Showing posts with label Elgin platform. Show all posts
Showing posts with label Elgin platform. Show all posts

Wednesday, 9 May 2012

The BP Disaster; North Sea update

- Everything we do to other life forms on this planet, we do to ourselves. -- MCR


2 Years Later, Grim Photos From the BP Disaster


7 May, 2012

It's been two years since the Deepwater Horizon disaster unleashed 4.9 million barrels of oil on the Gulf of Mexico. In the midst of the disaster, BP and its contractors did everything they could to keep people from seeing the scale of the disaster. But new photos released Monday offer some new insight to just how grim the Gulf became for sea life.

The images were released in response to a Freedom of Information Act request that Greenpeace filed back in August 2010, asking for any communication related to endangered and threatened Gulf species. Now, many months later, Greenpeace received a response from the National Oceanic and Atmospheric Administration (NOAA) that included more than 100 photos from the spill, including many of critically endangered Kemp's Ridley sea turtles dead and covered in oil.

For article and photos GO HERE




An update on the Total disaster in the North Sea

Total Elgin gas leak: Permits granted for 'dynamic mud kill'
Environmental permits for a "dynamic kill" operation to try to stop the gas leak on Total's Elgin platform have been granted by the UK government.


BBC,
4 May, 2012

Experts believe pumping heavy drilling mud into the North Sea well from where the gas is escaping is the fastest way to halt the release.

The Department of Energy and Climate Change (DECC) has carried out a full environmental assessment of the plan.

The platform was evacuated when the gas began leaking on 25 March.

The Health and Safety Executive has also given the dynamic kill operation the go ahead.

A spokesman for DECC said the operation was a major step forward for Total and the quickest way to stop the leak.

Work is also under way in parallel to drill a relief well as an alternative solution

Friday, 27 April 2012

Total Elgin platform - update


An update on the Total Elgin platform gas leak

Total diverts North Sea gas leak from platform
Gas is continuing to leak from Total's Elgin gas field in the UK North Sea but engineers have installed diverter equipment to lead the flow away from the production platform to make it safer to get on board to tackle the leak, the company said on Thursday.


26 April, 2012

"The fitting of this device ensures that there is no gas accumulating around the G4 wellhead or the platform, (which) reinforces the safety of the well intervention operation and helps alleviate restrictions on helicopter landings on the platform from now on," Total said in a statement.

The amount of gas streaming from below the platform located 240 kilometers off the coast of Aberdeen reduced by two thirds last week after workers started drilling a relief well.

The Elgin platform was evacuated on March 25, after workers detected gas leaking from a well which was closed last year, enveloping the site in a potentially explosive gas cloud.

Total is continuing work to drill a relief well around 2 kilometers away from the facility and workers are preparing the platform to start a so-called "well kill", which is a cheaper and faster option but also more risky as it involves pumping heavy mud into the well from the platform.

The gas leak is costing Total $2.5 million per day, the company said.

Britain could be facing as much as a 6 percent cut to gas supplies this summer due to the closure of the Elgin and two neighboring gas fields, National Grid said last week.

Monday, 16 April 2012

Total's North Sea Leak Continues

Mr Cometwatch continues to cover developments on the North Sea Elgin platform – the issue has not gone away


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Total's North Sea Gas Leak From Space



Monday, 9 April 2012

Elgin Platform


Green light for gas leak 'kill' bid on Scottish platform
Plans to "kill" a gas leak on an offshore platform by pumping mud into it can go ahead, experts said today.


8 April, 2012

A team from operators Total and Wild Well Control flew out to inspect the leak on the Elgin platform about 150 miles off Aberdeen, gathering information that will help them decide how best to stop the leak yesterday.

It was the first time anyone had been back to the platform since the leak forced its evacuation nearly two weeks ago.

The experts said there was no "showstopper" for its "dynamic kill" plan to plug the platform well with mud.

The inspection confirmed gas was leaking from the well head but not from underwater. The team said well intervention plans could proceed as planned.

A spokesman for Wild Well Control said: "We achieved our goals. Everything went as we would have hoped and the planned well intervention is achievable.

"There is certainly no showstopper to launch the well control operation."

The team of specialists flew out to the platform yesterday and spent four hours on the installation gathering information that will help them decide how best to stop the leak.

They carried out a preliminary survey of the leak area, established zones which can be safely accessed and gathered data.

Three Total employees and five specialists from Wild Well Control, a specialised well intervention company, took off from Aberdeen at 10.30am and landed on the platform before safely returning to Aberdeen shortly before 5pm.

Plans are also still progressing for the drilling of a relief well, as well as a back-up relief well.

Meanwhile, an environmental impact assessment of the gas leak has also got under way.

The newly-established Environment Group, chaired by Marine Scotland, is to assess and monitor the impact of the leak.

