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UNITED STATES DISTRICT COURT
EASTERN DISTRICT OF LOUISIANA
IN RE: OIL SPILL BY THE OIL RIG * Docket 10-MD-2179DEEPWATER HORIZONIN THE *GULF OF MEXICO ON APRIL 20, 2010 * Section J
*Applies to: * New Orleans, Louisiana
*Docket 10-CV-02771, * March 18, 2013IN RE: THE COMPLAINT AND *PETITION OF TRITON ASSET *LEASING GmbH, et al *
*Docket 10-CV-4536, *UNITED STATES OF AMERICA v. *BP EXPLORATION & PRODUCTION, *INC., et al *
** * * * * * * * * * * * * * * * * *
DAY 13, AFTERNOON SESSIONTRANSCRIPT OF NONJURY TRIAL
BEFORE THE HONORABLE CARL J. BARBIER
UNITED STATES DISTRICT JUDGE
Appearances:
For the Plaintiffs: Domengeaux Wright Roy& Edwards, LLC
BY: JAMES P. ROY, ESQ.556 Jefferson Street, Suite 500Post Office Box 3668Lafayette, Louisiana 70502
For the Plaintiffs: Herman Herman & Katz, LLCBY: STEPHEN J. HERMAN, ESQ.820 O'Keefe AvenueNew Orleans, Louisiana 70113
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Appearances:
For the Plaintiffs: Cunningham Bounds, LLCBY: ROBERT T. CUNNINGHAM, ESQ.1601 Dauphin StreetMobile, Alabama 36604
For the Plaintiffs: Lewis Kullman Sterbcow & AbramsonBY: PAUL M. STERBCOW, ESQ.601 Poydras Street, Suite 2615New Orleans, Louisiana 70130
For the Plaintiffs: Breit Drescher Imprevento
& Walker, PCBY: JEFFREY A. BREIT, ESQ.600 22nd Street, Suite 402Virginia Beach, Virginia 23451
For the Plaintiffs: Leger & ShawBY: WALTER J. LEGER JR., ESQ.600 Carondelet Street, 9th FloorNew Orleans, Louisiana 70130
For the Plaintiffs: Williams Law Group, LLC
BY: CONRAD "DUKE" WILLIAMS, ESQ.435 Corporate Drive, Suite 101Houma, Louisiana 70360
For the Plaintiffs: Thornhill Law FirmBY: TOM THORNHILL, ESQ.1308 Ninth StreetSlidell, Louisiana 70458
For the Plaintiffs: deGravelles Palmintier Holthaus& Frug, LLP
BY: JOHN W. DEGRAVELLES, ESQ.618 Main StreetBaton Rouge, Louisiana 70801
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Appearances:
For the Plaintiffs: Williamson & RusnakBY: JIMMY WILLIAMSON, ESQ.4310 Yoakum BoulevardHouston, Texas 77006
For the Plaintiffs: Irpino Law FirmBY: ANTHONY IRPINO, ESQ.2216 Magazine StreetNew Orleans, Louisiana 70130
For the United States U.S. Department of Justice
of America: Torts Branch, Civil DivisionBY: R. MICHAEL UNDERHILL, ESQ.450 Golden Gate Avenue7-5395 Federal Bldg., Box 36028San Francisco, California 94102
For the United States U.S. Department of Justiceof America: Environment & Natural Resources
Environmental Enforcement SectionBY: STEVEN O'ROURKE, ESQ.
SCOTT CERNICH, ESQ.DEANNA CHANG, ESQ.
RACHEL HANKEY, ESQ.A. NATHANIEL CHAKERES, ESQ.Post Office Box 7611Washington, D.C. 20044
For the United States U.S. Department of Justiceof America: Torts Branch, Civil Division
BY: JESSICA McCLELLAN, ESQ.MICHELLE DELEMARRE, ESQ.JESSICA SULLIVAN, ESQ.SHARON SHUTLER, ESQ.MALINDA LAWRENCE, ESQ.
Post Office Box 14271Washington, D.C. 20004
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Appearances:
For the United States U.S. Department of Justiceof America: Fraud Section
Commercial Litigation BranchBY: DANIEL SPIRO, ESQ.
KELLEY HAUSER, ESQ.ELIZABETH YOUNG, ESQ.
Ben Franklin StationWashington, D.C. 20044
For the State of Attorney General of AlabamaAlabama: BY: LUTHER STRANGE, ESQ.
COREY L. MAZE, ESQ.
WINFIELD J. SINCLAIR, ESQ.500 Dexter AvenueMontgomery, Alabama 36130
For the State of Attorney General of LouisianaLouisiana: BY: JAMES D. CALDWELL, ESQ.
1885 North Third StreetPost Office Box 94005Baton Rouge, Louisiana 70804
For the State of Kanner & Whiteley, LLC
Louisiana: BY: ALLAN KANNER, ESQ.DOUGLAS R. KRAUS, ESQ.701 Camp StreetNew Orleans, Louisiana 70130
For BP Exploration & Liskow & Lewis, APLCProduction Inc., BY: DON K. HAYCRAFT, ESQ.BP America Production 701 Poydras Street, Suite 5000Company, BP PLC: New Orleans, Louisiana 70139
For BP Exploration & Kirkland & Ellis, LLP
Production Inc., BY: J. ANDREW LANGAN, ESQ.BP America Production HARIKLIA "CARRIE" KARIS, ESQ.Company, BP PLC: MATTHEW T. REGAN, ESQ.
300 N. LasalleChicago, Illinois 60654
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Appearances:
For BP Exploration & Covington & Burling, LLPProduction Inc., BY: ROBERT C. "MIKE" BROCK, ESQ.BP America Production 1201 Pennsylvania Avenue, NWCompany, BP PLC: Washington, D.C. 20004
For Transocean Holdings Frilot, LLCLLC, Transocean Offshore BY: KERRY J. MILLER, ESQ.Deepwater Drilling Inc., 1100 Poydras Street, Suite 3700Transocean Deepwater Inc.: New Orleans, Louisiana 70163
For Transocean Holdings Sutherland Asbill & Brennan, LLP
LLC, Transocean Offshore BY: STEVEN L. ROBERTS, ESQ.Deepwater Drilling Inc., RACHEL G. CLINGMAN, ESQ.Transocean Deepwater Inc.: 1001 Fannin Street, Suite 3700
Houston, Texas 77002
For Transocean Holdings Munger Tolles & Olson, LLPLLC, Transocean Offshore BY: MICHAEL R. DOYEN, ESQ.Deepwater Drilling Inc., BRAD D. BRIAN, ESQ.Transocean Deepwater Inc.: LUIS LI, ESQ.
355 S. Grand Avenue, 35th FloorLos Angeles, California 90071
For Transocean Holdings Mahtook & LafleurLLC, Transocean Offshore BY: RICHARD J. HYMEL, ESQ.Deepwater Drilling Inc., 600 Jefferson Street, Suite 1000Transocean Deepwater Inc.: Post Office Box 3089
Lafayette, Louisiana 70501
For Transocean Holdings Hughes Arrell Kinchen, LLPLLC, Transocean Offshore BY: JOHN KINCHEN, ESQ.Deepwater Drilling Inc., 2211 Norfolk, Suite 1110Transocean Deepwater Inc.: Houston, Texas 77098
For Cameron International Stone Pigman Walther Wittmann, LLCCorporation: BY: PHILLIP A. WITTMANN, ESQ.
