Jonathan Leake and Robert Booth
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THE hot volcanic vents of Iceland may be harnessed to bring electrical power to mainland Europe and Britain if a plan to pipe geothermal energy under the North Sea comes to fruition.
In a project reminiscent of Jules Verne’s Journey to the Centre of the Earth, the Icelandic government is proposing to drill three miles through the Earth’s crust into the hot basalt below to tap into temperatures of up to 600C.
The same intense heat that causes the mud to bubble and geysers to steam on Iceland’s moonlike surface will be used to create steam to drive turbines, generating enough energy to power up to 1.5m homes in Europe.
The Icelandic National Energy Authority signed a deal last month with Energie Baden-Wörttemberg, the German energy company, that could lead to the resulting electricity being transmitted to Europe along a 1,200-mile seafloor cable. It would be capable of carrying energy to Britain’s national grid before reaching Germany.
The Icelandic government believes the growing market for clean energy and the availability of new technology will justify the expense of drilling deeper than ever before — and provide a return on the multi-billion-pound investment required.
Thorkell Helgason, director of the energy authority, said engineers from Germany had visited Iceland last autumn. They have now signed a memorandum of understanding to begin exploratory drilling through Iceland’s thin crust.
“They are prepared to contribute considerable amounts of money,” Helgason told Fretta-bladid, an Icelandic newspaper. “Their vision is that in the distant future they can transport considerable amounts of geothermal electricity from Iceland to Germany via an ocean-floor cable.”
The “hot rocks” international power system will take at least a decade to switch on. Laying the cable is likely to be the biggest challenge since it will have to negotiate undersea mountains on the North Sea floor, which is already crisscrossed by pipelines and other cables.
Connections that come ashore in northern Scotland and northeast England are being considered. An earlier study by Pirelli Cable estimated that two submarine cables to Germany are likely to cost up to £2.3 billion.
Energy experts believe that less than a fifth of Iceland’s vast nonpolluting hydroelectric power and geothermal energy resources have been tapped.
By drilling more than twice as deep into the earth as current practice, each borehole can provide up to 10 times more energy, engineers estimate. “The export of electricity via a submarine cable to the UK or continental Europe has come into focus as a viable option,” says a briefing paper published by Landsvirkjun, Iceland’s national energy company.
“This is due to rapid technological advancement in the performance of direct current submarine cables and the need to exploit green energy resources.”
Engineers from the German power company are returning to Iceland for further negotiations later this month. Iceland has recently acquired special drills capable of tapping into the hottest basalt, just above the magma chamber, where the rock is verging on the molten.
“I think the cable will be realised at last,” said Helgason. “By connecting to Europe it will increase the stability of our system. But this is our energy and we will decide how it is distributed.”
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I attended a conference on concentrating solar energy on Friday. The scheme being discussed was to generate energy from solar in the deserts of USA and Africa, then transmit the electricity to the cities of North America and Europe using High Voltage Direct Current (HVDC) cables. Transmission losses are 3% per 1,000Km of cable. Clearly the technological advances with HVDC mean this can be used to bring electricity from Iceland to Europe cost effectively.
We have to find a way to get politicians to think of new options. Both geothermal from Iceland and Solar from North Africa have huge potential to provide zero emission energy which does not entail the national security nightmare of nuclear power or rapid global warming.
J N Fuller, Westcliff on Sea, UK
Sure would love to see efficacy data, especially voltage drop along that 1,200 mile sea floor cable. Wonder why they want to use direct current? Over that distance, the loses must be huge. Even counting for free heat, deliverable price to the UK and Germany can't be all that great.
Know where I can get my hands on a couple of thousand miles of high temperature, superconducting, submarine cable suitable for power transmission?
DanO, Mt. Vernon, USA
Wouldn't it be more efficient to lay the cable to the UK than Germany as it is about 1/2 the distance?
Kevin Smith, London, England
Of course the major problem operating in such zones is the instability of the substrata and any engineering work would have to be fairly ingenious to stand the vicissitudes of such a hostile environment. What is really amazing is the amount of faith that people are want to place in what are fairly quack experiments with a deal of uncertainty in their outcome while we have proven, clean technology that gives certainty to our delivery expectations. That we are willing to take directives from Brussels for wind farms our technological base withers to the extent that Britain would find it difficult to build and maintain an atomic energy plant on its own, Rutherford weep. More often than not in British history, especially in that period prior to the only science being state science, full of free thinkers, moneyed experimenters, children of the Enlightenment, we have had the thrill and frisson of discovery without having the foresight to employ our discoveries. Atomic power is such a thing.
Malcolm Turner, Alsager, England
In order to prevent any energy crises in the near future, we must leave no stone unturned in our effort to search for alternative sources of energy. This project must move full steam ahead. We have to accomplish the task even if we have to move mountains!
Wing, Poole, UK
I hope people think before they do this.
The flow of electrons creates heat, does it not?.
How much heat are these people going to add to the ocean?
What accumulative effect will this 1200-mile ribbon of heat have on the already shrinking ice cap or the worlds climate?
Then again from another angle if we increase the flow of heat out of the core of our planet how much faster will the planet shrink and how bad will the quakes become as the tectonic plates shift?
What is the benefit of powering 1.5m homes if the amount of dry land to live on shrinks or the intensity of quakes increases to knock down our historical structures which werent built to withstand them?
Thomas Jones, Weston, Oregon / USA
for iceland to melt AND disapear it should be made of ice in stead of rock
>:P
gerben, the hague, netherlands
Will iceland melt and disappear?
bennett, richmond, uk