balakrishnan P. Chhotaray P.