Wednesday, April 11, 2012

Kill Weight Mud

Kill Weight Mud or Kill Drilling Fluid Density is the mud weight required to balance formation pressure. The kill weight mud may be pumped into the well at different time depending on kill methods (Driller’s method, Wait and Weight, Bull head, etc).

How to determine kill weight mud?

With the following equation, you can determine this figure.

Kill Weight Mud (KWM) = Current Mud Weight + (SIDPP ÷ 0.052 ÷ Well TVD)

Where,

Kill Weight Mud (KWM) in ppg

Current Mud Weight in ppg

SIDP stands for “Shut In Drill Pipe Pressure” in psi.

Well TVD is true vertical depth of the well in ft.

If your drilling string has a solid float, you will not be able to read SIDPP right away. So you need to bump the float to get SIDPP. You can read more detail about it via this > float bumping procedure.

Example

Drilling with 9.5 ppg mud and current depth at 9500’MD/9000’TVD. The well takes influx. Operation is stopped and the well is shut in.

Shut in drill pipe pressure = 550 psi.

Shut in casing pressure = 700 psi.

The kill weight mud required to balance formation pressure:

KWM = 9.5 + (550 ÷ 0.052 ÷ 9000)

KWM = 10.7 (round up number)

Why do we need to use SIDPP?

When you take a kick (wellbore influx), the density of fluid in the annulus is very hard to predict because it is a mixture between drilling mud and influx. Therefore, you don’t know exactly what the density in the annulus is. Moreover if you take gas kick, shut in casing pressure will increase over time, and you will NOT be able to identify the right shut in pressure to determine formation pressure.

Looking at the drill pipe side, there is only one pure fluid column so you know exactly its density. With the precise mud density, you can apply hydrostatic pressure concept in order to get the formation pressure and kill weight mud (the equation is showed at the beginning of the topic).

Reference : Kill Weight Mud topic at Drilling Formulas Blog


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Trying To Locate 1502 2" Plug Valves

Trying to find someplace that a guy could get 1502 plug valves they are in short supply here in North Dakota and months out at the distributors in the state. If anyone knows where to find any i would be grateful for the info.

 Thanks

Comment by Dwayne "Cactus" Jones on December 4, 2011 at 2:46pm

Call NOV or Bell Supply in Kilgore, Texas and have them shipped to you

Comment by Dustin Frazier on December 4, 2011 at 3:04pm Comment by Roger Payne on December 4, 2011 at 3:11pm

You may have tryed this ! Call Kemper Valve In Sulpher, Ok. Or FMC in Stephenville,Tx. Or as Cactus said you may try the supply stores, But my guess would be the supply stores are haveing a hard time getting from people like the ones i posted above..

Comment by Scott Murdock on December 4, 2011 at 3:21pm

We have lots up here in alaska in prudhoe bay, but we are having a whiteout snow storm right now. Good luck in your search FMC is your best bet.

Comment by Scott Murdock on December 4, 2011 at 3:22pm

If anyone sees Darrie Lindberg, tell him murdock said you rock old man, and the nordic guys said hello too.

Comment by Horizon3 on December 4, 2011 at 5:02pm

You might try Schlumberger or Halliburton, or one of the other service companies, they might lease you some until you can get some from a distributor. I would imagine that FMC and the other valve companies are trying to play catchup with the recent booms going on overseas and in the Northern US, and that is why the supply houses and others are having a hard time getting them.

Comment by Wayne Nash on December 4, 2011 at 5:32pm

Call James at Weatherford, Williston.  If he can't find it for ya, nobody can.  701-339-2929. Tell him I sent ya.

Comment by BS Safety on December 4, 2011 at 6:25pm

May be something of a haul from West Texas but Halliburton has plenty.lol

Comment by Ted A Snelling Jr. on December 7, 2011 at 10:45am

Contact Phoinix Global LLC., Alice, TX  361-664-6163

They manufacture them.