546 Carondelet StreetNew Orleans, Louisiana 70130
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Appearances:
For Cameron International Beck Redden & Secrest, LLPCorporation: BY: DAVID J. BECK, ESQ.
DAVID W. JONES, ESQ.GEOFFREY GANNAWAY, ESQ.ALEX B. ROBERTS, ESQ.
1221 McKinney Street, Suite 4500Houston, Texas 77010
For Halliburton Energy Godwin Lewis, PCServices, Inc.: BY: DONALD E. GODWIN, ESQ.
BRUCE W. BOWMAN JR., ESQ.FLOYD R. HARTLEY JR., ESQ.
GAVIN HILL, ESQ.1201 Elm Street, Suite 1700Dallas, Texas 75270
For Halliburton Energy: Godwin Lewis, PCServices, Inc.: BY: JERRY C. VON STERNBERG, ESQ.
1331 Lamar, Suite 1665Houston, Texas 77010
For M-I, LLC: Morgan Lewis & BockiusBY: HUGH E. TANNER, ESQ.
DENISE SCOFIELD, ESQ.JOHN C. FUNDERBURK, ESQ.1000 Louisiana Street, Suite 4000Houston, Texas 77002
Official Court Reporter: Jodi Simcox, RMR, FCRR500 Poydras Street, Room HB-406New Orleans, Louisiana 70130(504) [email protected]
Proceedings recorded by mechanical stenography usingcomputer-aided transcription software.
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I N D E X
Page
Calvin BarnhillDirect Examination By Mr. Hymel: 4309Cross-Examination By Mr. Sterbcow: 4349Cross-Examination By Mr. Hartley: 4387Cross-Examination Mr. Brock 4446:
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CALVIN BARNHILL - DIRECT
AFTERNOON SESSION
(March 18, 2013)
* * * * *
(WHEREUPON, CALVIN BARNHILL, having been previously
duly sworn, testified as follows.)
THE COURT: All right. Please be seated. Good
afternoon, everyone.
All right. Mr. Hymel.
DIRECT EXAMINATIONBY MR. HYMEL:
Q. Mr. Barnhill, let's next talk about the converter. Is
there evidence that the crew diverted?
A. Yes.
Q. What was your basis for that statement?
A. I think both of the phone calls maybe indicated that they
were shutting the well and they were going to divert -- or had
diverted and were shutting the well in. I think the phone call
from Mr. -- in the interview or the post-incident notes of
Mr. Vidrine, I believe that was indicated. And I believe
Mr. Ezell in his phone call had indicated something to that
effect.
Q. What's the fact that the crew diverted mean to you?
A. Again, you know, that they recognized there was live fluid
in the riser, and they were diverting the flow.
Q. How long is the time from when the diverter is activated
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CALVIN BARNHILL - DIRECT
until the diverter closes?
A. Roughly around 45 seconds.
Q. Were you in the courtroom when Randy Ezell testified that
the diverter was lined up to the mud-gas separator?
A. I believe I was. I was aware of that fact. I believe I
was, yes.
MR. HYMEL: Please go to TREX-2210.2.TO.
BY MR. HYMEL:
Q. Have you seen these BP deepwater well control guidelinesbefore?
A. Yes, I believe I've seen those.
MR. HYMEL: All right. Let's go to 2210.17.1.TO.
BY MR. HYMEL:
Q. Have you seen these provisions?
A. Yes.
Q. What are the significance of these provisions?
A. Well, again, it indicates that when you close your
diverter that you're to direct fluid through the riser gas
buster. The gas buster is a slang term that we use for mud-gas
separator.
And then 13 says, When you have rapid expansion of
fluids near the surface, attempt to keep the flow going through
the gas buster as opposed to overboard lines to minimize
synthetic oil going into the Gulf, but be prepared to divert.
Q. So are these BP guidelines consistent with lining up the
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CALVIN BARNHILL - DIRECT
converter to the mud-gas separator?
A. They're consistent with that and then staying on the
mud-gas separator as long as you can.
Q. Do you have an opinion as to whether the Transocean drill
crew switched from the mud-gas separator to go overboard?
A. I don't know. The information I reviewed didn't indicate
that. I know Mr. Ezell testified that he saw fire coming out
of the diverter line. I have no reason to doubt that that's
what he saw. I just don't know one way or the other.Q. Let's next talk about the emergency disconnect system.
What is the emergency disconnect system?
A. The EDS system is a system that I think -- the emergency
disconnect system.
Q. Let me stop you, Mr. Barnhill. We put up D-6647. Now,
what does this show?
A. Basically, it shows the BOP stack that we looked at this
morning with the two sections showing -- you can see the dark
and plain area between the two sections, which is where the
disconnect would occur if you were EDS'g the well.
Q. And so how does the EDS work?
A. Basically, it's a process function that once you engage it
by activating the proper buttons, basically, there's a sequence
that goes into place that would culminate in the closing of the
blind shear rams and the disconnecting of the LMRP from the
lower marine stack -- the lower BOP stack.
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CALVIN BARNHILL - DIRECT
Q. Mr. Webster testified that Captain Kuchta should not have
waited to get information from other people; he should have
just EDS'd. What is your response to that?
A. I don't agree with that comment.
I think you have to have communication between the
rig floor and the bridge. The rig floor is where the well
control operations are being conducted.
To me, EDS'g is a terminal operation. Once you do
that, I mean, you're going to disconnect from that BOP stackwith that LMRP, you're going to lose that functionality. If
that well is not spaced out appropriately or if you haven't
worked through all your well control sequences, you're going to
cut off those possibilities.
Q. Now, we talked earlier today about the fact that the
VBR -- there was a pressure spike that indicated the VBR
sealed. What does that mean to you with regard to our
discussion here about EDS'd?
A. Well, again, there were operations that were going on post
the time that we believe the fluid blew up through the rotary
table, which would include the activation of the VBR which it
seemed -- which appeared to affect the seal for some period of
time.
Q. So does the fact that the VBR appeared to seal indicate
that the crew was going through the well control sequence?
A. Yes. I mean, it looked like they were working through a
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CALVIN BARNHILL - DIRECT
well control sequence at the time that the VBRs were closed.
Q. And if Captain Kuchta would have EDS'd immediately,
without calling the drill floor, he could have interrupted what
the drill crew was doing?
A. That sequence would have not -- they would have not gone
forward with that sequence.
Q. All right. Now, we've been discussing the events during
the displacement of the well. Now I want to kind of go before
this, and let's talk about the events leading up to thedisplacement.
A. Okay.
MR. HYMEL: Please put up D-6579.
BY MR. HYMEL:
Q. What is this document, and what does it demonstrate?
A. This appears to be a listing of the various TA procedures
or the versions of the TA procedures that were circulated back
into -- from the rig. I think there were five different
procedures or versions of the procedures that were actually --
maybe even six, looking at this -- that were sent to the rig
and back and to.
MR. HYMEL: Put up D-6646.