Marine Research Vessel Alba na Mara began work collecting and analysing environmental samples today

Sunday, 8 April 2012

The North Sea disaster


Was Elgin platform leak an accident waiting to happen? Dwindling gas and oil reserves are forcing companies to tap unstable reservoirs
Oil rigs in the North Sea are 'falling to pieces', with oil companies taking larger risks in the pursuit of profit during the recession, a safety inspector claims


6 April, 2012


French oil major Total is battling to stem a 12-day gas leak at its North Sea Elgin platform after a series of technical failures.

Industry sources say the incident reflects wider lapses across Britain's offshore industry, where safety checks and maintenance are regularly behind schedule.

The auditor, who was joined in his criticisms by an an engineer and a union official, said a range of measures designed to prevent a leak must have failed on Elgin, allowing gas to escape to the surface.

'There is a worrying backlog of maintenance on safety-critical equipment, including release valves, pipelines and sub-sea fail-safe devices,' said the auditor, an oil industry professional with more than a decade's experience of safety systems and procedures, who has asked to remain anonymous.

He said some North Sea rigs designed in the 1960s and 1970s were 'falling to pieces' after exceeding their production lifespans, while more modern platforms were lagging well behind scheduled maintenance programmes.

He said: 'My experience in this region is that if you scratch beneath the surface, things get quite scary quite quickly.'

Another source at a major oil company said safety still ranked high, but low gas prices - at about half their levels before the 2008 financial crisis - forced operators to weigh 'loss of life risks against loss of production risks.'

Greenpeace released this image which shows the scale of the gas cloud from energy giant Total's Elgin platform


The latest incident follows the Deepwater oil-spill of 2010 near the Coast of Mexico, which a White House panel blamed in 2011 on economy measures on the platform.

With rising operating costs and lower revenues, companies have put pressure on facilities to produce more fuel in order to break even, which means reducing the number of safety checks that could interrupt production.

The UK's offshore regulator, the Health and Safety Executive, has previously identified maintenance backlogs in successive asset integrity reviews, noting that maintenance on safety-critical equipment was especially poor.

The Deepwater Horizon was drilling in water a mile deep the night of April 20, 2010, when an explosion and fire rocked the rig. It burned for two days before sinking.

An estimated 206million gallons of oil spilled out of the BP-owned Macondo well over several months, fouling sandy beaches and coastal marshes and shutting vast areas of the Gulf of Mexico to fishing.

BP has now agreed a £5 billion deal with more than 100,000 fishermen and others hit by the Gulf of Mexico oil disaster.

The oil giant, which has already written off at least £23 billion to meet claims, said the settlement was not an admission of liability.

It still has to resolve massive claims by its partners, the U.S government and states along the Gulf of Mexico following the explosion, which killed 11 men.

'In some companies the decline in integrity performance that started following the low oil price has not been effectively addressed, and there appears to be an acceptance of this, knowing that the assets are likely to be sold,' it said in 2009.

High-pressure, high-temperature (HPHT) reservoirs, like the one feeding the Elgin platform, exacerbate matters because they combine higher costs to drill and maintain with 'the inherent risks associated with them,' the auditor said.
Maintenance on systems critical to safe-guarding life in some cases has been pushed back by up to a year, he said.

'I have seen things on some platforms that HSE would be extremely unhappy about,' he said.

An engineer who designs rig equipment said the entire industry was 'swamped by work' so maintenance backlogs could also be down to limited resources as companies providing piping and valves were working flat out to meet demand.

Industry body Oil & Gas UK's health and safety director, Robert Paterson, said: 'All safety-critical systems on every installation are subject to regular and rigorous inspections. Offshore safety isn't getting worse, it's continually getting better.

'Over the last 15 years ... we've seen a 70 per cent reduction in major and significant hydrocarbon releases (and) a 66 per cent reduction in all types of injury.'

A spokesman for Royal Dutch Shell, which also operates in the North Sea said: 'Asset integrity is a high priority for Shell. In 2011, we invested around $600million (£379million) in our North Sea assets, including maintenance.

'We strive to operate all our assets, regardless of age or location, in a way that meets or exceeds both our global internal standards and relevant legal and regulatory requirements. We are confident that the maintenance plans for our North Sea assets are robust.'

Total did not return requests for comments to Reuters, and neither did BP, another major North Sea operator.


One offshore worker about to embark on three-week stint on a North Sea gas installation said maintenance backlogs were a common problem that could take years to clear.

'I make repairs in designated safety areas ... and the way things are, I'll have a job in the North Sea for the rest of my life,' he said.

'There is a wide issue with the age of the platforms,' said Oberon Houston, Petroleum Engineering Manager, with experience of working on a number of rigs in the North Sea.

'People tend to think, "The platform only has 4-5 years left in it, so we don't do anything to it", but oil prices rise, or you find more oil, and suddenly you're going for another 12, 15 years or more,' he added.

Dick West, Operations Director of North Sea operator Xcite Energy, said ageing facilities did, however, need to prove their safety to have their life extended, and the HSE had been demanding more detail in the last 18 months.