Comment by Brock Hodges on December 30, 2011 at 10:39am

We can get them for you WB Supply Co  the 2" are running about 8 to 12 weeks out but 3" is usually shipped next day I you need any help call 806-669-1103 Ask for Mark or Brock or email me at bhodges@wbsupply.com  we can help you out for anything you may need, or do our best to get you what you need.

Comment


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North Dakota & Pennsylvania to Oilfield Trash-"GET OUT!"

What it's Like To Be Oilfield Trash
Everyday the headlines read something about the hardships hard-working American men  are causing on cities and towns where drilling is occurring.

In Pennsylvania a Congressmen accuses oilfield workers of spreading sexually transmitted disease among his "womenfolks" as he calls them. The issue to him was never

"What were the womenfolks of his community doing dropping their panties for these oilfield workers" or "maybe it was the locals who actually harbored the disease and spread it to the workers to begin with"?

To these locals of Pennsylvania it's ok if you are a Penn State football coach who knew your staff was a child molester for over the last 9 years and not report it to the authorities-Hey the locals support this so much they take to the streets and overturn news vans and break windows, destroying the property of others so they can show their support for the staff that seemed to condone child molesting.

These are the same people calling us "Oilfield Trash"-If the term distinguishes me from them then I wear the moniker proudly.

The issue is the same in Williston North Dakota
City Councils there have started banning new "Man Camp" permits-meaning that the camps provided by the companies to house and feed their workers will no longer receive permitting. The reason the councils quote for this is because they cannot handle the influx of people-it's just to much of a burden on their resources. The excuse is just another lie the locals use to disguise the real truth.

Obviously a "Man Camp" by definition is designed to remove much of the burden off cities and stopping them would actually increase the burden on cities as the workers would need to find private housing. Maybe you have already guessed it-the city does not make money off the men staying in "Man Camps" so they want the Man Camps gone. The camps mean lost revenue for those on the council that own rental housing. Man Camps mean lost revenue for those that own the RV Parks. Man Camps also feed the workers this means lost revenue for the food and dining sector.

In North Dakota communities could care less about oilfield workers-in their greed all they want is the money and to hell with the living conditions and the individuals. In Williston you are nothing more than "Oilfield Trash"... nevermind that you are an honest hard-working American man far from home trying your best to provide a living for your family.

To these bigots of North Dakota you are trash.

Still have your doubts?

If they had their way in Williston, North Dakota your kids would not be allowed to ride the school bus with local kids-Oilfield Trash would have separate bathrooms and drinking fountains...you get the idea I'm sure.

If you still have your doubts that the prejudice exists in Williston-

This incident happened last night in a restaurant at the Eagle Ridge Golf Club of Williston as reported to me by a friend

My boss, was jumped in a restaurant last night in Williston, North Dakota...

Here's what happened..

He and his wife went to the little local country club... They were expecting other guests.. As such, they moved two tables together. The waiter came over and jumped all over him for it.

Ended up in an argument about it, but eventually, He just let it go. About 10 minutes later, a large group comes in.. They move tables together, and none of the staff said anything to them. So He calls the waiter over.. The waiter jumps all over his a**, calling him "white oilfield trash", and proceeds to start yelling at his wife.. Words got exchanged, to say the least.. He finally says screw it, and he and his wife turn to leave.. At which point, the waiter jumps him from behind, knocking him out....

It was made VERY clear that "trash" was not welcome on the property.

To those of you who take offense to not only being treated like trash but to those that also have a dislike for cowardly back jumping waiters you should stop by this club in Williston have a couple of shots of whiskey then share your concerns with the staff.

Contact details;

"Missouri Club" 

Located at

Eagle Ridge Golf Club
6401 3rd Ave E
PO Box 4125
Williston, ND 58801

As for me, if being "Oilfield Trash" means I am an honest hard-working man that provides for my family with back-breaking labor and the handful of skills the good lord provided me with then I accept the tag with pride.