BY MR. HYMEL:
Q. I want to go back to our discussion earlier about how BP
intended to TA this well, and let's talk a little bit more in
detail. You stated in your report that it appeared that the
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lockdown sleeve kind of became a focus of the TA procedure.
Please explain that.
A. Well, the lockdown sleeve is a production apparatus that
basically locks the top of the casing into the wellhead area so
that as you're producing this well, you don't get unwanted
movement of the casing.
Deepwater wells, to be economically viable, just by
the cost of going and looking for them, have to be able to
produce high volumes of hydrocarbons in a short period of timeor a high rate of producibility to make them economically
viable.
So as you produce the reservoir fluids that are under
temperature and pressure down in the earth and they come up
through the wellbore, they tend to heat the tubulars in the
wellbore, and that tends to pressurize the wellbore. And the
combination of pressure and temperature tend to affect the
pressure in the various annuli of the well and in the casing so
the casing can actually try to expand on you as you're
producing or contracting your shut-in. So to lock the top of
the casing in place, you install the lockdown sleeve.
Q. What effect does installing the lockdown sleeve or
intending to install the lockdown sleeve at this point in the
well have on the TA procedure?
A. Well, it would have altered the TA procedure. We know
from the original TA procedure that was done, they set the
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CALVIN BARNHILL - DIRECT
surface plug 800 to 1,000 feet below the mud line. Here,
because the decision had been made to set the lockdown sleeve
and to set the lockdown sleeve last so that you wouldn't damage
it, because of the procedure that was required, that required
moving the surface plug deeper in the well.
That's the reason it moved from roughly about
5800 feet down to about 8300 feet, 8367, somewhere in that
range.
So one of the results was to move your plug deeperdown. Then the decision associated with that, to set the plug
in water, meant that you were going to remove more of the mud
out of the wellbore during the TA procedure.
So it looked like to me, in going through the TA
procedures, that the focus became more the successful setting
of this lockdown sleeve than the management of the well at the
end.
Q. Mr. Barnhill, you state at page 4 of the executive summary
of your report that "the displacement of the SBM" -- and what
does that mean?
A. Synthetic-base mud.
Q. -- "...with seawater reduced the hydrostatic pressure in
the Macondo well to a greater degree than normal."
What do you mean by that?
A. Typically, when we get ready to abandon or temporarily
abandon a well in a floating operation, you're going to remove
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CALVIN BARNHILL - DIRECT
the riser and the BOP stack. That goes with the rig.
So basically what you're doing is -- and remember, we
talked about how our primary well control was the hydrostatic
pressure created by the drilling mud, which was the length of
the column times the density of the fluid.
Well, we're going to be removing the riser in the BOP
system, so we're going to be greatly reducing the length of
column that's available. So to be able to do that -- and by
the way, that link that's associated with the riser is calledthe "riser margin." So when we remove the riser, we remove
that riser volume, we have to make sure that the well is
appropriately sealed with other types of flow barriers, in the
event the well's underbalanced, so that the well cannot flow on
us or have a well control problem.
Q. When did the lockdown sleeve need to be installed?
A. The lockdown sleeve is basically associated with the
production operations. It could have been installed in the
completion operations.
Q. And when you say "the completion operations," does that
mean the Deepwater Horizon could have TA'd the well and left
and another rig, whether it be the Deepwater Horizon or another
rig, come back and install the lockdown sleeve?
A. That's my understanding, yes.
Q. How would the TA procedure have been different if BP chose
to set the lockdown sleeve during completion and just TA the
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CALVIN BARNHILL - DIRECT
well the way it is, without setting the lockdown sleeve?
A. Well, if you were going to do, let's say, a more
traditional TA procedure, then basically, once they've got the
shoe track set and the determination was to use the shoe track,
the undisturbed shoe track was the bottom plug, then they could
have come in and conducted their negative test, which was based
along the kill line. They could have done it before they ran
their displacement string, before they did any displacement,
before they introduced any spacer into the well.That would have given them the equivalent of a
testing with the seawater gradient down to about 6500 feet. So
they could have tested, basically, what the equivalent setup of
the well was going to be after the TA was completed. Pretty
straightforward, just like they had done on the initial TA.
If they had done that, then they could have set the
upper plug, even in water, say from 5800 to 6000 feet, and we
wouldn't have been in the situation we ultimately wound up in.
Q. Let me make sure I understand this.
Let's talk about the negative pressure test that was
done. We haven't gotten to it yet, but I just want to set the
stage here. How was -- the negative pressure test that was
done on April 20th, how was it set up?
A. Basically, the negative test that was actually conducted
was embedded within the displacement. A fair portion of the
displacement had already occurred. They had basically
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CALVIN BARNHILL - DIRECT
displaced the displacement string with seawater and had
displaced the seawater all the way back up, with the game plan
being that the spacer material and the heavy or the weighted
mud would be above the BOP so that you could close the BOP and
then do your test.
So it was -- the term I use is the test was
"embedded" within the displacement.
Q. Okay. Now let's go back to what you said about how the
negative pressure test could have been performed if thelockdown sleeve was going to be set at another time. Explain
that to us.
A. Well, again, you could have basically done the test very
similar to what they did in the initial TA. If you go back --
I think it was the April 14th procedure -- it called for using
base oil -- displace the kill line with base oil down to the
wellhead.
If you do that, you're going to get about a 6500-foot
equivalent displaced in depth with seawater, which would have
put the depth of the seawater below where your surface plug
would have been set if you didn't have to make allowances for
setting the lockdown sleeve last.
Q. So when you say you could have displaced the kill line
with seawater and do the negative pressure test that way, are
you telling us you would not have to displace any of the water
or any of the mud in the wellbore; you would just be displacing
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CALVIN BARNHILL - DIRECT
the mud in the kill line?
A. Give me that question one more time.
Q. Sure. When you say you would displace the mud in the kill
line to do the negative pressure test, are you telling us that
you would then not have to displace any of the mud in the
wellbore?
A. If you would displace with base oil, which is lighter than
seawater, then the effective gradient would have been deeper
than the effect of seawater to the wellhead.My calculations indicate that that would have gotten
you down to about a depth of 6500 feet, which would be below
where you would have set the upper plug if you had set it in
seawater in the wellbore when you were abandoning the wellbore.
So, yes, you could have negatively tested with base
oil to the wellhead prior to displacing the mud out of the well
itself or removing the mud from the riser system.
Q. Okay. Let's move on. Let's talk about some of the
different things that were done during the displacement.
MR. HYMEL: And let's go to D-6643.
BY MR. HYMEL:
Q. Are you ready?
A. Yes.
Q. Let's talk about the production casing first. When did BP
run the production casing?
A. They ran it on April the 18th.
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CALVIN BARNHILL - DIRECT
Q. Were there any indications that the production casing was
successfully run?
A. Yes. I think, reviewing the drilling reports that I
reviewed, the indications from the rig would be that it was
really installed without any problems.
Q. And the production casing being successfully run indicated
what?
A. That you would have had a steel pipe or a steel liner
across the exposed or the hydrocarbon-bearing intervals thathad been exposed during the drilling of the well.
Q. Was there any information about the production casing that
the Transocean drill crew were not told?