The British safety regulator said there were about 70 major or significant hydrocarbon releases a year in the British part of the North Sea - 'significant' meaning it could cause multiple fatalities and escalate further. Norway had just eight in 2010.

'It is lack of assessing risk, lack of control of the work, people cutting in the wrong pipework, people doing a shoddy job, making or breaking pipework, corrosion that should have been anticipated and monitored,' Steve Walker, head of the offshore safety division at UK Health and Safety, told Reuters in October.

Total's Elgin leak occurred above the water line on the rig itself, the auditor noted.

'There are all kinds of safety mechanisms that should kick in and prevent a leak at that height ... Quite clearly these fail-safes did not work,' he said.

Total repeatedly reassured workers that safety systems would prevent a leak up to and including a few hours before the blowout that triggered the arrival of Royal Air Force and Norwegian helicopter evacuation teams, according to Jake Molloy, head of the RMT trade union's offshore arm.

Workers had raised safety concerns beginning more than a month before the incident, he said.

The offshore industry's safety regime operates on what is known as the 'Swiss-cheese model', building in layers of individually incomplete safety precautions that together should stop an emergency developing.

'But all that depends on the number of layers of barriers and the rigour with which they are maintained,' the source from an oil major said.

The extreme environment in HPHT reservoirs - which are increasingly common as maturing fields become less productive - raises the risks.
Total itself has identified such risks based on problems encountered during production.

The leak on the Elgin is believed to be above the water-level, which one inspector notes should not have been allowed to happen

In research papers, it has described how, as a well goes through gas pockets under different levels of high pressure, gas could leak inside the well and rise to the surface.

'It was realised that conventionally cemented casings was unlikely to hold this gas back during the production lifecycle of the wells,' it said in a 2005 paper.

That year a barrier in a well drilled in the West Franklin field failed, leading to an increase in gas pressure and the risk of gas from the reservoir escaping to the platform.

In the incident, described in a 2007 paper whose authors included Total engineers, the problem was difficult to fix because it required a 'complex well-kill operation to resolve'.

This is what Total now plans for the faulty Elgin well.

'From a production point of view, life extension of ageing assets is the name of the game. Operators are squeezing the last drop from the North Sea ... so when production from normal wells dries up, they've got the HTHP to bring out of their back pocket,' the auditor said.

Asked if it was investigating the possibility of equipment failures at Total's Elgin rig, the HSE said: 'It will not be legally appropriate for HSE as the regulatory authority to respond, as the answers given may prejudice the investigation or subsequent enforcement.'




Total gas leak: Elgin platform 'mud kill' plan to proceed
Emergency engineers have said plans to pump heavy mud into the pipeline leaking gas on board a North Sea platform can go ahead.


6 April, 2012

A team from operators Total flew out to inspect the leak on Thursday.

They said there was no "showstopper" for the "dynamic kill" plan to plug the Elgin platform well with mud.

Total has also released the first picture which shows the gas leaking from four points on a wellhead at the installation.

It comes as a Scottish government marine research vessel has set sail to carry out a four-day environmental assessment at the site.

Marine Scotland, Sepa, the Health and Safety Executive and Scottish Natural Heritage are among the bodies involved.

The eight people from the Total team who boarded the Elgin on Thursday, 150 miles east of Aberdeen, included three workers who were familiar with the installation and five others from a company called Wild Well Control which specialises in capping wells.

The four hour inspection confirmed gas was leaking from the well head but not from underwater. Total said observations also suggested the gas leak rate may have decreased during the last few days.

After returning the team said well intervention plans could proceed as planned.

A spokesman for Wild Well Control said: "We achieved our goals. Everything went as we would have hoped and the planned well intervention is achievable.

"There is certainly no showstopper to launch the well control operation."

Thursday's visit, was the first time anybody had been back to the platform since it was evacuated almost a fortnight ago.

'Potential impact'
Marine Scotland is overseeing the environmental group on board the marine research vessel, set-up to examine the impact of the leak.

Scientists will spend the Easter weekend collecting and analysing sea samples from the survey ship Alba na Mara.

An environmental team will spend four days at sea on survey ship Alba na Mara Scottish Environment Secretary Richard Lochhead said the evidence, so far, suggested the impact of the gas leak had been minimal.

He told BBC Scotland: "This is an ongoing gas leak and that is why we have employed our own vessel to go to sea to take samples, of the water, the sediment, fish stocks etc.

"I don't anticipate any evidence of any potential impact on the marine environment, but as long as this gas leak is taking place we have to monitor, on a daily basis, what is happening, and understand what is happening.

"The results from those samples should be available early next week."

Mr Lochhead also said that after talks with Total he believed a well plugging operation could get under way in a week to 10 days.

Total has said three more helicopter trips to the stricken platform will be needed, for further assessments.

The company hopes to be able to carry out the "dynamic killing" of the leak, which involves plugging it with mud.

Alternative plans to drill two relief wells to bring the situation under control are also still being prepared.



