Thursday, April 29, 2010

"Green" youngsters arrogant with dis-respect nowadays in your workplace?

Arrogance in many ways exhibit unacceptable behaviour like offensive display of superiority, self-importance, overbearing pride, haughtiness, behaving in a superior manner as if he is the BOSS.

We all in life probably have encounter or experienced arrogance by others at some time in our working life. An arrogant person may affect you in many ways, and depending on your position you may or may not be able to control or educate such people. For example, an arrogant supervisor, engineer, shopfloor worker, boss or reputed personality can make life hell for his subordinates or those indirectly reporting to him in project execution or at the site where you need to follow his instruction and he or she continues to behave with brazen superiority with everyone.

If you are not able to do anything because such people has been assigned to lead your core necessities like making upto exams, promotions, performance appraisal, direct report to the senior management, etc.

But in some cases you can hit back with all your power at arrogant people. Nevertheless arrogant people in all walks of life will be shortlived as they either cannot last or burn themselves out with their own setback. Behind the back gossip like, "He or she has become arrogant now, but wasn’t like that before" is quite common in most workplaces, amongst friends, colleagues, etc. However it does not mean arrogant people will be boorish with everyone, but they will definitely not miss an opportunity to demonstrate it on someone they can afford to be rude with.

Often the person being branded arrogant may not truly realize they have indeed become arrogant. For example, we rarely think of ourselves as being arrogant as we usually believe it is always someone else who can be arrogant, but not us. But arrogance does exist in various degrees in everyone, including you and me. Now suppose you discover that people who matter to you are calling you arrogant behind your back? Or worse, someone tells you flat on your face that you are indeed arrogant. What will be your reaction? It can rudely jolt you from the grand benevolent image you hold of yourself.

Nobody would like to be branded as arrogant. You could get furious, outraged and vehemently disagree with their opinion. Or, if you can control your senses, you can stop and think of it as a wake up call to mend your ways. Arrogance is like a special body odour that you can’t detect it yourself because you have already feel the "highs" in yourself and everyone else cannot hold up to you.
So what are those likely indicators that can make some youngsters arrogant and feel high and mighty?
It could be his experience and knowledge have built up day by day. He may have gotten all the answers for everything through his subordinates or peers and gaining all the credit, or you believe it so ( see my other blog about gaining credit, it is Ok let others take your credit, do not feel bad !! ). Soon he begin to think and feel he is the so-call “expert” in everything and all others are dependant on him. And these young horns gradually become dismissive of suggestions and recommendations by the older colleagues, except his own, of course. Let’s face it, in big organization, you depend a lot from those seniors and more experience workers to lead the success story of the organization and green horns still have a lot to pick and learn.

Next indicator is probably he has now a new job title that can create an aura of awe. Titles having groovy words like deputy manager, consultant, advisor, deputy project manager, etc., can corrupt the green horn’s ego faster than a person who has gone through years of hardship but with a mediocre title like departmental manager, though both could be doing identical job description.

He also may develop connections with reputed people, top brass, senior management level, etc., and hover around important staff like the director or general manager of the department. He probably has got the blessings of a “godfather” who is quite senior in the office and has laid the ground for the young punk to step on. So the punky now feels like a VIP with the power to crush ordinary mortals or his juniors reporting under or indirectly to him.

Frequent completion of achievements can be a powerful arrogance booster. For example, he or she had a series of tasks completed and the boss has promised of future quick advancement or promotion in the coming annual appraisal review. Everything turns out in his favour and probably he has been very smart and quick in burying his/her failures before anyone notices them. Or somebody is doing the work and producing the results, while he/she are getting the rewards and credits in front of the bosses. During temporary lucky periods in life a feeling of Midas touch can get into people’s head. This is often the reason why many well known film personalities, business owners, etc., become haughty and pushy.

The arrogants now don't provide solutions to questions anymore. Instead they now answer every question with another question. They develop the skill to invent tough and tricky questions on the fly ( because probably they do not have answers at all ) that can make others squirm, chew their head off or make them flee from the scene.

In addition to the above factors, an individual’s personal qualities, or Mother Nature’s temporary gifts to humans like young age, physical strength, beauty, good health, IQ, etc., can also make one arrogant.

Finally the challenge for each one of us is to frequently pause and observe ourselves to see if any of the above factors are making us with high self esteem.