A. I don't believe they were aware of the discussions about
long -- whether they were going to run a long string or a liner
or the use of -- how many centralizers they were going to run,
those type of discussions. I don't believe they were aware of
those.
Q. What were the risks associated with running the different
number of centralizers?
A. Well, there was indication from some of the work that
Halliburton had done that by running a minimal number of
centralizers, in this case, seven -- I think there were
actually six that were run -- then there was some indication of
a risk of severe gas flow.
Q. Let's move on to the production casing cement. When was
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the cement job run?
A. The cement job was run on April 19th and 20th. It ended
shortly after midnight on the morning of April 20th, 2010.
Q. Were there indications that the cement job was successful?
A. Yes. I think, from the guys on the rig's perspective, the
indication was that the cement job had gone well. There was
indication from the Halliburton guys and the BP guys that the
job had gone well. There was no loss circulation, there was
lift pressure. So I think the indications were that the cementhad gone well. There was a CVL crew standing by that got sent
in without being run.
Again, they would have been aware that some
centralizers were run, but not all of them. So I think the
indications, the feedback on the rig, would have been we had a
successful cement job.
Q. And the cement job being a success would indicate what?
A. Well, again, now you would have had cemented casing or
cemented pipe across those hydrocarbon-bearing zones, and what
remained to be done was to verify those barriers.
Q. Was there any information about the cement job that the
Transocean drill crew was not told?
A. I don't think they were aware of the status of the
incompleteness of the testing on the foam cement. That's my
memory.
Q. What was the next step in the TA procedure?
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A. Actually, there were positive tests that were run. Once
the casing was cemented in place, then they did a positive test
on the seal assembly, on the hanger, once it was set. They did
a positive test before stinging out of the hanger; then they
stung out of the hanger, and stung back in to make sure they
could get free with their running string.
They retested the seal assembly at that point in
time. Then they tripped out of the hole with their running
string. They picked up their combination displacement stringand cementing string. That was a tapered string. It had
3 1/2-inch tubing, 5 1/2-inch drill pipe, and 6 1/2 drill pipe
that composed -- or made up the string.
They ran that back into the hole to about 4800,
4900 feet, shut the blind shear rams, pumped up through the
kill line to do a pressure test, which would have tested the
blind shears, the seal assembly, the -- or the wellhead area,
the casing itself, down to the top wiper plug, and the top
wiper plug, assuming that that was what was holding.
Q. When were those tests performed?
A. That was, I believe, during the morning hours of
April 20th.
Q. Were there indications that the positive tests were
successful?
A. Yes. Everything I saw -- I mean, I think the term that I
saw from most of the reports and the indications from the folks
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were that it was rock solid.
Q. And the positive test being successful indicated what?
A. Well, again, that would be an indication that you have
done a test to confirm the barriers that you put in place, that
test had been successful. Back at this time frame, actually,
the positive test was the only required test under the
regulations. You weren't required to do, really, any more
testing than this. So this would have indicated a positive
outcome for both the cement and the casing that was installed.Q. What happened after the positive pressure test?
A. Basically, they opened their BOPs -- or opened the blind
shear rams, they ran the combination string on down to the
depth of 87- -- or 8367 feet and then they started doing their
displacement.
Q. How was the displacement set up?
A. Well, initially, they were pumped -- they pumped the
spacer material out of the tanks where the spacer material
would have been located on the rig out of the mud pump -- mud
pit area. That was followed with seawater out of the sea
chest. So that fluid was pumped down the drill pipe, around up
the annular space around the displacement string and the
production casing back up to a point -- I think the initial
plan had been to place the spacer above the top of the BOPs.
The calculations are kind of plus or minus on that.
Some calculations, I think, showed that it was slightly above
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it; some calculations showed that that spacer was still
actually in the BOPs at the time they stopped to do the
negative test.
Q. Where was the displacement set up to pump to?
A. The returns initially were being taken back on the rig in
the rig's pit area.
Q. Okay. And then after the sheen test, where was the
displacement set up to pump to?
A. After -- if the sheen test was successful, which wouldindicate that you were basically returning spacer back at that
point in time. Then it was set up for the returns to go
overboard.
Q. Okay. Now, when the returns were set up to go overboard,
how was the flow-out monitor?
A. The flow-out monitor after the sheen test would have been
monitored with the rig's HiTECH flow show; the Sperry-Sun sonic
flow show would have been bypassed.
Q. And with the well pumping water out of the sea chest, how
was the flow-in monitored?
A. Again, it would be a situation where you were looking at
pump volume versus strokes.
MR. HYMEL: Okay. Please put up TREX-40002.61.TO.
BY MR. HYMEL:
Q. This is from Dr. Bourgoyne's report, and he states that:
"When pumping from the sea chest, the total pump strokes times
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the pump volume factor is an accurate measure of the volume
pumped into the well."
Do you agree with that?
A. I do. That's how we've done it for years.
Q. Then moving on to the next sentence: "The accuracy of the
volumes measured from pump stokes is second only to volumes
measured in a metering tank."
Do you agree with that?
A. Yes.Q. So, Mr. Barnhill, with the flow-in being pumped from the
sea chest and monitored by the pump strokes versus the pump
volumes and the flow-out being monitored by the flow-out
sensor, how would you describe that displacement procedure?
A. Well, again, the displacement procedure, the way I would
describe it is it was an open-pit procedure. By that, I mean
you were sucking out of one system and returning to another
system or returning overboard. A closed system would be -- I
would be taking fluid out of and returning fluid back to the
same system, maybe a series of connected tanks, but it would be
the same system.
So basically, you were taking it out of either the
mud pit system or the sea chest and then returning it back to
the mud pit system at some point.
Q. What are the differences between an open-pit system and a
closed-pit system?
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A. Well, again, as I've just said, you have a situation
where, in a closed-pit system, you're taking out and returning
to the same system. In an open system, you're taking out of a
different point and you are returning it to a different point.
Q. What are the similarities between an open-pit system and a
closed-pit system?
A. The similarities are you're going to have a situation
where basically your volume in is going to be measured the same
way, and the volume out as related to flow -- returned flow isgoing to be essentially monitored the same way.
Q. So just to make sure I understand, even in an open-pit
system, you can monitor flow-in and flow-out?
A. You can. There is -- in the closed-pit system, you have
an additional component, but you can monitor those in an
open-pit system.
Q. Now, the displacement procedure and the way it was set up,
who created that displacement procedure?
A. I think the procedure itself was actually drafted up by
M-I.
Q. And who approved the displacement procedure?
A. BP would have approved it.
Q. Let's talk about the operations taking place during the
displacement.
What operations were taking place during the
displacement?
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A. My understanding is there were several concurrent
operations that were going on. These operations would be
routine-type of operations that would be dealing with mob-ing
or -- or demob-ing a rig, or preparing the rig for a rig move
away from the location, where things like the crane was
backloading or moving equipment around. There was fluid
being -- or synthetic-base mud being transferred to a vessel,
there was fluid movements on the vessel.
So just kind of routine operations of those type.Q. There's been some discussion about the transfers to the
supply boat, the MV Bankston. Do you think transferring mud to
the supply boat played any part in this well control event?
