Guyana License Won by Anadarko – from Upstream Magazine

Anadarko wins Guyana licence

Licence: Anadarko gains access to Guyana’s offshore resources

RELATED STORIES

Luke Johnson 

26 June 2012 22:49 GMT

South American nation Guyana has awarded US independent Anadarko a licence to explore for oil and gas off its shores in the Roraima deep-water block.

The Guyana government said in a release that it had agreed with Anadarko’s subsidiary in the country to “commence studying available data for the concession acreage” to find prospects suitable for drilling.

It said that Anadarko had been seeking an exploration licence in the country since last year, confirming an earlier Upstream report.

Other companies set exploring off Guyana include ExxonMobil, Repsol and Tullow Oil.

The release also said that Guyana’s cabinet has approved a proposal by the Ministry of Natural Resources and the Environment to establish a Petroleum Advisory Board to oversee the oil and gas sector,

The aim is to make the country “more investor friendly” for companies who wish to exploit its oil, the statement said.

Guyana has petitioned a UN commission to ­extend its continental shelf by a further 150 nautical miles (277.8 kilometres) from the current 200 nautical mile limit.

Pile Driver heading for home port

My cousin owns and operates a dock and pier building and bulkhead repair and installation business near Virginia Beach, VA.  I took this picture of his floating pile driver returning from a project to its home port.  The work is tough, but he is very good at it and has many long-term loyal clients.

Apps to Keep You Sane While Flying – Scientific American

Air Onlines: 5 Apps to Make Air Travel Sane

From the best seat to fastest tracking, tech tools to help smooth your trip–before takeoff or as soon as you’re allowed to use your approved electronic device

By David Pogue  | June 26, 2012

  • tripit, travel apps, kayak, david pogueImage: Flickr/Craig Cmehil

In my Scientific American column this month, I wrote about the irrationality of theTransportation Security Administration’s rules that govern air travel. I travel a heck of a lot as the host of a PBS science show, so trust me: every one of these absurdist rituals drives me nuts.

Fortunately, technology also helps me remain sane—before, during and after each flight. Here are the phone apps, for iPhone or Android, that no traveler should be without:

Kayak is a beautiful, fast app for searching flights on all airlines. It doesn’t sell tickets, just helps you find out what flights are available. The time filter lets you drag a slider to narrow down the hours of takeoff or landing that you’d consider.

SeatGuru. This great app shows you the essentials—whether or not your flight will offer wi-fi and power outlets—and also tells you every single detail about every single seat on the plane. Won’t recline? No window? Exit row? Legroom? Now you’ll know.

Tripit. Tripit.com is a free service that builds a tidy itinerary for you. Each time you buy a plane ticket, hotel booking or car reservation, you forward the confirmation to Tripit’s e-mail address. Like magic, the site parses the contents of that confirmation note and auto-enters the travel info on your calendar (phone and computer). And if you also have the Tripit phone app (or FlightTrack Pro, described below), your flight is auto-entered there, too.

Airline check-in apps. Almost every airline offers a phone app that lets you check in for your flight up to a day in advance. Use it—checking in from home, or on your way to the airport, means you don’t really have to be at the airport 45 minutes or two hours (or whatever) before the flight.

The great-looking Delta app is the best of the lot. When you open the app, it already shows the flight you’re about to take. It’s much smarter than most airline kiosks, which make you manually enter your flight information before printing out your boarding pass. And it remembers your frequent flyer number and password between uses, unlike similar apps, such as United’s.

On Delta’s app, you tap the flight, tap “Check In,” and presto: it displays your “boarding pass” in the form of a big black-and-white QR bar code, which you place onto a scanner at the TSA checkpoint. On that same screen it displays your gate number, seat number, seating zone—you can even see where you stand in the waiting list for free first class upgrades.

FlightTrack Pro. For each flight, this app’s tidy screens shows not just the departure and arrival times, but also the terminals, gates, flight maps, aircraft type, speed and altitude, weather radar and so on. It knows more—and knows it sooner—than the actual airlines do.