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"A Roughnecks Wife"

“A Roughneck Wife”

It’s his last day home…
The hitch begins tomorrow…
His days at home seem so short…
And I can feel the heartache coming just as it always does…
So I busy myself washin, packin up his clothes…
while the smell of oil base mud is fillin up our home…
It’s hard to keep my head up…
Cause tomorrow he’ll be gone…
but that Iron Hors?e is calling and it almost time to go…

I know it’s hard on him as well…
And I know he doesn’t like to go…
But the job it just won’t wait…
So he’s gettin ready to headed out…
Clear across the state…

As we load his bags in the truck…
He’s tellin us good-bye…
We watch him as he leaves…
Till his truck is out of sight…
With tears fallin down my cheek…
I’m prayin…
God watch over that Roughneck…
He means everything to me…

I keep my phone close to me…
Just in case he tries to call…
It doesn’t bring much comfort though…
Cause the rig is out to far…
And no one gets phone service…
So he can’t make that call…

I’m layin here in bed tonight…
Missin him so much…
Our daughter layin next to me…
It’s hard to hide my tears…
She’s so young she doesn’t know…
How dangerous daddy's job can be…

The hardest thing I do is worry…
I cry myself to sleep begging God to please keep him safe…
I cry sometimes for no reason or because I’m lonely…
But when he calls me and tells me baby I’m on my way…
This hitch is over…
All those worries and fears go away even if only for 7 days…
And I can’t wait to see my Roughneck…

It’s not easy being a Roughnecks wife…
It’s the hardest thing I’ve ever done…
While most husbands come home every night mine…
Stays in a trailer, eats microwaved meals and eats off paper plates all while missing his wife and kids…
For 7 long days at a time…
I love this man he’s a strong man, he’s a Roughneck…
And I’m proud to be his wife…
Even if there are days when I wish he wasn’t in the oilfield…
Days when we miss him so much that it hurts…

Days when nothing goes right…
Days when you just need your man beside you…
I’m still proud to be his wife!…

Comment by Trent Kite on October 5, 2011 at 2:15pm Comment by Dustin Frazier on November 27, 2011 at 12:16pm

Now there is an awesome statement!!! Nice!!

Comment by Suzie Black on November 27, 2011 at 2:41pm Comment by Erin Lynch on December 19, 2011 at 10:50pm

That brought a tear to my eye, I loved it!

Comment by Suzie Black on December 19, 2011 at 10:57pm Comment by Brandy Drake on December 22, 2011 at 5:37pm

this is so true, very well put.....it is great

Comment by Marylisabeth Irwin on February 17, 2012 at 12:03am Comment


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Oilfield Fatalities-How Are We Dying?

January 19th, 2012

It's early in the new year and already we are seeing a number of catastrophic drilling accidents which include blowouts and deaths. Despite millions being spent by drilling contractors in training and HSE each year, the deadly pattern continues with the latest tragedy being the KS Endeavor platform off the coast of Nigeria where today 2 missing workers were declared "missing and presumed dead" after the drilling rig blow out that occurred while drilling for Chevron.

Tonight I visited the OSHA website (OSHA records accident details for all industries in the United States) wanting to find out just how oilfield fatalities are occurring. Reading and learning from these tragedies are ways to prevent them in the future.

After reading several hours I have highlighted many drilling rig accidents that have been recorded on the OSHA site over the last several years with links to details of each accident below. I look forward to your comments on how we can make drilling wells a safer occupation.

There are several more pages that include oilfield related drilling fatalities so I plan to update this blog over the next few weeks with those details. Please bookmark this page to follow these reports.

Employee Is Killed When Struck By Falling Pipe

Employee #1 was using an air hoist to lift a 12-foot long, 6.25-inch diameter pipe segment that weighed approximately 1,200 pounds onto a drilling platform. The suspended load did not have a tag line, and the chain sling had been wrapped around the pipe, without a shoulder or place to connect the lifting adapter, with a double half-hitch configuration. The load slipped out of the chain sling and struck Employee #1, killing him.
Details