A. I do not. The transfers to the Bankston stopped at 5:17
in the afternoon, so I do not think it was a factor in the well
control situation or the way the well control situation was
done.
Q. How would you characterize the multiple operations that
were taking place during the TA procedure?
A. Well, again, they were routine-type of operations for a --
to prepare a rig for a rig move.
Q. Who approved the multiple operations?
A. Ultimately, it would have been BP. If BP would have
decided they didn't want those to occur at that time, then they
would not have occurred at that time.
Q. Let's go back to D-6643, and let's talk about the negative
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pressure test.
When was the negative pressure test performed?
A. It started at around 5:00 in the afternoon of the 20th and
I think it concluded around 8:00 in the afternoon on the 20th.
Q. Who had the ultimate authority on the rig to determine
whether the negative pressure test was successful?
A. The ultimate authority would have rested with BP. They
would have made the call whether to accept or reject the test
and move forward.Q. Who was responsible for designing the negative pressure
test?
A. The design of the test, as far as when you were going to
do the test, what part of the procedure the test was going to
be performed in. Basically, the type of fluids that you were
going to use, those type of issues would have all been designed
by BP.
MR. HYMEL: Okay. Connie, let's go back to 6579.
BY MR. HYMEL:
Q. We had this demonstrative up when we were talking about
the TA procedures, but I want to ask you a different question.
I want to ask you how many negative pressure test procedures
were in the different TA procedures.
A. Looks like four of the procedures had at least one, if not
two, forms of negative tests done.
Q. Did the negative pressure test procedures change as they
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went from one TA procedure to the other?
A. Yes, they did change.
Q. Let's go to TREX-5730.3.1.TO.
What is this document?
A. This document looks to me to be the -- to be the
April 16th document indicating the procedure that was approved
by the MMS.
Q. How many negative pressure test procedures do you see in
this document?A. They're not stated as -- both as negative tests but, to
me, I see effectively two negative tests in this document.
Q. Where is the first one?
A. The first one is line 1. It says: "Negative test casing
to seawater gradient equivalent to 30 minutes with the kill
line."
Q. Where is the second one?
A. The fact that once you displace the seawater, you're going
to monitor the well for 30 minutes. In effect, you're
monitoring to see what the effect of the differential created
by the seawater displacement is doing. It's, in effect, a
negative test.
Q. Did BP conduct the negative pressure test as specified on
this procedure approved by the MMS?
A. In my opinion, they did not.
Q. Did BP get approval to deviate from this MMS-approved
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procedure?
A. Not that I'm aware of.
Q. What's your understanding as to how the procedure got
changed?
A. It was my understanding that there was some discussion
surrounding what had been approved with what they were actually
trying to accomplish, which was to test with seawater displaced
to the depth of 8367 feet in the well. And so there was some
discussion about having to make some changes to make -- to makethe two compatible. I think, ultimately, my understanding is,
Mr. Guide decided instead of going with two tests, they would
go with a single test embedded within the -- within the
displacement procedure.
Q. Now, let's discuss the negative pressure test that was
performed on April 20th, 2010. How was that negative pressure
test initially set up to be monitored?
A. It was initially being monitored on the drill pipe.
Q. Okay. Let's go to TREX-547.
MR. HYMEL: Judge, I understand that there's been
some issues about the GMT time, and I want to warn you there's
a GMT time on this document. I wish I could explain it to you
as to why and what it really means. I can't. So 547, I think
this was sent out at about 10:46.
MR. REGAN: Rough justice, you can subtract about
four hours.
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MR. HYMEL: Subtract about four hours?
MR. REGAN: About four, yeah.
MR. HYMEL: Five hours?
THE COURT: Subtract about four hours?
MR. REGAN: Yes, sir.
MR. HYMEL: So this would be 3?
BY MR. HYMEL:
Q. Mr. Barnhill, unfortunately, my question is not about the
time.THE COURT: Is the time important?
MR. HYMEL: Well, you can -- you can -- just so it's
clear, I think everybody agrees this was sent out before the
negative pressure test on April 20th.
THE COURT: Four hours would be 11:36?
MS. KARIS: Your Honor, it's actually 10:36. It's
five hours because there's another document that indicates this
is 10:36.
THE COURT: So it's 10:36. So everybody agree with
that? Anybody disagree with that?
I'll take that as a stipulation. Okay.
BY MR. HYMEL:
Q. All right. Mr. Barnhill, my question to you is -- let me
find my question here: Is monitoring on the drill pipe, the
way the negative pressure test was set up on April 20th, is
that consistent with this April 20th, 10:36 a.m. procedure?
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A. I don't see anything in here that would prohibit you from
monitoring on the drill pipe. Certainly, the indications are
that the -- that you're using seawater in your kill line. But
there's no prohibition against monitoring on the kill line,
which should be full of seawater also.
Q. Okay. Let's go back to 2807.1.1.TO. This is the M-I
displacement procedure we looked at a little earlier.
Is monitoring the negative pressure test on the drill
pipe on April 20th, 2010, consistent with this M-I displacementprocedure?
A. That's -- again, there's no -- there -- actually on this
one, there's no indication where to monitor. You could monitor
on either. If your kill line was lined up, which -- certainly,
there's no reason you could not monitor on the drill pipe.
Q. Mr. Barnhill, could the negative pressure test have been
completed on the drill pipe?
A. It could have been. In my opinion, it was.
Q. Were any anomalies observed while monitoring the negative
pressure test on the drill pipe?
A. Yes.
Q. What were those anomalies?
A. Again, you had 1400 pounds -- well, at different times,
you would try to bleed the drill pipe pressure off and the
drill pipe would determine.
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BY MR. HYMEL:
Q. What was causing some of the pressure, at least?
A. Well, initially -- and I know this is kind of a matter of
semantics. Some people have talked about two negative tests,
some people have talked about a continuation of a single test.
Initially, when they set the test up and they tried
to bleed the drill pipe pressure off and the drill pipe
pressure came back. The action they took at that point, to me,
was consistent with my experience from working in the field.They started kind of investigating the surface
situation to see if they could -- see if there was some kind of
surface indication of what the problem might be. At some
point, somebody took a flashlight and looked down the riser and
saw that the fluid level had dropped in the riser, and that was
an indication to them that fluid was seeping through the BOP
and you had pressure contact with the -- on the annular side,
which would create an unbalanced column, which would give you
pressure on the drill pipe side.
They increased the closing pressure in the lower
annular, pressured that up, effected a seal, and then topped
off the riser and went forward with the test.
Q. You said that the annular was leaking. Was there anything
wrong with the annular?
A. No. Annulars are designed to seal from the bottom up.
The fact that you had a substantial differential across the
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annular from the top down, because of the heavier fluids --
much more heavier fluids in the riser space than underneath in
the well just meant that it required more closing pressure to
effect the seal.
Q. Would the negative pressure test being monitored on the
drill pipe have given a drill crew the correct result?
A. I think it did give them the correct result.
Q. What was that result?
A. That this negative test was not successful. There was asignificant question here that the operation should not go
forward.
Q. And based on what? What was being shown that they could
see that the negative pressure test was not successful?