The Pro version (a one-time $10 cost) offers “push” alerts when anything changes. That is, your phone buzzes and wakes up and shows on screen the details of your flight’s delay or gate change.

So there you have it: Five apps for the modern sky warrior. Don’t leave ground without them.

Wooden Batteries? From the Technology Quarterly

Monitor

Wooden batteries

Energy: Waste from paper mills could be put to use to make “grid scale” batteries that combine large capacity with low cost

Jun 2nd 2012 | from the print edition

 

 

THE main problem with both wind and solar energy is not their cost (which is falling satisfactorily with every passing year) but their intermittency. Supplying power to the grid when the air is still or the sun is below the horizon depends on storing the surplus when the day is blustery and the sun is up. And, at the moment, this is expensive.

Cheap and abundant materials for making batteries, though, might change that. Which is why a recent paper in Science, by Grzegorz Milczarek of Poznan University of Technology, in Poland, and Olle Inganas of Linköping University, in Sweden, may prove important. The two researchers propose making one of a battery’s three components, its cathode, out of the waste from paper mills.

A battery—any battery—consists of two electrodes (an anode and a cathode) and an electrolyte. Current, in the form of positive ions such as protons (the nuclei of hydrogen atoms), flows through the electrolyte from anode to cathode while a balancing current of electrons, which are negatively charged, makes the same journey via an external circuit, doing useful work along the way. To recharge the battery, the electrons are pushed in the opposite direction by (say) the current from a solar cell, thus drawing the ions inside the battery back across the electrolyte.

Electrolytes are often made of simple, abundant (and therefore cheap) chemicals. The electrodes, however, are not. They usually require metals (lead, zinc, nickel or lithium, for example) whose cost renders so-called “grid scale” batteries, able to store huge amounts of power for days or even weeks, prohibitively expensive. Cheaper electrodes would be a big step in the right direction and that is what, in the case of the cathode, Dr Milczarek and Dr Inganas hope they have made.

A good cathode material must be capable of receiving and storing charge, in the form of positive ions and electrons, in large amounts. Lignin, one of the two main components of wood, can be modified to do just that. And lignin is cheap. Paper is made mainly of cellulose, the other component of wood, so the effluent from paper mills, known as black or brown liquor, is mainly water and lignin.

The reason Dr Milczarek and Dr Inganas thought lignin molecules might be suitable for use as cathodes was that they are rich in chemical groups called phenols, and phenols are easily turned into related groups called quinones. It is these quinones that are the crucial components. In combination with a second type of chemical called a polypyrrole, they provide just the sort of electron and proton receptors a cathode requires. Polypyrroles are not as cheap as lignin, but compared with metals they are not expensive.

And so it proved. The two researchers’ measurements suggest that the lignin-polypyrrole combination does, indeed, make an effective cathode, able to store a lot of charge. These are early days, obviously. But if someone could now come up with an equally cheap anode, the age of the wooden battery—and with it the age of cheap, reliable, always-on alternative energy—might yet dawn.

Paddler on Lady Bird Lake in Austin Texas

Took this picture yesterday evening around 7 pm.  The light was really harsh, but I was able to soften it a bit using Photoshop CS5, especially through use of the adjustment brush.

Some Economic Good News -Greenland Nearing Financial Independence – From Ice News


Greenland financial independence predicted by 2015

Posted on January 2010. Tags: 

greenlanddotcomMineral and oil income is expected, within five years, to surpass the current handouts from Copenhagen that Greenland lives off.

Negating the need for the DKK 3 billion (USD 580 million) handout means that national financial independence may be just a few short years away, according to forecasts from the leader of the Raw Materials Directorate in Greenland in a report by Sermitsiaq.

The Danish state provides an annual block grant to the country but according to Jorn Skov Nielsen, the planned oil drilling tests across four sites this summer could see new capital flowing by 2015. Although the veracity of claims to Greenland’s purported oil-reserves remain unproven, the Raw Materials Directorate has predicted that a single oil strike could fetch an annual DKK 10 billion (USD 1.9 billion).