Employee Killed In Fall From Oil Derrick
Employee #1, the derrick man on a drilling rig that was being rigged down, went up the ladder after the cathead line had become entangled as the stabbing board was being lowered. He was observed pulling on the catline and then had a coworker cut the tag line that went to the fall protection line. He was observed pulling on this tag line, and then climbed to a higher elevation, apparently free climbing because the climb assist was stuck. Shortly thereafter, the counterweight to the climb assist was heard coming down the line very fast and then hit the end of the line. Employee #1 lost his grip and fell 50 ft to the oil rig floor. He was killed. The climb assist apparently was entangled with the tag line for the fall protection. When Employee #1 climbed to a higher level, he created slack in the climb assist so that when it came free, it accelerated very rapidly. This caused a shock overload to its pulley, which apparently jerked Employee #1 off the ladder. Employee #1's failure to use the fall protection equipment also contributed to the accident.

Details

Employee Is Killed In Fall From Rig Monkeyboard

Employee #1, the derrickman, disconnected from his fall protection and stepped or fell off the monkeyboard. Employee #1 was killed in the fall. The investigation was in progress at the time this report was written.
Details

Employee Is Killed When Struck By High Pressure Line

Employee #1 was working on a high pressure line. An explosion occurred, causing the line to strike and kill Employee #1.

The Cause:
Employees were using a 600 psi Hammond ball valve in a 5,000 psi PZL (PZL-11) Triplex drilling mud pump (reduced to 4,200 psi) to pump water through the line. The Hammond 600 psi ball valve failed resulting in one employee being hospitalized and one employee fatality injured.
Details

Employee Is Killed When Struck By Drill Pipe Collar

Employee #1, a derrick man, was working the drilling board (monkey board) when a drill pipe collar came loose from the securing chain and struck him in the head. When reached by coworkers, he was determined to be unconscious. Paramedics were unsuccessful in resuscitation, and Employee #1 was pronounced dead at the scene.

Feasible and Acceptable Abatement Methods would include: 1. Ensure that employees are protected from being struck by drill collars due to the stand of drill collars stored in the alley behind the derrick man. 2. Modify the current procedure for securing the drill collars in the alley. 3. Ensure that employees are trained on securing the stand of drill collars, properly.
Details

Employee Is Killed When Crushed By Falling Pipe

Employee #1 was attempting to repair brackets on a pipe rack. He crawled underneath the tubing and the pipe rack collapsed. He was struck on the back by four 30 ft joints of oil well tubing. Employee #1 was asphyxiated.
Details

Employee Is Burned When Oil Well Blows Out, Later Dies

Employee #1 was operating a pump truck supplying fresh water to the cement truck. After the bottom plug was poured, the well started to flow, uncontrollably. The fluids from the well were reaching the tubing board on the rig mast and falling onto the trucks. The fluids ignited burning 40 percent of Employee #1's body. Employee #1 was being treated at a hospital when he died from complications from the burns.
Details


Employee Is Killed When Safety Harness Strikes
Employee #1 was painting a traveling block of an "A" frame of the drilling unit. Following the completion of the job task, Employee #1 disconnected his lanyard and let it dangle below him. As Employee #1 was being lowered by the air hoist, the lanyard and the air line entangled in the rotating kelly on a rig floor. Employee #1 was pulled into the rotating kelly and struck by the safety harness. He was killed.

OSHA Imposed fines and quoted the following:

American Petroleum Institute (API) Recommended Practice 54, August 1999 states in Paragraph 5.5.1 " All personnel, when engaged in work ten feet above the rig floor or other working surfaces, shall be protected at all times from falling by guardrail systems, safety net systems, or personal fall arrest systems (PFAS). When the employer can demonstrate that it is infeasible or creates a greater hazard to use these systems, the employer shall develop and implement an alternative fall protection plan that provides for personnel safety."

American Petroleum Institute (API) Recommended Practice 54, August 1999 states in Paragraph 6.8.5 "No personnel shall clean, lubricate, or repair any machinery where there is a hazard of contact with moving parts until such machinery has been stopped or such parts have been properly guarded."

