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Geothermal Energy Leaves the Window Open for Iceland's Economy

By Stephen Lacey, Staff Writer
November 20, 2008   |   15 Comments

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"We go beyond just energy. We use it to promote tourism, we use it for health and wellness, we use it for heavy industries and we also use it for educational purposes."

-- Ólafur Ragnar Grímsson, President of Iceland
15 Reader Comments
Comment
1 of 15
November 21, 2008
Hey, that is really good news: the country is bankrupt, but they have knowhow and renewable resources that are really valuable.(I knew, but I did not realize HOW much) So they should pay the UK, Netherlands, Luxembourg and Austria in this way. And there is enough value left to secure the IMF loan and the loans by the Scandinavian and Polish governments.

And I assume the Icelandic Government brought this topic up for exactly this reason. It should be good for all sides, if the right people begin to listen.
Comment
2 of 15
November 21, 2008
I think that the closing argument in the article sums up both the potential and optimism that we share in Iceland: "With the door closing on Iceland's economy, perhaps geothermal energy will allow Icelanders to keep the window of opportunity open and keep the country moving during these tough times." Although I think that it is not only the energy source itself that will pave the way out of the current crisis, but other areas directly or indirectly connected to the know-how and utilization of renewable energy sources.

As President Grimsson mentioned, we believe that we have something to share with others when it comes to renewable energy. The United Nations University Geothermal Training Program has been operated in Iceland the past 30 years and more recently specialized graduate schools like RES - the School for Renewable Energy Science (www.res.is) have emerged focusing on international education within the field.

Because, even though the financial institutions in Iceland falter, the education system is strong, the people are well educated, there is specialized know-how, abundant natural resources and we have something to share with other nations on how to successfully utilize and harness renewable energy sources. At least we do something right!
Comment
3 of 15
November 21, 2008
Iceland could use their cheap elctricity to produce hydrogen gas and become a major source of world energy.
Comment
4 of 15
November 21, 2008
Well actually Iceland has already started production, research and use of hydrogen, and have both a commercially operated hydrogen filling station in Reykjavik and hydrogen powered auxiliary engine in a whale watching boat.

I think in light of the financial unrest (to put it mildly) in Iceland there is heightened interest in bridging the remaining 22% of primary energy needs (mainly for the transport sector and fishing fleet), and hydrogen is one of many solutions. See Iceland NewEnergy (www.newenergy.is) for more information.
Comment
5 of 15
November 21, 2008
And to think,here in the US and Canada our governments are still telling the naive and gullible populations that wind turbines are the answer.
Meanwhile little old Iceland is light years ahead of us - or could it be there is no huge government handouts to large corporations to develop Geo thermal power?
Comment
6 of 15
November 21, 2008
It is great that Iceland has developed a way to produce cheap energy. My concern is about the heat limit that the atmosphere can absorb without compounding the global warming problem; particularly if the geo-thermal concept is expanded.
A way must be developed to generate electricity at ambient temperatures, zero heat increase, zero particluate emission, zero coal/oil consumption, and with very limited property/land usage.
It can be done.
Comment
7 of 15
November 21, 2008
I think we can produse this type of energy in my country having thermal wathers and active volcanos . I which to have more tecnical information .my Imail adress is bernardosantacoloma@hotmail.com . Colombia S.A.
Comment
8 of 15
November 22, 2008
I wonder why geothermal energy is not promoted in India.
nikesh.gandhi@yahoo.com
Comment
9 of 15
November 22, 2008
These are valid points, put if I should compare the pollution exerted by fossil fueled power plants and geothermal power plants, I think the latter has less effect on the global warming. Regarding the aluminum smelters in Iceland, they point to one of our biggest tasks, i.e. it is not enough to have abundant resources if you have no way of exporting the energy, and the smelters have been one way of indirectly exporting our energy.
Comment
10 of 15
November 22, 2008
Bob Kruell states, "A way must be developed to generate electricity at ambient temperatures, zero heat increase, zero particluate emission, zero coal/oil consumption, and with very limited property/land usage.
It can be done."

I don't know how many sluice ways, streams, or rivers there are in Iceland, nor the speed of ocean currents surrounding iceland, but hydro energy meets most of Mr. Kruell's standards. That is, water flowing at least 2k/sec and at least 2 meters deep can when passing through a Gorlov Helical Turbine generate at a minimum 10 kw of electricity. Visit www.gcktechnology.com for detailed information. The S. Korean Government uses these turbines to generate 80,000 mega watts.

Ocean energy is clean, uninterruptable, and with the Helical Turbine the cost per kw is equal to or less than the cost of all other energy capturing technologies.
Comment
11 of 15
November 22, 2008
Robert Rostick and Bob Kruell:
The concerns expressed in comment #6 and to some extent #11 about "the heat limit that the atmosphere can absorb without compounding the global warming problem" are baseless. Manmade sources of heat are utterly negligible compared to the heat delivered to the planet daily due to solar insolation. Changing the chemical composition of the atmosphere via CO2 emissions is worrisome because it alters the amount of solar radiation that is absorbed, but we can all rest easy on thermal emissions.
Comment
12 of 15
November 22, 2008
It is worth noting that geothermal power only provides about 26% of Iceland's electricity. Most of their energy savings come from a well-developed district heating system, but such systems are not limited to geothermal generation. Waste heat from nuclear and coal plants, for instance, can also easily be used for district heating, and New York City has the largest district heating system in the world. Unfortunately, such systems involve a large amount of infrastructure and are only convenient for areas of high population density so they are not likely to suddenly proliferate.
Comment
13 of 15
November 22, 2008
India has potential for 20000 MW of Geothermal.
Iceland people with experience in doing this can contact me.
We can collaborate.
alokmisr23@rediffmail.com
Comment
14 of 15
November 22, 2008
Tony Clark writes in comment #5:
"And to think,here in the US and Canada our governments are still telling the naive and gullible populations that wind turbines are the answer.
Meanwhile little old Iceland is light years ahead of us...."

Readily exploitable geothermal resources are relatively rare and occur only in limited regions; methods for more-universal exploitation of geothermal energy ("hot dry rocks" or enhanced geothermal, etc.) are not yet available and may remain research-class problems for decades. Wind resources are fairly widely distributed and wind turbines are among the cheapest electricity generation methods that do not produce CO2 emissions--gullibility is not a requirement for wanting them (note carefully that I do not necessarily agree that the 330 millions US and Canadian citizens are "gullible").
Comment
15 of 15
November 23, 2008
Iceland has very special conditions which make geothermal power attractive, namely very large reserves of hot wet rock near to the surface, hence low cost generation. There has been talk of running high voltage DC cables from Iceland to the UK, - another possibility being a connection to a proposed offshore HVDC supergrid connecting all the countries of Western Europe from the Baltic to the Mediteranean.

One aspect of the Icelandic projects that make them particularly attractive, aside from the low capital cost is the multiple revenue streams, which could be replicated in many different countries.

At the present time, the recent reduction in the value of the Icelandic currency together with Icelandic expertise puts the country in a very strong position to compete in developing geothermal projects worldwide, which I hope will happen, so assisting Iceland out of their current situation.
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