Total Finds No Underwater Leak at North Sea Rig
French oil producer Total on Friday said inspections at a troubled drilling rig in the North Sea found no evidence of an underwater gas leak and determined that the flow of gas from an on-deck leak is decreasing.



6 April, 2012

Total said a reconnaissance team visited the rig Thursday, while a remote-controlled submarine was launched from a ship sailing near the platform to do underwater inspections.

The company evacuated and powered off its Elgin rig on March 25 after a rush of pressure in the well below sent gas and mud spewing out from the drilling deck. Since then, operations at the rig, as well as at others operated by Total in that area in the North Sea, have been halted.

The inspection team included Total engineers and specialists from Wild Well Control Inc., SPN -0.97% which helped to tackle the 2010 Gulf of Mexico oil spill and Kuwait's oil fires following the 1990 Iraqi invasion. The safety inspection Thursday was a prelude to launching an operation to kill the well.

"We achieved our goals. Everything went as we would have hoped and the planned well intervention is achievable. There is certainly no show stopper to launch the well-control operation," Wild Well said, according to Total's statement.

The specialists said they didn't find gas present on Elgin's process, utilities, quarters, or PUQ, platform, which is connected by a 295-foot bridge to the Elgin wellhead platform. They also identified infrastructure on the wellhead rig that would allow an operation to kill the well through heavy-mud pumping.

"In the next few days, other teams will return to Elgin to record other parameters, take further measurements and perform additional operations so that the platform is safe for people who will be plugging the well," Total spokesman Jacques-Emmanuel Saulnier said in a video posted on the company's website.

The company is also working on another solution to stop the gas leak through a relief well drilled less than a mile from the problematic well, which is about 150 miles off the coast of Scotland. Such a well is a definite solution to stop a leak but takes several months—more than six according to Total—and requires heavy investments. The company is also planning a second well as a backup for the first.





Wednesday, 4 April 2012

Spiegel: Elgin Leak Points to Drilling Risks


From Spiegel

-- They save the grimmest part for the very last paragraph:

"In an instant, the sea surrounding the drilling platform was transformed into something resembling a whirlpool. As has happened with the Elgin, the entire crew made it safely off the platform. But methane, which as a greenhouse gas is extremely harmful to the climate, continues to bubble up out of the sea floor even today. And nobody can stop it."

Lot's of good, new information here that is relevant too in the UK and Norway. We'll bring you the latest as we find it. -- MCR


Perils and Price Rise in Hunt for Natural Gas
The Elgin natural gas drilling operation was highly dangerous but fruitful -- until it sprung an unexpected leak that nearly caused an environmental disaster. The out-of-control situation highlights increasingly risky "extreme drilling" efforts to extract the valuable fuel from deep below the North Sea..

By Marco Evers

2 April, 2012

It all began like a good disaster film. The gas alarm sounded shortly after noon and the emergency evacuation started just moments later on the Elgin drilling platform in the North Sea. Only a small contingent stayed behind, laboring to plug the leak. Having failed to do so after hours of trying, they turned off all the machinery and electricity and fled the platform too.

When the last helicopter lifted off, it left the drilling rig alone on a swelling cloud of highly flammable gas from the deep.
For almost an entire week, though, something else stirred on the eerily deserted platform. Flickering way up at the tip of the 150-meter (490-foot) stack was an open gas flare, which the crew had failed to extinguish last Sunday as it hastily abandoned the platform.

On Saturday, Total, the French energy company that owns the stricken platform, announced to the relief of many that the gas flare had burned itself out. Up to that point, as a company spokesman thankfully noted, the wind had been blowing the gas vapors away from the platform and would hopefully continue to do so.

If it hadn't, and the cloud of gas had come into contact with the flame, there could have been a massive explosion threatening to trigger an environmental catastrophe. In this case, however, no Hollywood-type hero was needed to avert the disaster in the end.

Nevertheless, Total has still lost complete control over the platform. In response, it quickly brought experts from around the world together in Aberdeen, Scotland, which proudly calls itself the "oil capital of Europe." With the aid of special aircraft, diving robots and computer models, they have been trying to figure out exactly what is happening both on and under the platform, which is located 240 kilometers (150 miles) off Scotland's eastern coastline.

Initial findings have provided cause for optimism, at least in the short term. But in the long run, they have sparked worries about how well the many planned North Sea drilling projects that involve deeply buried reservoirs can really be controlled.

The Good News

The good news is that the name Elgin most likely won't become seared into our collective memory in the same way that Deepwater Horizon is. After the BP-owned platform exploded in the Gulf of Mexico in April 2010, killing 11, more crude oil gushed into the sea over the next three months than had ever been released by any man-made disaster. But in the case of Elgin, the mere fact that the volatile natural gas only causes moderate levels of damage in even the worst cases leaves little reason to fear such a devastating "blowout."

Another comforting factor is that the methane surrounding the drilling platform apparently doesn't originate from what is actually the major reservoir 5,300 meters (17,400 feet) below the sea floor but, rather, from what is hopefully a smaller deposit at a depth of roughly 4,000 meters.