Details

Employee Is Killed When Pinned Between Derrick And Wall

A three-person crew was painting a rig derrick/mast that had been removed from its rig floor and placed horizontally on two stands. The crew was lowering the diving board to its storage/resting position, when the diving board section started to jam up and would not lower to its storage/resting position. Employee #1 was trying to get the back wind wall unjammed, when the board fingers pinched his head against the back wind wall, crushing his head. It appeared as though the cable associated with the wench being used to lower the boards had some slack in the line, and, when Employee #1 freed the wind wall, the board fell into its resting position, pinching the employees head between the fingers and the wind wall. Employee #1 was killed.
Details

Employee Is Struck By Falling Oilfield Equipment, Later Dies

Employee #1, the lead operator of a nipple-up crew and two other crew members had completed torquing the bolts on a dry hole tree at the wellhead of a natural gas well and were preparing to exit from the rig's substructure. Another nipple-up employee had erected a pump beneath the substructure to test the wellhead. Two employees of the drilling crew had begun rig-down activities and had lowered one of two elevator links (bail) to the ground using the air tugger. Control of the second of the bails was lost during the lowering operation. The leg of the 0.25-in. chain sling broke and the bail fell, bouncing into the substructure where it struck Employee #1. Employee #1 suffered a laceration to the head, blunt force trauma to the right chest and shoulder, a fractured right leg and internal injuries. Employee #1 was declared dead a few hours after arrival at the hospital.

Details

Employee Is Struck By Falling Steps And Is Killed

Employee #1 was struck by falling steps when the metal steps he was ascending to the drilling platform dislodged and fell. Employee #1 also fell and the steps landed on him. Employee #1 died of asphyxiation.

OSHA Found:
The drilling contractor did not ensure that employees were protected from falls and a crushing hazard due to inadequately secured stairs leading from the drilling platform to the mud tank. One feasible and acceptable method to abate the hazards noted above would be to secure the steps at more than one point.
Details


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Calculate Cement Volume Required

Cement volume calculation is based on annular capacity multiplied by length of cement as per cement program.

This topic will demonstrate you how to determine cement volume as per specification and displace volume. After reading and understanding the concept, you will be able to apply to your cement job.

The knowledge required: annular capacityy and inner capacity of cylindical object

Well information:

Well is drilled with 8.5 inch bit to 9,015 MD/8,505 TVD with oil based mud (9.5 ppg). Estimated hole sized based on an open hole log is 8.6 inch.

Previous casing size is 9-5/8” and its shoe is at 6,500 MD/5000’TVD.

Plan to run 7” casing and planned shoe depth at 9,000’MD/8,500’TVD.

There is one float collar at 8960’MD/8470’ TVD.

Top of cement is 2000 ft above 9-5/8” casing.

Spacer volume is from top of cement to surface.

Casing information

7” casing ID = 6.185”

9-5/8” casing ID = 8.85”

Use hole size measured from the open hole log to determine cement volume.

The well schematic should look like this.

Determine the following items:

• Cement volume

• Spacer volume

• Displace volume

As per the cement program, the final schematic will look like this.

Determine cement volume

Total cement volume = cement in the annulus between open hole and 7” casing + cement in annulus between 9-5/8” casing and 7” casing + cement in shoe track

There are three parts that you need to calculate in order to get total cement volume as listed below:

1. cement in the annulus between open hole and 7” casing

2. cement in annulus between 9-5/8” casing and 7” casing

3. cement in shoe track

The cement volume is based on annular capacity multiplied by cement length of each section.

Cement in the annulus between open hole and 7” casing

Annular capacity between open hole and 7” casing = (8.62-72) ÷ 1029.4 = 0.02425 bbl/ft

Length from 7” casing shoe to 9-5/8” casing shoe = 9000 – 6500 = 2500 ft

Cement in the annulus between open hole and 7” casing = 0.02425x2500 = 60.6 bbl

Cement in annulus between 9-5/8” casing and 7” casing

Annular capacity between 9-5/8” casing and 7” casing = (8.852-72) ÷ 1029.4 = 0.02849 bbl/ft

Length of cement inside 7” casing = 2000 ft

Cement in annulus between 9-5/8” casing and 7” casing = 0.02849 x 2000 = 57 bbl

Cement in shoe track

Capacity of 7” casing = 6.1852 ÷ 1029.4 = 0.03716 bbl/ft

Shoe track length = 40 ft

Cement in shoe track = 40 x 0.03716 = 1.5 bbl

Total Cement Volume

Total cement = 60.6 + 57 + 1.5 = 119.1 bbl

Determine space volume

As per the cement program, spacer will be at surface.