Under the new rules which assist the transition to self-rule, Greenland will split profits from any natural resources after the initial DKK 75 million (USD 14.5 million) which would remain in Greenland. The block grant will be discontinued should a level of DKK 7 billion (USD 1.3 billion) be surpassed.

“If we start earning a lot of money on minerals, we’ll need to save a lot of it in order to ensure that we can use them once the block grant disappears,” said Nielsen, who expects up to six new mines to generate mineral wealth in excess of the block grant. While oil would create maximum revenue, additional jobs would be created in the mining sector with a miner-training school already being established in Greenland.

“Right now, there are 90 people working with mining in Greenland,” Nielsen said. “Within seven years there were will be 1,500 new tax paying positions”.

 

Read more: http://www.icenews.is/index.php/2010/01/22/greenland-financial-independence-predicted-by-2015/#ixzz1ytYHRwSt

Now Cyprus Seeks Bailout

Cyprus Becomes 5th E.U. Member to Seek Rescue

By 

PARIS — Cyprus on Monday said it was formally requesting a bailout from the European Union in a bid to bolster its struggling banks, making it the fifth euro zone country to request a rescue.

The announcement came after weeks of concern that the crisis in Greece and a potential Greek exit from the euro could bring down the economy in the small island nation, whose banks are heavily exposed to Greece.

The slim victory of a pro-euro party in recent Greek elections helped to temporarily alleviate that concern, even as economists said Cyprus could need as much as €10 billion, or $12.5 billion, to shore up its ailing banks and cash-strapped public sector.

Government officials would not specify how much Cyprus would be seeking from the E.U.’s bailout fund, saying negotiations were continuing. Leaders of the Union were scheduled to meet Thursday and Friday in Brussels, where they are expected to discuss the terms of Greece’s bailout.

Cyprus’s bailout request is a blow to the country as it comes just days before it is to take over the rotating E.U. presidency, a rare and proud moment in the international spotlight.

“The purpose of the required assistance is to contain the risks to the Cypriot economy, notably those arising from the negative spillover effects through its financial sector, due to its large exposure in the Greek economy,” the government said in a statement.

Cyprus needs to find €1.8 billion, or about 10 percent of its gross domestic product, to recapitalize its second-largest bank, Cyprus Popular Bank, by a June 30 deadline, according to Cypriot officials. In total, Cypriot banks have outstanding loans or other money at risk totaling €152 billion, or eight times the size of the country’s gross domestic product, according to the International Monetary Fund. Such exposure has made the country vulnerable to financial upheaval.

Cyprus has asked the European Union not to impose demands for harsh austerity and to focus the rescue package on the country’s banks, Cypriot officials say. The country has been so determined to avoid Draconian caveats — including calls from some countries that it suspend its 10 percent corporate tax rate — that it had recently sought aid from Russia and China.

Michalis Sarris, a former World Bank economist and finance minister who is now chairman of Cyprus Popular Bank, said Monday that Cyprus was in talks with China over a possible loan. China was potentially interested in a stake in a Cypriot bank, in return for a toehold in the country’s burgeoning gas industry, officials said.

But with time running out, officials said Cyprus, which has been shut out of international markets for more than a year, had little choice but to request aid from the European Financial Stability Facility.

Mr. Sarris said that extensive exposure of Cypriot banks to Greece and the country’s exclusion from international financial markets had made asking for a bailout a matter of urgency.

But he also said that Cyprus’s problems paled in comparison with Greece and that the country’s small size and its lack of relative profligacy compared with Greece made it better positioned to weather the crisis.

“The situation here is different from in Greece,” he said. “What we are looking at is a relatively mild adjustment that won’t inflict too much pain.”

While Cyprus’s problems threatened to add to the financial instability in Europe, more concerning for officials and investors is the fear that Italy, the third-largest economy in the euro zone, after Germany and France, will itself end up needing help.