Failures are meant to destroy arrogance and induce humility in a person. One's overbearing pride in himself is manifested in his manners especially towards his inferiors. It is said that if you want to judge a person see how he behaves towards his inferiors. In my 30 years of service, I have seen arrogants but by the time they progress with more pressure the failures subdue them. If you come across any arrogant young punk, then take it that he has not learnt from his failures yet.

Arrogance is a like a deadly disease , Pride is it's ally. Power, wealth, fame brings arrogance into the human being, but final destiny is a great leveller, no one can fight the destiny , The destiny shows one to become humble to correct his ways to reform by various incidences to check his selfness and arrogance,it provides him a chance to reflect but most remain arrogant and return to normal ways once everything is normal , only a transient phase they eat a “humble pie” and when back to normal then it is again power arrogance.

Because humble pies were primarily served to the most humble of servants, a connection developed between the consumption of a dubious but filling dish and a true sense of humility. The word "humble" in the metaphorical "humble pie" comes from the Latin humilis, meaning "from the earth,"

Eating humble pie is meant to be a metaphorical punishment for excessive arrogance or boasting. Few people would ever eat such a dish voluntarily, but others may wish that particularly self-important public figures or abusive employers would take a bite or two, especially when they are proven wrong in a very public way. Eating humble pie should take the offender down a few pegs on a social or professional ladder, at least long enough to feel humbled or properly chastised for their overbearing behavior.

As our Chinese saying, older folks eat “more salt” than the young punk eating rice or drink milk and whether old or young, green or yellow, we all need to eat lots of humble pies and not behave high and almighty as come one day, all of us are going to perish and make sure humility rules our head and not trying to grow with big ego, self-esteem and cut out to be bossy….. unless you own the conglomerate company then no one would stop you from all kinds of unacceptable arrogant behavior but watch your step, as one day you will fall through the gap in no time.

Quotable quotes :

Words That Encourage Darkness and The Adversary: Angry, Antagonistic, Appetites, Arrogant, Confused, Contention, Covetous, Critical, Depressed, Domineering, Doubt, Easily Offended, Evasive, Fear, Frustrated, Harshness, Impatience, Ineffective, Irritable, Jealousy…..

Some people don't give up easily. When they're successful, this is called "perseverance." Before they succeed, or if they fail, it's called "stubborn," "bullheaded," "arrogant," or "foolish."

Nobody can be so amusingly arrogant as a young man who has just discovered an old idea and thinks it is his own.

What is wrong with us human beings, and has been wrong since time immemorial, is that without ever stating it in so many words, we believe that we have entered the realm of immortality. We behave as if we are never going to die - an infantile arrogance. But even more injurious than this sense of immortality is what comes with it : the sense that we can engulf this inconcievable universe with our minds.

Early in life, we had to choose between honest arrogance and hypocritical humility. We chose honest arrogance and have seen no occasion to change.

P/s:  This writing has no intent to pin point on any individual or youngster now out there with arrogant or almighty working style but if there is similarity in the writing that describes about any individual of whom then there is need of "self-reflection" and correcting himself or herself to be a betterself....... think this would have done them more good in bringing the message as there is a long way for these people to move in their working life....... :)