Spacer volume = Annular capacity between 9-5/8” casing and 7” casing x length of spacer

Annular capacity between 9-5/8” casing and 7” casing = (8.852-72) ÷ 1029.4 = 0.02849 bbl/ft

Length of spacer = volume annulus to TOC

TOC 2000 ft inside casing shoe = 6,500 – 2,000 = 4,500 ft

Spacer volume = 0.02849 x 4,500 = 128.2 bbl

Determine displace volume

The displacement volume is from surface to the float collar where the top plug will sit on.

Displacement volume = Capacity of 7” casing x Length to the float collar

Capacity of 7” casing = 6.1852 ÷ 1029.4 = 0.03716 bbl/ft

Length to the float collar = 8,960 ft

Displacement volume = 0.03716 x 8960 = 333 bbl

Conclusion for this cement calculation

• Cement volume = 119.1 bbl

• Spacer volume = 128.2 bbl

• Displace volume = 333 bbl

With this example, I wish you would understand more about how to determine cement volume. Please remember that any cement volume calculation is based on this concept.

Ref: The topic of Calculate Cement (Oil Well Cement) Volume Required at the drilling formulas blog.


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Shell Oil Spill off Nigeria Likely Worst in Decade

 Associated Press LAGOS, Nigeria December 22, 2011 (AP)

An oil spill near the coast of Nigeria is likely the worst to hit those waters in a decade, a government official said Thursday, as slicks from the Royal Dutch Shell PLC spill approached the southern shoreline.

The slick from Shell's Bonga field has affected 115 miles of ocean near Nigeria's coast, Peter Idabor, who leads the National Oil Spill Detection and Response Agency, told The Associated Press. Idabor said officials expect the slick to reach beaches in Rivers state by Thursday afternoon

Shell, the major oil producer in Nigeria, said Wednesday the spill likely occurred as workers tried to offload oil onto a waiting tanker

The source of the leak has been plugged, Idabor said, but the spill still threatens the shoreline and wildlife. Idabor said experts from Britain were coming to help with the cleanup

Environmentalists blame Shell for polluting the country's oil-rich Niger Delta

Shell in recent years has said most of the spills in the delta are caused by thieves tapping into pipelines to steal crude oil, which ends up sold into the black market or cooked into a crude diesel or kerosene

bonga_oil_spill_20-dec-2011.pdf

Comment by khaled Mohamed shehab on December 22, 2011 at 7:33am

Improved approaches are needed for assessing different safety-related scenarios and  the associated risk levels prior to the occurrence of a relevant incident

Comment


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Transocean Blind Shear Ram In The Gulf of Mexico Disaster

Appendix Z .

Hydraulic analyses of BOP control system (from ultra Deep) ,one of scenarios that have been investigated is operating the EDS/Auto shear system “, the investigation found strong indications on that the EDS/Auto shear system haven’t worked as intended. There have been signs of leakage in the St-lock line and the question is raised how large leakage can the system have and still cut the drill pipe. Scenario 5 :failure in the EDS(Auto shear )system .This scenario has been stimulated to identify possible failures that can prevent the BSR from cutting pipes and you can see from figures the leakage causes a continuously loss of hydraulic fluids as soon as “ the Auto shear “ function is activated.