Cypriot officials said Monday that they would continue to seek loans from Russia and China to buttress potential E.U. financial support. Cyprus last year secured a €2.5 billion loan from Russia at a below-market rate of 4.5 percent to cover its refinancing needs for this year.

Over the weekend, the Cypriot president, Demetris Christofias, the only communist leader in the European Union, railed against the 27-member bloc, noting in an interview with To Vima, a Greek newspaper, that the European Commission, the European Central Bank and the International Monetary Fund had operated like a “colonial force” by forcing austerity measures and unbridled free-market policies on bailed-out countries.

Concerned About Peak Oil? From Oil Price Energy Report

Should we Still be Concerned with Peak Oil?

By Dave Cohen | Mon, 25 June 2012 22:05 | 0

With oil prices falling precipitously, this seems like a good time to reassess the widely anticipated phenomenon known as peak oil. How much of a threat is it as we look into the future?

There are basically two camps about the peak of global oil production.

•    Cornucopians — Not only is the glass half-full, it is brimming over. There is no threat whatsoever to industrial civilizations. The Stone Age didn’t end because we ran out of stones.
•    Doomers — The glass is half-empty and we’re draining it fast. Industrial civilizations are going to collapse soon because there won’t be enough oil to go around. A new Stone Age is right around the corner.

Both these “schools of thought” are wildly incorrect. It’s not an accident that this kind of dichotomy exists. It’s not an accident that these opposed views closely resemble the political squabbles so prevalent in the United States today. You know, Progressives versus Conservatives … blah, blah, blah. These are emotionally-based positions which have little to do with Reality. Naturally there are many more Cornucopians than there are Doomers because mindless optimism is the default human position (mistake) in all matters, not just oil.

I can demolish both positions in two sentences.

•    Cornucopians do not know how to subtract.
•    Doomers do not know how to add.

Of course when I say these people don’t know how to add or subtract, I am describing the psychological requirements of these groups. Cornucopians cannot acknowledge that oil fields peak and decline, and that global oil production might do the same. Doomers cannot acknowledge that technology, exploration and wars in Iraq bring new resources on-stream. By and large, members of both groups know bugger all about the global oil industry.

Every other week, I describe some aspect of the upstream oil industry in my Saturday Oil Report. (The latest one was published yesterday.) Few people read these reports or learn anything from them because they already know in advance, unencumbered by data and its reasonable interpretation, what the peak oil outcome is going to be. (Some people do read these reports and learn from them, for which I am grateful.)

With respect to oil, as in all human politics, people fall into opposed camps. Their irrational beliefs about peak oil (or anything else) maintain group membership and coherence, and bolster their pre-conceived (but unconscious) psychological preferences. They are not trying to align their beliefs with Reality—that’s not what people do. See my recent post Homo Sapiens — The Storytelling Animal. In short, Cornucopians or Doomers have got a story and they’re sticking to it. Nobody reading this thinks people are rational problem-solvers, right?

What’s the real deal with peak oil? First, there’s this very important graph.

World Crude Oil Production
World Crude Oil Production, data from the EIA. Crude oil only. No biofuels, no natural gas liquids. See my post A Peak Oil Update.

How long might this plateau in oil production be maintained? For Cornucopians, the answer is not as long as you think. For Doomers, the answer is longer than you think. At least 5 years, perhaps 10, or even 15 (a very outside chance).

Of course this is merely a supply graph. Who knows what global demand will look like. Right now, it doesn’t look like demand will be robust, and that could remain true for many years to come. If we’re falling into a prolonged global recession, OPEC will cut their production. (You can see the supply dip in 2009.) The world will never produce 76 million barrels of oil each and every day for a prolonged period of time. Probably 76 million daily barrels is a pipe dream.