A. Again, you had an anomaly. You had pressure that kept
returning on your drill pipe after you had indications that you
had solved the surface problem.
Q. Now, was the negative pressure test completed on the drill
pipe like the Transocean drill crew had set up the negative
pressure test?
A. It was not. It was completed on --
Q. Okay.
A. The monitoring of the test was completed on the kill line.
Q. And why?
A. That's -- based on the interview notes, it appears that
Mr. Vidrine believed he needed to do that to comply with the
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APD.
Q. All right. Pull up TREX-5.2.1.TO. This is interview
notes of Bob Kaluza where the notes state that -- Mr. Kaluza
said: "Don insisted that it must be done down the kill line.
Permit was for down kill line."
Is this consistent with your recollection?
A. It is.
Q. Let's go back to TREX-570.3.1. This is the MMS-approved
TA procedure that we looked at earlier.Now, line 1 requires: "Negative tests...30 minutes
with kill line."
Correct?
A. "Negative test casing to seawater gradient equivalent for
30 minutes with kill line."
Correct.
Q. Was that negative pressure test on line 1 conducted?
A. No. This test was designed to be done before -- based on
the steps here, before the 3 1/2-inch stinger was tripped to
8367, which did not occur.
MR. HYMEL: Connie, keep that up.
BY MR. HYMEL:
Q. Okay. So you talked about the second negative pressure
test in this procedure being on line 3. Does the TA procedure
require that the monitoring on line 3 be done on the kill line?
A. It does not require that the monitoring has to be on the
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kill line.
Q. So Mr. Vidrine moved the negative pressure test from the
drill pipe to the kill line; is that correct?
MR. BROCK: Objection, leading.
THE COURT: Sustained.
Restate your question.
BY MR. HYMEL:
Q. What were the results of the negative pressure test
performed on the kill line?A. There was an indication of no flow-out of the kill line.
So the field people or the folks on the rig that were
monitoring the tests on the kill line believed that this had
indicated that they had gotten a successful negative test on
the well.
Q. What was the pressure on the drill pipe at that time?
A. My memory is it was 1400 psi.
Q. What should the BP well site leader have done with those
results?
A. I think, with the anomaly, the operation should not have
gone forward. As I had discussed earlier -- I think it was
during my deposition -- to me, there are three possible
outcomes on a negative test: You can have an absolutely good
negative test where there's no question it's good; you can have
an absolutely bad negative test where there's no question it's
bad; or you can have an anomaly, an inconclusive negative test.
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This isn't baseball, the tie doesn't go to the runner, the tie
goes to the failed test.
So if it's good, it's good; if it's inconclusive or
if it's bad, it's not a good test. You don't need to go
forward.
Q. What did Mr. Vidrine do?
A. The operations went forward.
Q. What's your basis for your statement that the operations
went forward?A. Again, I think, as we had seen in one of the excerpts,
there was an instruction from Mr. Vidrine to proceed with the
dumping of the fluid.
Q. Did anybody declare the negative pressure test a success?
A. I've seen documents that -- and statements and
post-incident statements, I think one that was signed by both
company men, where they indicated that the belief was the
negative test was successful.
MR. HYMEL: Please put up TREX-51133-2.
BY MR. HYMEL:
Q. And this is a statement signed by Mr. Vidrine and
Mr. Kaluza. It's already been introduced into evidence. And
it states: "Successful negative test monitored at the kill
line."
Is that consistent with your recollection?
A. It is.
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Q. Mr. Bly suggested during his testimony that no flow from
the kill line was caused by the Transocean drill crew leaving a
valve closed.
What is your response to that?
A. It's possible. In my opinion, I think it's unlikely. I
think, when you look at the amount of time that this crew had
been on this rig, you also look at the number of times the kill
line had been functioning in this particular event, you know,
that's a possibility.But typically, when you line up something like that
and you're seeing a result, again, one of the things you do, if
you question that result, you're going to kind of double-check
your surface setup to make sure that, you know, basically,
everything is set up okay.
So, you know, to me, I think that's unlikely.
THE COURT: Wait, wait. What's unlikely? What
Mr. Bly said or that the kill line was just inadvertently
closed?
THE WITNESS: That there was a valve closed on the
kill line.
THE COURT: So you agree with what Mr. Bly said in
that respect?
THE WITNESS: I think he says -- and he thinks it's
likely that it was closed.
THE COURT: Oh, okay. So you think it's unlikely?
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THE WITNESS: I think it's unlikely.
BY MR. HYMEL:
Q. Mr. Barnhill, where was the drill crew during the negative
pressure test?
A. There were certain supervisory parts of the drill crew
that were in the drill shack during the conducting of the
negative test. There were other members of the drill crew that
were in different places on the rig.
Q. Would there have been an indication in the drill shack ifa valve on the kill line had been closed?
A. If it would have been one of the failsafe valves on the
kill line in the BOP stack, yes, there should have been a
red/green indicator light to indicate that position.
And then as far as the lineup on the trip tank, on
the panel itself on the screen, there should be an indication
on whether the valve is open or closed.
Q. What time did the negative pressure test start?
A. Again, I think it happened around 5:00 in the afternoon.
Q. What time did the negative pressure test end?
A. Again, around 8:00 in the evening.
Q. What does that indicate to you?
A. Well, again, this was a test that normally does not take
you three hours to perform. The fact that they spent three
hours indicates to me that the men on the rig were trying to
get this right, trying to understand it, and were trying to
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move forward accordingly.
Q. In forming your opinions, did you see any evidence that
the Transocean drill crew intentionally misinterpreted the
negative pressure test?
A. I did not.
Q. What do you make of the bladder effect?
A. It's -- I've not heard of that term in the context that
it's being used here. So, you know, I'm not aware of the
context that they've used it here. So it's just not a term I'mfamiliar with in this setting.
Q. You state in your report that if the Transocean drill crew
did relate the pressure to the bladder effect, and if the well
site leader relied on the drill crew, "this illustrates too
much reliance on the drill crew, in my opinion."
What do you mean by that?
A. Well, again, I think this drill crew was an experienced
crew, and they were very good at what they do.
I think, when you start talking about well conditions
and downhole conditions, the BP company man, that's kind of
their bailiwick. That's their responsibility, is the well.
And they basically have the BP engineering and operations group
onshore behind them.
So I think if you have a significant question about
that and you're unsure about it and you're even unsure about it
to the point where the guys are kind of teasing you on the rig,
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then at that point you go back to your technical support, which
would be the BP onshore people, and you confirm or deny whether
you think that's a good test or not.
Q. Now, you made a comment about the guys teasing you on the
rig. What do you mean by that?
A. I think Mr. Vidrine, in his -- in the post-incident
interview notes, had indicated that maybe even at some point
they were kind of picking at him a little bit for persisting to
question whether this had, indeed, been a good test or not.Q. Were the results of the negative pressure test ever
questioned?
A. Yes. In my opinion, they were.
Q. When?
A. There was a phone call at 8:52 between the senior drilling
engineer, where there was a discussion concerning the anomaly.
I think the senior engineer at that point in time questioned
whether the test could have been lined up properly.
At that point in time, you were still in the
situation where the procedure could have been stopped, the
displacement could have been stopped, the negative test could
have been repeated.