Likewise, the gas is not gushing out as freely as the oil did in the Gulf of Mexico disaster. Instead it appears that it is streaming its way to the surface via cavities in the multi-walled annulus, or pipe casing on the well, and that it is first leaking out once it reaches the Elgin platform itself.

That's good news, says Frederic Hauge, president of the Norwegian environmental group Bellona. "If the gas is only coming up through the well, that enables more solutions." That detail, he says, makes him feel "a little more optimistic." Speaking before the flare had extinguished itself, Hauge also stated that, were it not for the danger of explosion, it would also be enough to simply wait for all of the remaining gas to escape.

Total is also hoping that this will be enough. But if the volatile stream of gas surging out of the deep does not abate this week, the company plans to start drilling two relief wells to divert the gas. It estimates that the operation will take six months to complete and cost at least $3 billion (€2.2 billion).

The Bad News

Still, for the moment, the open question is how gas even gets into an annulus, or pipe casing, for a well that actually runs much deeper and was already capped roughly a year ago. And that's where the bad news comes in.

The 11-year-old platform is different from most in the North Sea, tapping into what is known as a "high pressure/high temperature" (HP/HT) gas field. Total's drilling operation at Elgin is technically one of the most challenging in the world. The company is pushing the limits in terms of both the materials and expertise available in the early 21st century.

In 2001, when Total launched its operations in the Elgin field, the company became a pioneer. Nobody had ever drilled into such a vast reservoir, pressurized at roughly 1,100 bar, or almost 40 times the pressure in a full tank of propane gas. What's more, the liquid gas shoots out at a temperature of more than 200 degrees Celsius (392 degrees Fahrenheit) and is packed with corrosive hydrogen sulfide. As the company's website boasts, it was an "extreme drilling operation (that) set a record in the North Sea."

Every drill head, casing and piece of metal used in this kind of extreme drilling operation must be able to withstand forces that are hardly controllable. "There remains a general concern that not all HP/HT hazards have been identified yet," cautioned a report by the British health and safety regulator in 2005.

Seven years later, this appraisal still holds true. The BP oil field in the Gulf of Mexico was also one of the HP/HT variety, a factor that significantly contributed to the catastrophe's severity. Indeed, as the senior Total engineer Jean-Louis Bergerot wrote in the Journal of Petroleum Technology last October, drilling HP/HT exploration wells "remains a challenge, despite years of experience."

These advanced drilling projects get increasingly dangerous as time goes on, Bergerot writes, specifically addressing the Elgin field. The more the deposit is depleted and the gas pressure decreases, the greater the chances that the whole geological substratum will become brittle. Small but regular earthquakes deep down wreak havoc on the drilling equipment. As a result, Bergerot writes, the entire steel casing of the drill pipe can be deformed "by compaction … or by tectonic movements along faults or other bedding planes," which might also ultimately result in its being "sheared off completely."

Increasing Dangers

This is what has most likely happened with the Elgin platform: After the steel protective casing broke down deep beneath the surface, the compressed gas surged into the punctured pipe and began shooting upward. However, this accident was not without warning. Weeks earlier, engineers working on the Elgin had noted troubling pressure fluctuations in the capped line. They tried to stop it with so-called drilling mud -- but the gas was quicker.

Despite the massive expenses and technical challenges involved in HP/HT drilling projects, multinationals like Total are currently investing several billion euros in them. The reason for this is simple. As Hauge, the Norwegian environmental activist, puts it: "The easily recoverable reservoirs in the North Sea will soon be empty."

Indeed, there are not many deposits left that can be exploited using conventional means. The combined output of all British drilling platforms now lies at only half of what it was in 1999. In the meantime, the fleet of several hundred British platforms is becoming superannuated, with accidents as well as minor oil and gas spills more common.

Forty-four of these monsters even date back to the 1970s, and workers on them are forced to labor just as hard against rust as they do for oil. Jake Molloy, an organizer for the union representing oil workers, has said "ageing infrastructure, a lack of maintenance and installation integrity" are among the union's primary concerns and noted that oil-rig crews often work under life-threatening conditions.

The major oil companies are increasingly handing over their ancient equipment to smaller firms, which then go after every last drop of oil and liquid gas they can. Hauge, the Norwegian environmentalist, finds this worrisome. "Small companies have less capacity to manage big accidents, both financially and technologically," he says.

Bigger Rewards, Bigger Risks

Nevertheless, the big oil companies -- such as BP, Chevron, Total and Shell -- are in no way pulling completely out of the North Sea, as some had feared they would as recently as a few years ago. Instead, they are venturing into ever deeper waters and rock formations, into colder regions and increasingly precarious extraction areas. Doing so has meant a steep rise in both costs and technical complexity. But given today's oil prices, it's now worth it for companies to go after deposits that would have once been considered uneconomical.