Without getting into the details, what can we conclude about peak oil going forward? You don’t have to be a rocket scientist to understand that—

1.    Oil will never be cheap again. Even if demand falls off a cliff, producers require high prices to get new oil on stream to replace production declines. If demand is robust because the world economy is booming, as unlikely as that sounds right now, oil will get very expensive again in a hurry.
2.    Industrial civilizations are not going to go out of business because oil is very expensive during the boom times and pricey (but not exorbitantly expensive) during the lulls. Peak oil acts more like a brake (one of many) on global economic growth when times are good. As usual, we’ll know more in 10 years than we know right now.

I don’t worry much about the disasters I write about. The writing is on the wall as far as I’m concerned. But if I were to worry about all these human disasters, where would I rank the threat of peak oil? I don’t know. It’s certainly a concern, and I do write about it, but I write about lots of stuff. Certainly the longer term is fraught with difficulty if humans are depending on crude oil to fuel economic growth in the 21st century as it did in the 20th.

I was careful not to name names today. I did that intentionally. The people who can understand what I said today will understand it. The ones who can’t won’t. These latter are likely to be Doomers or Cornucopians. If I did name names, people would go off on me because I’m clearly messing with their with emotions, their irrational beliefs, their heroes, and finally their group and individual identities. So I didn’t name names because I don’t like getting hate mail or emotion-laden malicious comments.

As usual I leave it up to you to figure out whether what I said today makes sense. You will see that it makes sense or you won’t according to your abilities as just described.

By. Dave Cohen

Crimes of Passion – From Intelligent Life Magazine

Black magic in London

Crimes of passion

Jun 23rd 2012 | from the print edition

The Boy in the River. By Richard Hoskins. Pan Macmillan; 334 pages; £7.99. Buy from Amazon.co.uk

IN THE late 1980s Richard Hoskins, young and newly married, spent six years as a missionary in Bolobo, upriver from the Congolese capital, Kinshasa. Now back in Britain and something of an Africa specialist, he advises the authorities on tribal and ritual crimes. In his new book, “The Boy in the River”, Mr Hoskins argues that these atrocities are a perversion of African belief systems and highly unusual.

His first case, in 2002, involved the mutilated torso of a boy they named Adam, found in the River Thames. The police thought it was a muti killing, a South African practice that involves removing organs for use in tribal medicines. Mr Hoskins recognised that Adam was in fact a human sacrifice (a term the police initially recoiled at) by a Nigerian tribe. His evidence was the precise slit in the victim’s neck and a body drained of blood—a divine tribute that is condemned as juju, or black magic, in West Africa. The boy’s killer has not yet been convicted, but the investigation did uncover a trafficking ring that smuggled African children to Britain for such ritualistic abuses.

Mr Hoskins and his wife suffered their own tragedy in Congo; one of their twins was stillborn, the other died before she was two. He admits his work presents emotional challenges. But he is not overly sentimental. He writes about criminology, how the police deal with the media and the perverted beliefs behind the crimes. Much of the book is about kindoki. Mr Hoskins understands this as a benign affliction treated with a potion of plant extracts from a nganga, a traditional healer. But there is a growing trend of pastors in new revivalist Christian churches, both in Africa and Britain, preaching a different, malevolent kind of kindoki. They convince parents that their children are possessed by demons which must be exorcised through isolation, fasting and beatings. Gullible and desperate believers, who consider their pastors to be “little Gods”, will pay good money for them to cure this malady.

The most harrowing case is that of Kristy Bamu. Attempting to exorcise the boy of kindoki, his sister and her boyfriend tortured him to death over five days in December 2010 using an array of weapons, including light bulbs, floor tiles, knives and pliers. Mr Hoskins testified in court that Africans do not practise exorcism like this.

It is heartening to read that the British authorities go to great lengths to solve these crimes, but infuriating to learn about the flaws in the system. An important witness to the Adam crime, for example, was deported before she could be properly questioned. An eye-opening book that makes a strong case for cultural understanding.