And, in fact, at that point, I think you would have
actually had a cleaner test because the spacer would have been
further up the hole and you could have circulated until you
got -- or you would have had good seawater both in the kill
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line and the drill pipe, and I think you would have gotten a
more definitive test.
MR. HYMEL: Please put up TREX-4447.6.1 TO.
BY MR. HYMEL:
Q. This has been shown already during this trial. It states:
"Vidrine told Mark that the crew had zero pressure on the kill
line, but that they still had pressure on the drill pipe. Mark
said he told Don that you can't have pressure on the drill pipe
and zero pressure on the kill line in a test that's properlylined up."
Is that consistent with your recollection?
A. It is.
Q. What information did Mr. Hafle have available to him at
this time?
A. Well, I mean, he certainly had the information just given
to him by Mr. Vidrine. I think the interview notes also
indicate that maybe he had the well Insite system called up on
his computer so he could get the realtime feedback from the
wells also.
MR. HYMEL: Let's put up TREX-50964.3.1.TO.
BY MR. HYMEL:
Q. This is an interview -- these are Mr. Corser's notes of
that same interview of July 8, 2010, of Mr. Hafle. And it
states: "Mark had Insite up."
Is that consistent with your recollection?
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A. It is.
Q. What does that mean to you, that Mr. Hafle had Insite up?
What could he have done with that?
A. Well, again, he could monitor along as they're doing this,
getting the information offshore. And so that would have given
him some ability to see what was happening.
Plus, like I said, the information from Mr. Vidrine,
to me, should have raised a question in his mind about the
validity of the test.Knowing that the TA procedure that was being followed
was going to significantly reduce the hydrostatic pressure in
this well, again, I think that would have been a good time to
call a timeout and repeat the test and confirm whether you,
indeed, had proper isolation of the barrier or not.
Q. Where did Mr. Vidrine go after the 8:52 call?
A. The interview notes indicate he went to the rig floor.
Q. And what did he do?
A. Basically, the indications are he checked, and everything
looked fine. He gave the instruction that -- at some point
during that -- to go ahead and dump overboard.
Q. What was the effect of dumping overboard?
A. Well, again, you're going to now take the spacer that's in
the riser, which is supplying some hydrostatic support, and
pump it overboard and replace it with seawater, so you're going
to further reduce the hydrostatic pressure more.
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Q. What does that mean, to further reduce the hydrostatic
pressure? What effect does that have?
A. Well, if you've got a seal, then it's going to do just
that. It's going to reduce the hydrostatic pressure in the
well.
If there is a communication pathway between the
formations that you've drilled through, then you're going to
increase the differential pressure across those barriers, or
those faulty barriers, whichever it is.So you're going to have a situation where if you've
got communication, then you're going to further underbalance
the well and allow the well control situation to develop.
Q. What do you mean by "communication"?
A. The fact that if you have a pathway -- that the pressures
and fluids within the formation that you've drilled through
have a pathway to communicate with the wellbore, and you're
reducing the pressure in the wellbore, then the fluids have the
ability to flow through that pathway into that wellbore.
MR. HYMEL: Connie, let's go back to D-6643.
BY MR. HYMEL:
Q. Let's continue your discussion about the negative pressure
test, Mr. Barnhill.
Were there indications on the rig that the well had
been secured and the barriers confirmed after the negative
pressure test?
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A. Give me that question one more time, please.
Q. Sure. Were there indications on the rig that the well had
been secured and the barriers confirmed after the negative
pressure test?
A. Yes. I think the people on the rig believed that the
negative pressure test had been successful.
Q. All right. Were there any indications about the negative
pressure test that the Transocean drill crew were not told?
A. I haven't seen anything to indicate to me that they wereaware of the questions raised or the issue raised by the senior
drilling engineer questioning whether the test could have been
properly lined up or not.
Q. Mr. Barnhill, of all of the information that we have
listed here that the crew were not told, what of that
information do you consider to be the most critical?
A. To me, the most critical piece of information would be the
problem identified by the senior drilling engineer as to the
veracity of the negative test that had just been conducted and
that was being relied on to confirm that you had, indeed, a
valid, in-place, tested, verified barrier that was testing the
fluid flow in the direction from the hydrocarbon-bearing zones
into the well.
Q. All right. Mr. Barnhill, let's talk about that. This is
our last series of questions. Okay?
Mr. Bly testified that he would want to know anything
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that was going to impinge on well integrity.
Do you agree with him?
A. I do.
Q. Did the findings of the negative pressure test, discussed
by Mr. Vidrine and Mr. Hafle, that there was pressure on the
drill pipe and zero pressure on the kill line, did that affect
the integrity of the well?
A. Yes. The fact that you had an anomaly had -- was a
potential indication that the integrity of the well had notbeen established and you had not verified those barriers.
Q. What is your response to the statement that Mr. Hafle did
not have the full context for what had transpired in the test,
and it wasn't clear to Mr. Hafle whether Don was talking about
the first or second negative test?
MR. BROCK: Your Honor, I'm going to object to
Mr. Barnhill making predictions or giving opinions about what
people were thinking at that point in time.
THE COURT: I'll sustain the objection to the way the
question was phrased.
MR. HYMEL: Just give me one second.
BY MR. HYMEL:
Q. Mr. Barnhill, Mr. Bly was asked a question during his
examination. Do you see where it says that "Mark said he
didn't have the full context for what had transpired in the
test, and it wasn't clear to him what Don was talking about,
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CALVIN BARNHILL - DIRECT
the first or the second test."
That's on page 1347 of Mr. Bly's testimony. What is
your response do that statement?
MR. BROCK: Your Honor, that's just asking him to
respond to a statement. He's reading the statement into the
record from the notes.
THE COURT: Yeah.
MR. BROCK: That's all he's doing.
THE COURT: I agree. I sustain the objection.You can ask him, you know, what he would have
done, I guess, if he was told that. That would be a fair
question.
Do you want to answer that? I'll ask it.
Mr. Hymel's having trouble asking the question.
THE WITNESS: I think that given the information at
that time with the anomaly, knowing that the procedure called
for significantly removing -- or removing significant
hydrostatic pressure from this well, I think at that point in
time, that should have been a red flag to stop the operation
and, if necessary, repeat the negative test.
And if he didn't have all the information, then
you needed to get what you needed to satisfy yourself.
BY MR. HYMEL:
Q. Mr. Barnhill, you've worked as a company man, haven't you?
A. I have.
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Q. And the company man is the same thing as a well site
leader?
A. They are.
Q. Is the information discussed during the 8:52 call,
pressure on the drill pipe and the zero pressure on the kill
line during the negative pressure test, the type of information
the well site leader would share with the drill crew?
A. If I had that information, then yes, I would share it.
Q. You've worked on a drill crew, too, haven't you?A. I have.
Q. Is the information discussed during the 8:52 call,
pressure on the drill pipe and zero pressure on the kill line
during the negative pressure test, the type of information the
drill crew would want to know?
A. Yes. If I was in a supervisory position with the drill
crew and there was information concerning the integrity of the
well, I'd want to know that. Yes.
MR. HYMEL: Those are all the questions I have.
Thank you, Judge.