Though it has only just recovered from the "Deepwater Horizon" shock, BP recently obtained permission from Britain's Department of Energy and Climate Change to drill for oil in waters more than 1,200 meters deep northwest of the Shetland Islands, off Scotland's northeastern coast. Despite obvious dangers, the region's rich deposits make it appealing.

BP has acknowledged that, in the worst-case scenario, a blowout here could threaten the far northern regions with an oil spill that would far exceed even the 2010 Gulf of Mexico disaster in size. It calculates that twice as much oil would gush up and cause several times as much environmental damage. But the company also adds that this is, of course, "extremely unlikely."
That is also precisely what engineers thought when they were drilling for oil over 21 years ago off the Scottish coast under contract from the energy giant Mobil, which would later become today's ExxonMobil. Their huge drill was penetrating at a depth of some 500 meters when it inadvertently punctured a methane bubble under high pressure.

In an instant, the sea surrounding the drilling platform was transformed into something resembling a whirlpool. As has happened with the Elgin, the entire crew made it safely off the platform. But methane, which as a greenhouse gas is extremely harmful to the climate, continues to bubble up out of the sea floor even today. And nobody can stop it.

Translated from the German by Josh Ward

Tuesday, 3 April 2012

Mainstream reporting on Elgin gas leak



Total's Elgin gas leak costing $2.5m a day
The gas leak from Total's Elgin platform is costing it $2.5m (£1.6m) a day in lost income and response costs, the company said.


2 April, 2012

Total was in talks with the Health and Safety Executive on Monday over returning to the site to attempt a "topkill" on the well by pumping heavy mud to stop the leak.

"We are talking about weeks to perform the well killing," said Michel Hourcard, Total's senior vice-president. "It should be a relatively easy job."

Total is also preparing to start drilling two relief wells "soon" and will proceed with the drilling – which could take six months – until the topkill is successful. The company said it was waiting for "optimal sea conditions" before deploying a vessel to conduct seabed surveys of relief well locations.

Shares in Total rose 2.31pc, the highest close since the scale of the leak became apparent a week ago. It was buoyed by the confirmation on Saturday that the flare on the platform had burnt out, removing the most obvious ignition risk for the gas.

Total assured investors the final impact of the incident would not be as bad as the Gulf of Mexico disaster for BP. Patrick de la Chevardière, Total's chief financial officer, said: "We understand that comparisons to Macondo are inevitable but the situations are very different."

He said Total estimated lost earnings from the fields it had shut were $1.5m a day. Response costs were a further $1m a day, expected to rise to $1.5m as relief well drilling began. A relief well could cost $150m to $200m in total.

"We believe we have ample resources to deal with this situation," he said. "We have a robust liquidity position with $19bn of cash and cash equivalent on the balance sheet at the end of 2011."

Total expected its capital expenditure and dividend programme to be unaffected.
It did not foresee problems in restarting the other wells at Elgin in due course. 

Ratings agency Fitch had said that, if the entire field were to be lost, it could cost Total €5.7bn.

Update on Total gas leak disaster


-- I have seen other credible reports that the natural gas which is leaking is "sour" gas, meaning that it is full of hydrogen sulfide. Hydrogen sulfide is a deadly poison and has, according to Wikipedia, been a likely cause of one mass extinction in Earth's history. It can have extremely debilitating physical impact.

It is not possible to even approach this leak. It cannot be stopped until the reservoir is empty. Matt Simmons and I went through scenarios much like this as Deepwater Horizon evolved.  No helicopter can land in a cloud of methane. As you'll see in the video, the mere drop of a hammer could blow up everything and there is some heavy-lift, metal-to-metal work to be done. That's because the gas is also emitting from the casing at the sea floor. This disaster is, and will remain, out of control. Mother Earth has had enough and so have we.

I have been trying to research it but there's no time. So, I'll just throw it out there. We need some solid scientific, ecological statements about how bad this is and how bad it could get.


The Elgin disaster needs its own Arnie Gunderson, right now. -- MCR


Total's Elgin Platform Gas Leak: Rough Seas And Heavy Wind Could Thwart Company's Efforts
* Gales forecast for North Sea area this afternoon -Met Office
* Total to move drilling rigs from two nearby fields
* Total to fly experts to platform in next few days .


2 April, 2012

Total faced rough seas and heavy winds on Monday as the oil and gas company prepared to send men and machines to battle a leak at its Elgin platform in the North Sea that has spewed gas into the air for over a week.

The French company, which is spending $1 million per day on efforts to plug the leak, plans to move drilling rigs from two nearby fields, fly staff to the platform if it is deemed safe and send two underwater inspection vehicles to check where best to drill relief wells, Total said on Monday.

"Both (inspection) vessels are currently awaiting optimum sea conditions before they can be deployed," Total said, raising concerns that relief operations will be delayed as Met Office forecasts showed even stronger wind levels for Monday afternoon.

The company is expected to fly its own staff to the platform within the next few days, industry sources told Reuters.

If a first visit to the platform is successful, Total plans to fly out more engineers by the end of the week to begin injecting mud into the well to stop the gas leak, the industry sources said.