Horizon on Fire

The Deepwater Horizon drilling rig which caught fire few days back, lasted two days, then sank in 5,000 ft of water in the Gulf of Mexico. The rig belongs to Transocean. The rig was originally contracted through the year 2013 to BP and was working on BP’s Macondo exploration well when the fire broke out. The day rate for the rig costs about US$500K per day to contract. The complete drilling day cost, with helicopters and support vessels and other services, will cost closer to US$1 mil per day to operate drilling for oil and gas. The rig building cost about US$350 mil in 2001 and would probably double that if order one today with steel prices, material cost rising. The rig represents the cutting edge of drilling technology. It is a floating rig, capable of working in up to 3000m water depth. The rig is not moored as it would be too costly and too heavy to suspend this mooring load from the floating structure. There should be a cost study done to compare options of moored or DP and long term operational cost viability. This rig has a triple-redundant computer system uses satellite positioning to control powerful thrusters that keep the rig on station at all times. From web information, seems like the rig had apparently just finished cementing steel casing in place at depths exceeding 18,000 ft. The next operation was to suspend the well so that the rig could move to its next drilling location, the idea being that a rig would return to this well later in order to complete the work necessary to bring the well into production. Initial speculation news that was thought that somehow formation fluids –oil /gas –got into the wellbore and were undetected until it was too late to take action. Usually a “kick” would have been detected from the cabin monitoring controls. With a floating drilling semi-submersible, because it moves with the waves, currents and wind, the main pressure control equipment sits on the sub-seabed –the bottom point in the well is only part unmoved. There is a setup of ‘BOP’s” and controlled with redundant systems from the rig being laid just above the seabed. In the event of a serious emergency, this BOP tree will be shut and close against the well preventing back flow of the gas from seabed. Investigation will take some months before all of the reasons are known. The well still is apparently flowing oil, which is appearing at the surface as a slick. They have been working with remotely operated vehicles, or ROV’swhich are essentially tethered miniature submarines with manipulator arms and other equipment that can perform work underwater while the operator sits on a vessel. They have been trying to close the well in using a specialized port on the BOP and a pumping arrangement on their ROV’s. Seems to be unsuccessful so far. Specialized pollution control vessels have been scrambled to start working the spill, skimming the oil up. In the coming weeks there is another plan to move in one other rig ( could be from DD3 built by us ) to drill a fresh well that will intersect the blowing one at its pay zone. They will use technology that is capable of drilling from a floating rig, over 3 miles deep to an exact specific point in the earth –with a target radius of just a few feet plus or minus. Once they intersect their target, a heavy fluid will be pumped that exceeds the formation’s pressure, thus causing the flow to cease and rendering the well safe. Probably will take months to get this done, bringing all available offshore drilling technology to fruition. It will soon be an ecological and environment hazard if the well flows continuously and not stopped.


Subsea systems challenges :

Other challenges facing the rig operator of this kind of deep water drilling vessel relating to deepwater depth in several ways:

•The temperature at the seafloor is such that hydrate formation in any gas migrating to the BOP can freeze the system closed. Provision must be made to flush the connectors routinely with BOP operating fluid (which contains glycol) or as a last resort to inject methanol remotely from the ROV.

•The well pressure at approx 7,500 feet is 230 bar or 3,333 psi. All of the subsea BOP equipment must work in cold, dark, high pressure environment around one and a half miles from the vessel drill floor.

•The long column of drilling fluid in the riser exerts a pressure on the formation. In shallow water this pressure is usually far enough from the fracture pressure of the formation that cuttings can be transported out of the hole without exceeding the fracture pressure and invading the formation. This allows longer sections of hole to be drilled before second casing. As water depth increases the difficulty of keeping mud weights between fracture gradient and pore pressure causes an effective well design to include multiple casing strings driving up both the complexity and the cost of the well

•The marine riser itself must be strong enough to support choke and kill lines, boost lines, hydraulic lines, dual gradient lines and MUX cables and yet light enough to allow a combination of top tension and buoyancy to support it for a defined range of mud weights and vessel offsets.

•The time to run any piece of equipment to the seafloor is a significant part of the total operational time. It can take days to round trip the BOP in 7,500 feet of water and the rig is vulnerable to environmental extremes while the BOP is suspended below the rig

Below typical schematic of the subsea BOP control system which should be able to shut the well once activated. With so many cables and tubings going down the seabed, probably anything can go wrong during the Horizon emergency and Murphy's law set in, anything wrong goes.

Well Control

As a result, the design of the riser, its buoyancy, the BOP and sub-sea system is the most critical element of the overall design of the rig. The size and weight of a 21” riser and 18 ¾” 15K BOP system that dictates the overall size and therefore cost of the rig. Most deepwater operators are well aware of this and extensive research has been undertaken by them to find ways to allow smaller and less capable rigs to drill safely and effectively in the ultra deep water. These technologies include :-

•Dual density drilling – to solve the pressure differential problem referred to above.
•Slimbore wells to allow the use of 16” riser and a 13 5/8” BOP
•Expandable tubing to facilitate slim bore wells
•Free standing riser systems
•Artificially buoyant seabeds bringing the wellhead closer to the surface

All of these technologies hold future promise but they also represent compromises in the primary objective which is to deliver a quality high production well to the operator.



Horizon


With the Horizon rig going “under”, oil began gushing to the surface at an ever-increasing rate. In the worst case scenario, the daily outflow of oil is projected to reach as many as 60,000 barrels (2.5 million gallons) per day.