On the other hand, there are two other issues which are not less impotent as I read in other reports(Chief Counsel‘s report)  - first one , Federal regulations required the Deepwater Horizon to have a BOP that included a blind shear ram (BSR). The blind shear ram is designed to cut drill pipe in the well and shut in the well in an emergency well control situation. But even if properly activated, the blind shear ram may fail to seal the well because of known mechanical and design limitations. In order for a blind shear ram to shut in a well where drill pipe is across the BOP, it must be capable of shearing the drill pipe. And blind shear rams are not always able to perform this critical function, even in controlled situation .Blind shear rams are not designed to cut through multiple pieces of drill pipe or tool jointsconnecting two sections of drill pipe. It is thus critically important to ensure that there is a piece of pipe, and not a joint, across the blind shear ram before it is activated. This fact prompted a 2001 MMS study to recommend every BOP to have two sets of blind shear rams such that if a tool joint prevented one ram from closing, another adjacent ram would close on drill pipe and would be able to shear the pipe and shut in the well. MMS never adopted the recommendation.

The Horizon‘s blowout preventer had only one blind shear ram. Sections of drill pipe are joined by a tool joint at each interval and are often about 30 feet in length, though some of the drill pipe used on the Horizonvaried in length. If one of those joints was in the path of the blind shear ram at the time of attempted activation, as portrayed in The figure shown that the ram would have been unable to shear the pipe and shut in the well.

The second issue  is BOP Recertification,

Recertificationof a blowout preventer involves complete disassembly and inspection of the

equipment.

It was well known by the rig crew and BP shore-based leadership that the Deepwater Horizon

blowout preventer was not in compliance with certification requirements. BP‘s September

2009 audit of the rig found that the test ram, upper pipe ram, and middle pipe ram bonnets

were original and had not been recertified within the past five years. According to an April

2010 assessment, BOP bodies and bonnets were last certified December 13, 2000, almost

10 years earlier.

Failure to recertify the BOP stack and diverter components within three to five years may have violated the MMS inspection requirements

Transocean did not recertify the BOP because it instead applied ?condition-based

Maintenance. According to Transocean‘s Subsea Maintenance Philosophy, ?the condition of

the equipment shall define the necessary repair work, if any. Condition-based maintenance

does not include disassembling and inspecting the BOP on three- to five-year intervals, a

process Transocean subsea superintendent William String fellow described as unnecessary.

According to String fellow, the rig crew instead tracks the condition of the BOP in the Rig

Management System and ?if we feelthat the equipment is—is beginning to wear, then we

make…the changes that are needed. Transocean uses condition-based monitoring to inspect

all of its BOP stacks in the Gulf of Mexico. According to Transocean witnesses, its system of

condition-based monitoring is superior to the manufacturer‘s recommended procedures and can

result in identifying problems earlier than would occur under time-based intervals. The Chief Counsel‘s team disagrees. Condition-based maintenance was misguided insofar as it

second- guessed manufacturer recommendations, API recommendations, and MMS regulation.


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Working For Baker Hughes As An MWD Or Possibly Becoming A Directional Driller?

I am currently working for a small outfit right now, but had an offer to go work for Baker Hughes.

 I was wondering how the MWD department is to work for, how is their software?

Are they wireless from doghouse to shacks or do they still rub cables? 

As well I was wondering if anyone has any input on how long I should do MWD before moving up to become a Directional Driller, because I do have actual rig floor experience.

 If anyone has a pirated version of Winserv and could send it to me that would be great as I can start planning wells when I have nothing to do.


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Roughnecks And Oilfields 'Boom or Bust'

Oil and Gas drilling has seen its ups and downs through the years. The phrase "Boom or Bust"must originate with the drilling industry,  because things are either always balls to the wall going fast or so slow that workers are having to sell everything they have acquired just to survive.

Roughnecks have always been a resilient people willing to give a hard days work for a good days pay. Tough oilfield work has always attracted men from all walks of life. College educated professionals as well as felons and ex cons all working together on rig floors to get the job done.

Fat paychecks in their pockets and 2 weeks off each month, Roughneck's that work hard often play hard too. You can find single young men with pockets full of cash from drilling operations in boom-town bars spending their hard-earned money faster than they can make a set of tongs bite, always thinking the supply of cash for hard work will never end! The first Boom/Bust downturn always surprises these young men who have lived week to week thinking the fountain of cash would never stop flowing.