Workers are expected to wear personal breathing apparatuses and gas detectors to protect them against dangers on the site.

Total was due to meet experts from Britain's Health and Safety Executive (HSE) on Monday to discuss the dangers involved. An executive said, meanwhile, Total was not aware of any legal proceeding from UK authorities in relation to the leak.

On March 25 all 238 workers were evacuated from the platform 240 kilometers off the Scottish coast, and a two-mile exclusion zone was set up around the site, while fire-fighting ships remained on standby in case of an explosion.

The union representing staff at the Elgin platform opposes plans to fly a team of crisis engineers to the platform, saying it is too dangerous given the amount of gas that has escaped.

"We think this is a highly dangerous tactic. Even a dropped hammer could ignite the gas. The whole thing would have to executed perfectly," said a union official, who asked not to be identified.

RELIEF WELLS

Total also plans to drill two relief wells to prevent gas from leaking at the top of the platform.

It said it would stop drilling operations a few kilometres away at its Fettercairn and West Franklin fields so that it can use the rigs to drill two relief wells at the leaking platform.

"To maintain the widest possible range of options, other drilling rigs are also being considered," the company said, without specifying from where it could source the additional rigs.

Total has hired a team of international experts to advise it on how to plug the leak, including U.S. firefighting and engineering firm Wild Well Control, which helped tackle BP's Gulf of Mexico oil spill in 2010 and Kuwait's raging oil fires in 1991.

The company estimated its net operational loss of income from the leak at $1.5 million per day but said it was unable to give an overall cost estimate of the impact.

EARLY SIGNS

Total had detected the first signs of trouble at Elgin one month before the leak started as pressure rose in a well, which had been capped a year earlier.

The operator told workers up to a few hours before the evacuation that a leak was impossible, rebuffing concerns raised by rig workers weeks before the incident, a union official said last week.

The company said on Monday it had suspended production at the Elgin well in January 2011 due to pressure problems.

"My experience in the North Sea is that if you scratch beneath the surface, things get quite scary quite quickly," said an oil industry professional with knowledge of North Sea safety systems and procedures.

"There is a worrying backlog of maintenance on safety-critical equipment, including release valves, pipelines and sub-sea fail-safe devices," he said.

A marine expert onboard a Greenpeace ship, which has arrived near the exclusion zone, said he could see evidence of some sinvormental pollution.

"Our boat is in an area of extensive oil pollution, and we see yellowish chemicals swimming in the oil spill," Christian Bussau told Reuters by satellite phone from the Koningin Juliana ship some 5 km from the Elgin platform.

Greenpeace activists said they had collected their first samples of water and air, which will be analysed in Germany.

A different marine pollution specialist at the University of Liverpool said danger posed by the gas leak on sea birds and marine plants and animals was small due to the low quantity of hydrocarbons contained within the condensates that have formed a slick on the water.

"If things continue as they are, I do not think that the marine pollution risks are high. The condensate slick is reported to be slight and diminishing," said Dr. Martin Preston.











Leak Costs $2.5 Million a Day
Total Says It Has Funds to Cover Financial Fallout From North Sea Gas Incident.

2 April, 2012

Total SA's top financial executive said Monday the natural-gas leak at its North Sea operations is currently costing the company about $2.5 million a day in a combination of lost production and efforts to contain the leak.

He said the Paris-based oil company has "ample resources" to face any financial fallout.

In his first public assessment of the impact of the leak at the Elgin platform 150 miles off the Scottish coast, Total Chief Financial Officer Patrick de la Chevardière said the company is spending around $1 million a day responding to the leak. That includes the cost of mobilizing rigs to potentially drill relief wells. The amount could climb to as much as $1.5 million if actual drilling starts.

Total is also losing about $1.5 million a day—or 60,000 barrels a day of oil equivalent—in lost output from its share of the closed Elgin-Franklin field, representing around 2% of the company's total output, said Mr. de la Chevardière.
French oil major Total sent a remotely operated vehicle to evaluate the situation at the Elgin platform in the North Sea, where an accident prompted the company to stop gas extraction. Dow Jones's Sarah Kent and Alexis Flynn have the latest. Photo: Getty

The assessment suggests the French energy giant is well placed to weather the financial impact of the leak that began over a week ago in the North Sea, with its current daily financial outlay relatively insignificant compared with its hefty cash chest. It is also sharply lower than the cost of stemming the flow of oil into the Gulf of Mexico after the 2010 Deepwater Horizon disaster, which reached $100 million a day for BP BP +0.76% PLC at the peak in 2010.

For article GO HERE


HERE is a background article from several days ago from the Oil Drum



This is the version of events that will never be told by the mainstream media








Total Gas Leak Is Untouchable! 
Gales Blowing Gas Into Scotland Now

TO VIEW VIDEO GO HERE.


There is an earlier video which discusses acid rain falling in Northern Europe and the health effects of hydrogen sulphide - available HERE


Here is a fact sheet on the effects of hydrogen sulphide gas on human health.