Controlled by our Electrical Impulses – From the Guardian Co – UK

Frances Ashcroft: We are controlled by electrical impulses

Memory, personality, hormone regulation, our senses – all are governed by currents within our bodies

frances ashcroft

Frances Ashcroft photographed for the Observer by Richard Saker.

Frances Ashcroft is a professor of physiology at the University of Oxford. In 1984, she discovered the mechanism by which levels of the hormone insulin are related to fluctuations in blood sugar level – if this mechanism does not work properly it can lead to diabetes. She was named European laureate at the 2012 L’Oreal-Unesco awards for Women in Science. Her book The Spark of Life (Allen Lane, £20), explains how electricity is vital to the human body.

 

How did you find the missing link between insulin and blood sugar levels?

Your blood sugar level is controlled between very narrow limits. If it falls too low then you die within a few minutes because your brain is starved of food, and if it goes too high then you get diabetes. The hormone insulin is responsible for reducing blood sugar and for many years I’ve been interested in understanding how a rise in your blood sugar leads to the release of insulin from the beta cells of the pancreas.

I discovered that a particular type of protein, known as an ion channel, is crucially important for insulin release. Ion channels are found in the membrane that envelops the beta cells, and they act as tiny little pores through which ions (salts like sodium or potassium) can move into or out of a cell. I showed that when the beta cell channel is open insulin is not released, and when it is shut insulin is released. I know that sounds the wrong way round but the pores are too small for insulin to go through – what happens instead is that closing of the channel stimulates a chain of events that eventually leads to insulin being released.

 

A lot of your subsequent work has focused on trying to understand other ion channels in the body. What are they?

Ion channels are little gated pores that sit in the membrane of every one of your cells and of every organism on Earth, whether it’s a giant redwood in California or a simple bacteria. They govern everything we do. So your ability to hear and see, to think and feel, to move your arms and legs is due to the electrical activity that’s taking place in the nerve cells in your brain and the muscle cells in your limbs and that, in turn, is down to the opening and closing of ion channels and that, in turn, is down to the opening and closing of these little ion channels.

 

When did people start thinking that there was electricity in the body?

The father of animal electricity was Luigi Galvani, a great Italian scientist who was the first to show that an electrical spark can cause a frog’s leg to twitch. He discovered this one day serendipitously, when he was doing an experiment one day. He noticed that when a spark was generated by his electrical machine and his assistant was touching the nerve that supplied the frog’s legs, the frog’s legs twitched.

His nephew Giovanni Aldini carried out similar experiments in public on recently decapitated criminals. He applied currents to the nerves that supplied their legs and arms and discovered that they twitched wildly, causing great consternation to his audience. I suspect that some of these rather extraordinary demonstrations inspired Mary Shelley’s novelFrankenstein, which was written shortly afterwards.

 

So when I hear something it’s because electrical currents are moving from my ear to my brain?

Yes. Each of our senses is regulated by ion channels. For example, when we see, the ion channels convert the information that arrives at our eyes in the form of light energy into electrical energy in the form of nerve impulses. It’s exactly the same when you listen to me, the sound waves that reach your ears are converted into electrical impulses in your nerves.

 

What can go wrong if your ion channels are compromised?

Mutations (faults) in the genes that code for ion channel proteins cause many human diseases – such as cystic fibrosis, sudden death from heart arrythmias, diabetes, hypertension and kidney disease. Many poisons act on ion channels. For example, the famous puffer fish poison tetrodotoxin blocks your sodium channels, blocks your nerve impulses and prevents your nerves working, which can lead to fatal paralysis of your respiratory muscles.

 

What about their role in the brain?

Ion channels are truly the “spark of life” for they regulate the activity of our brain cells. They are intimately involved in learning and memory, in the control of movement, in our thoughts and feelings. Consciousness arises from the electrical activity of the nerve cells, which, in turn, is generated by ion channels. Most general anaesthetics work by interacting with ion channels. We even define death as when the electrical activity of our brain ceases. I think Percy Shelley put it rather well when he stated that “man is no more than electrified clay”.