Other Roughnecks choose to make long-term investments in expensive homes and Harley's, even boats, expensive pick up trucks and four wheelers thinking that their long-term financial commitments can be met on the drilling rig year after year. These hands are just as shocked when the bottom falls out and banks are knocking on their door. Most  items are sold or repossessed while trying to hold onto the home with a meager income received temporarily from oilfield unemployment checks.

Some Roughnecks get so discouraged that they never return to oilfield work. Others quickly learn to live within their means, saving during the good times so that they can survive lean times.  Oilfield veteran's always know there will be another "Bust". Experienced hands work hard during the good times, always being dependable and making a name for themselves on  drilling rigs so that when  times get lean their efforts are remembered and they are  last in a long line of layoffs.

Experienced Roughnecks know that someday again Toolpushers will be Drillers and Drillers will again be pulling slips just to keep roughnecking dollars coming in. The "Boom/Bust" oilfield cycle continues.

Communities are also impacted by booms in our drilling industry. Some locals welcome the influx of workers and their large disposable incomes as it means increased profits for their business. Housing becomes scarce. Monthly rental rates rise to unheard of the extremes with often just a basic bed & plumbing costing outrageous rates. These locals  seek to capitalize off the basic needs of oilfield workers often raising local rates on most everything in the community so local non-oilfield employed people find the basic necessities no longer affordable. These "left out" locals often become bitter with hatred, blaming the oilfield worker for all that is no longer affordable to them.The blame is seldom placed on the price gouging greed of the locals. Identifying these workers as"Oilfield Trash", the name is branded to all oil workers who enter the community. The bigger the boom the greater the hate.

Communities also suffer in other ways. Long standing local "pecking orders" of wealth are turned upside down. Families noted in the area for decades because of their wealth and stature having maybe a million dollars to their net worth are often tossed from their roost by dirt poor farmers that have struggled their entire life just to keep their family farms. Many of these common farmers lease their acreage to producers for amounts that make them millionaires overnight with additional royalty checks pouring in on regular basis that dwarf the local aristocrats wealth. Families previously at the top of the "local pecking order" also feel resentful and soon even the farmers that leased their mineral rights are branded  as "Oilfield Trash". 

The Boom and Bust cycle has been repeated over and over with everyone associated with oil and gas riding high during the good economic times-but there are busts and they always come. Busts are always associated with nationwide economics and recessions.  Any down trend in the economy always signals less use of oil and gas, market prices soon reflect this. As the price of a barrel of oil plummets, drilling comes to a screeching halt, catching most new to oil and gas drilling off-guard. Just like the Roughneck that made long-term investments in extravagant items-many businesses find out they went to far into long-term debt or expanded their business to quickly. Soon many businesses find out they cannot meet their monthly expenses as account receivables dry up and many of their customer's become "Slow Pay" or "No Pay". Banks take possession of buildings and equipment and liquidate for a fraction of  property worth, strapping the  former owner with liens and judgements for life. Busy oilfield industrial parks that sprang up over night now set vacant and overgrown in weeds.

Other supporting businesses like food and lodging also suffer. Hotels and Motels unable to rent  the rooms required to meet debt obligations are lost to debtors. Once expensive franchise businesses drop the name and become "Mom & Pop independents overnight or close completely. Restaurants and nightclubs once filled with patrons spending the endless supply of oilfield money dry up overnight.

 Lines at the local unemployment office grow with many arriving in the predawn hours to get a place in line to file for benefits that will keep them afloat a little longer. 

The weak are weeded out and in time the survivors make it back on top, only now a little wiser with less appetite for the short-term happiness that blowing a pocket full of cash each week brings.

I am thankful this holiday season for the current oil & gas drilling boom, for the oil industry that allows me to provide for my family & for the friends, members and customers that continue to support us. I thank each of you.

Wishing all of you a Happy Thanksgiving & Holiday Season!


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