Hydrogen Sulfide (H2S) Fact Sheet
Hydrogen Sulfide (H2S) The Deadliest Manure Gas

Hydrogen Sulfide (H2S) is a colorless gas that smells like rotten eggs (from the sulphur). Often referred to as “sewer gas,” hydrogen sulfide is highly poisonous. Usually, the poisoning caused by hydrogen sulfide is through inhalation and has a toxicity similar to cyanide.

Rotting manure produces hydrogen sulfide (H2S), methane, ammonia and carbon dioxide. H2S is the most dangerous.

Manure being moved or stirred up releases H2S. One or two breaths of air, with as little as 600 parts per million (ppm) H2S, can cause a person to lose consciousness.

Deaths are not uncommon when people enter poorly ventilated spaces such as deep wells, underground tanks or sewer systems. Since H2S gas is heavier than air, its concentration is highest near the bottom of en- closed spaces.

What happens to hydrogen sulfide when it enters the environment?

Hydrogen sulfide is released primarily as a gas and will spread in the air • When released as a gas, it will form sulfur dioxide and sulfuric acid in the atmosphere • Sulfur dioxide can be broken down further and is a major component in acid rain • Hydrogen sulfide remains in the atmosphere for about 18 hours • In some instances, it may be released as a liquid waste from an industrial facility (factory farm)

How can hydrogen sulfide affect my health?
Hydrogen sulfide is considered a broad-spectrum poison, meaning it can poison several different systems in the body.

Low Levels of H2S

The odor of hydrogen sulfide gas can be perceived at levels as low as 10 ppb (parts per billion). At levels of 50-100 ppm (parts per million), it may cause the human sense of smell to fail. Exposure to lower concentrations can result in eye irritation, a sore throat and cough, shortness of breath, and fluid in the lungs. These symptoms usually go away in a few weeks. Long-term, low-level exposure may result in fatigue, loss of appetite, headaches, irritability, poor memory, and dizziness.

High Levels of H2S

At high exposures (usually greater than 300 ppm), H2S has the amazing effect of causing the nose to stop perceiving its smell after a few inhalations, which may lead to the inhalation of a toxic or fatal dose (which can occur at 600 ppm). Breathing very high levels of hydrogen sulfide can cause death within just a few breaths. There could be loss of consciousness after one or more breaths. At high levels, hydrogen sulfide gas may paralyze the lungs, meaning that the victim may then be unable to escape from the toxic gas without assistance.

How does hydrogen sulfide affect children?
Because it is heavier than air, hydrogen sulfide tends to sink, and because children are shorter than adults, they may be more likely to be exposed to larger amounts than adults in the same situations. It is not known whether hydrogen sulfide can cause birth defects in people. Some animal studies have shown developmental problems from exposure to hydrogen sulfide.

Continued exposure to H2S will kill you!

When released suddenly in large amounts of if allowed to build up in confined or poorly ventilated areas, toxic gases such as H2S are deadly. Every year people are killed or injured by poisonous manure gas. Manure gas accidents usually cause more than one death or injury because co-workers or relatives attempting a rescue are themselves overcome by the gas.

The hazard increases when:

gases concentrate or build up in a confined space, or are suddenly release in a work environment • delays in emptying pits or tanks cause manure levels to rise, bringing trapped gases closer to any workers examining a pit or tank • hot weather speeds up manure rotting, thus increasing the amount of H2S being produced • windless days increase the potential for localized pockets of H2S during the agitation of lagoons

Hazardous locations include:

intermediate holding tanks between a barn and a lagoon • pits and gutters inside barns • lagoons

Sources:
Agency for Toxic Substances and Disease Registry (ATSDR), Atlanta, GA. 1999 Manning Safety Services, Inc., Jourdanton, TX Alken Murray Corporation


0.03 ppm      Can smell. Safe for 8 hours exposure.

4 ppm           May cause eye irritation. Mask must be used as it damages metabolism.

10 ppm         Maximum exposure 10 minutes. Kills smell in 3 to 15 minutes. Gas causes eye        and throat injury. Reacts violently with dental mercury amalgam fillings.

20 ppm          Exposure for more than 1 minute causes severe injury to eye nerves.

30 ppm          Loss of smell, injury to blood brain barrier through olfactory nerves

100 ppm        Respiratory paralysis in 30 to 45 minutes. Needs prompt artificial resuscitation.
                       Will become unconscious quickly (15 minutes maximum).

200 ppm         Serious eye injury and permanent damage to eye nerves. Stings eye and throat.

300 ppm         Loses sense of reasoning and balance. Respiratory paralysis in 30 to 45       minutes.

500 ppm          Asphyxia! Needs prompt artificial resuscitation. Will become unconscious in 3         to 5 minutes. Immediate artificial resuscitation is required.

700 ppm          Breathing will stop and death will result if not rescued promptly, immediate unconsciousness. Permanent brain damage may result unless rescued promptly.