THE COURT: All right. I don't know if we could
agree on the order now. We're in Transocean's case. Who wants
to go next? Do we have a volunteer?
Plaintiffs? Okay.
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CROSS-EXAMINATION
BY MR. STERBCOW:
Q. Mr. Barnhill, good afternoon.
A. Good afternoon.
Q. Paul Sterbcow. I'll be asking you questions on
cross-examination for the Plaintiffs' Steering Committee.
A. Okay.
Q. In your report you conclude that the surface blowout was a
culmination of multiple factors, decisions, oversights, andmistakes. Fair statement?
A. Fair statement.
Q. Wouldn't you agree with me, based on your education,
training, and experience, that a sound safety management
system -- be it BP, Transocean, or any of the other players
involved in the Macondo well -- would either be designed to
prevent or significantly reduce the risk of such multiple
oversights and mistakes? That's the goal?
A. I think the goal of any safety system, yeah, is to
eliminate as many unknowns as you can. Yes.
Q. And at the end of the day, aren't we talking about the
analysis and the prevention of known risks associated with this
operation? That's what we're trying to accomplish, from
beginning to end?
A. You are. You're trying -- if there is a -- something
that's recognizable, you're trying to respond to that. Yes.
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Q. Now, the rig crew, in particular the Transocean drill
crew, is only going to be as good as management allows them to
be in terms of their ability to recognize and respond to known
risks. And by that, I mean they can only be as good as they
are trained. Correct?
A. I think that's part of it. I think training enters into
it. I think experience enters into it. So, you know,
obviously, there are certain things you can train for. There
are other things that experience teaches us that are notnecessary to train for. But I think you have to provide the
basics that somebody then can take that information and adapt
it as they need to.
Q. Okay. And in this particular case, you've testified you
reviewed the well control handbook, you've reviewed the actual
training that Transocean provided to the crew?
A. I have.
Q. In terms of what Transocean did to prepare the crew of the
Deepwater Horizon -- or any crew, for that matter, employed by
them to address the situation faced by the crew this night --
if I understand you correctly, you didn't go beyond the well
control handbook and the training they were provided on the
job. Correct?
A. What I looked at was basically how they were -- what well
control training they received. Basically, were they
certified? What was the foundation for the certification for
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that program, the various drills and the different things that
they received?
And, you know, I have to tell you, Mr. Sterbcow, in
looking at it, it looked to me that this was fundamentally a
basic well control situation. And I think these men had the
training that was necessary to understand the basic well
control situation and to react to it.
Q. Yet as we stand here today -- and you say this in your
report quite candidly -- we still don't have an explanationbecause, unfortunately, we can't talk to the men who were on
the drill floor --
A. Correct.
Q. -- as to how in the world they could have missed this the
way they did?
A. Absolutely. I think, you know, there are -- if you want
to say -- three basic 64 billion-dollar questions in this case.
Number one, why did they -- you know, why was the
negative test deemed a success?
Number two, why wasn't the -- you know, why wasn't
the operation stopped at around 9:00 and the test repeated?
And why wasn't the well shut in at 9:32 or 9:33, when
there was an anomaly?
We don't know the answers to those questions.
Q. All right. And you haven't undertaken or been asked to
undertake -- no criticism of you -- undertaken to try to find
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CALVIN BARNHILL - CROSS
the answers to those questions, not by looking at what occurred
with respect to these gentlemen on this rig, but taking that
analysis off the rig and up Transocean's management chain. You
haven't looked at that?
A. I have not looked at that.
Q. Likewise, I don't think -- and correct me if I'm wrong --
you didn't review the competence of the Deepwater Horizon
marine crew, did you, versus the drill crew?
A. Did not. I did not look at the marine side.Q. That wouldn't be an area that you would typically involve
yourself?
A. Would not be.
Q. All right. Did you look at all of Transocean's policy and
procedure for communications between the drill crew and the
marine crew in certain situations?
A. Only as it related to the question of the communication as
it relates to the well and the functionality of, say, an
operation like an ESD or something like that -- or EDS. I'm
sorry, not ESD, an EDS.
Q. But you would agree -- and I think you mentioned earlier
that the bridge certainly needed -- the marine crew,
particularly those on duty, the DPOs on the bridge, need to
understand what's going on, particularly during a displacement
temporary abandonment procedure?
A. I don't know that the marine crew needs to understand -- I
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don't think you need to make well experts or well control
experts out of the marine crew. I think what they need to
understand is that at appropriate times there has to be good
communication between the two sides.
Just like I don't expect the drill crew to become
seafarers -- they're two different functions -- but I do expect
there to be good communication between the two.
Q. And the reason for that is that the marine crew should at
least know that the drill crew is entering into a phase of theMacondo well where they're going to be displacing, they're
going to be intentionally underbalancing, and there were risks
that are associated with those procedures?
A. You know, Mr. Sterbcow, I don't know that I ever thought
of it in that aspect. Again, I would expect the drill crew to
be good at what they did, and I would expect the marine crew to
be good at what they do.
I would expect -- if a situation arose where there
needed to be communication between the two to establish kind of
the rules of the road, if you will, at the time, I would have
expected that to occur.
Q. All right. Is that a specific issue that you looked at?
And that's a two-part question. Number one, the policy,
Transocean policy surrounding that communication; and two,
whether or not either crew followed the policy?
A. I did not.
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Q. Okay. Is it fair to conclude, though, that the drill
crew, the guys on the floor in the drill shack dealing with the
drilling end, are entitled to rely on the competence of the
marine crew in the event that that vessel faces a surface
blowout?
A. I think it's reasonable to expect both groups to be -- to
rely on the other. I also think that included in that is an
expectation that one group is not going to do something that
may be detrimental to the other group without confirming thatthat needs to be done or that there's communication between
those two.
Q. Right. And that goes back to the communication element?
A. It does.
Q. All right. If I understood what you said correctly, you
do not want the captain -- or for that matter, anybody on the
marine crew -- to just automatically EDS in the event of a well
control situation, because that could cause more problems than
it would solve, basically?
A. It could, yes.
Q. Did you see anywhere in any policy or procedural manual or
in any -- at least training that you looked at -- and
understanding you're concentrating on the drill side -- where
the marine crew was instructed or trained on what to do when a
surface blowout resulted in a complete inability to communicate
with the drill crew, like this one did?
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A. Again, I did not look at the training of the marine crew,
so I don't know what their training was.
Q. If you assume for me, for purposes of my question, that
there is no such policy; if God forbid, what happens this night
happens -- and let me back up and ask you.
Isn't it reasonable to expect that if you have a
surface blowout uncontrolled, like this one, the first place or
the most susceptible location on the rig to explosion and fire
is the drill floor?A. It would certainly be one of those, yes.
Q. Given that foreseeability, wouldn't you agree with me that
there should be some policy and procedure in place that guides
the marine crew, if this happens, on what they should and
should not do? And by "this," meaning we can't communicate
with the guys on the drill floor; we can't talk to the driller;
we're not sure whether he's tried to EDS or what he's done.
What do we do now?
Shouldn't there be some policy in place to deal with
that?
MR. HYMEL: Judge, we would like to object on the
ground that this is outside the scope of his report.
MR. STE