Some methods have been used for cleaning up the Gulf of Mexico, Louisiana coastline mess, both through working beneath the waves at 5,000 feet and atop, as the oil surfaced :-

Blowout preventer (Drilling term : BOP ) — In offshore oil industry, it’s an accepted fact that oil drilling rigs and platforms must be protect and prevent well kicks from the well beneath. Despite all safety precautions, there’s always the possibility of an accident that could potentially destroy the entire rig, just as happened with the Deepwater Horizon. But when that does happen, a separate device is supposed to prevent an oil leak at the bottom: the blowout preventer ( Maker like Cameron, Schaffer, Hydril are some of famous ones). For deepwater, subsea BOP is used and for shallow water like drilling jackup, surface BOP is used.

It was a bad luck that the BOP failed to activate. Other semi-submersible have been deployed to try to fix the device with help of ROVs ( remote operated vehicle ) or install a new BOP to stop the flow of oil at its lowest point, but have failed so far. It is not simple task to do it at deepsea where controls underwater are not easy with the temperature and current beneath.

Containment domes – These devices, also called coffer dams, are the second of the three major methods BP hopes will eventually stop or contain the leak by transferring the oil into FPSO. Starting with one this week, BP will lower three 40-foot tall containment “domes” over the leaking sections of pipe on the seabed. Some oil will still escape, but the plan is to suck most of it up through the dome (which is actually more of a rectangle). This idea also reveals the essential crudity of our deep-ocean technology: there’s nothing subtle about dropping just under a hundred tons of concrete onto a leaking pipe.

However, the effort to place a massive containment dome over a gushing underwater wellhead in the Gulf of Mexico was dealt a setback when a large volume of hydrates -- icelike crystals formed when gas combines with water -- accumulated inside the vessel, The dome was moved off to the side of the wellhead and is resting on the seabed while crews work to overcome the challenge



Relief wells — Even if the above two methods are successful, BP will still work on a relief well over the coming months that, when finally completed, will divert oil away from the spill site. Drilling the relief wells is a more involved process than the original well, because the drill bit must work at an angle once it penetrates the seabed. The company estimate its relief well will likely cost in the region of US$100 million.

Oil skimmers — Since some oil sits on top of the water, a clever skimming system can separate the oil to be siphoned away (and potentially even sold on the market like normal oil). Skimming devices can range from small to massive, but despite advances in the technology, none are large enough to deal with a Gulf-sized spill, at least without months of work.

Fire — One of the oldest technologies at least for gasoline, will burn off quickly and even explode. But the “sweet crude” welling up is actually a thick, heavy substance that doesn’t always burn easily or evenly. The Coast Guard attempted to burn enough oil to prevent it from reaching the Louisiana coastline, but failed.


Name: Deepwater Horizon

Reading & Bates Falcon RBS-8D
Owner: Transocean
Port of registry: Majuro
Marshall Islands
Route: Gulf of Mexico

Ordered: December 1998
Builder: Hyundai Heavy Industries

Cost: US$560 million [1][2]
Completed: 2001

Acquired: February 23, 2001

Maiden voyage: Ulsan, South Korea – Freeport, Texas
Out of service: April 21, 2010 (exploded)
Identification: ABS class no.: 0139290

Call sign: V7HC9
IMO number 8764597
General characteristics
Class and type: ABS +A1 DPS-3 Column Stabilized MODU
Tonnage: 32,588 t (32,073 LT; 35,922 ST)
Displacement: 52,587 t (51,756 LT; 57,967 ST)

Length: 112 m (367 ft)
Beam: 78 m (256 ft)
Height: 97.4 m (320 ft)
Draught: 23 m (75 ft)
Depth: 41.5 m (136 ft)

Installed power: 42 MW
Main Power 6 x Wartsila 18V32 rated 9775 hp each, driving 6 x ABB AMG 0900xU10 7000 kW 11,000 volts AC generators

Emergency Power 1 x Caterpillar 3408 DITA driving 1 x Caterpillar SR4 370 kW 480 volts AC generator
Power Distribution 8 x ABB Sami-Megastar Thruster Drives, 5.5 MW and 6 x GE Drilling Drive Lineups 600 V 12 MW
Deck Cranes 2 x Liebherr, 150 ft boom, 80 mt @ 35 ft
Thrusters 8 x Kamewa rated 7375 hp each, fixed propeller, full 360 deg azimuth
Speed: 4 kts
Crew: 146
Notes: 8202 tonne Variable Deck Load, DP Class 3, 8 thrusters, 10,000 ft drilling water depth

Video with courtesy of BP