Top Ten UK Alternative Energy Projects

Solar Powered CIS Tower in Manchester

The UK’s top ten alternative energy projects have been named by the UK government’s Department of Trade and Industry (DTI). They include offshore turbines in Kent, the solar-powered CIS tower in Manchester and a wave buoy in Cornwall.

A target of supplying 10% of the UK's electricity from renewable energy by 2010 has been set by the British government.

The list includes three wind farms, three solar-power projects, and two examples of microgeneration, or projects with lower outputs.

According to the government, the 30-turbine Kentish Flats wind farm has been described as "the Ferrari of the turbine world".

Black Law A in South Lanarkshire was one of the largest wind farms approved in the UK, and the Cefn Croes project near Aberystwyth the most powerful when it opened in June.

The CIS tower in Manchester - the city's tallest building - was on course to be the biggest user of solar panels in the UK.

The biomass plant in Enniskillen, Northern Ireland, was singled out for producing a "revolutionary new wood pellet bio fuel", created by burning sawdust and woodchips.

The wave buoy project off the north Cornwall coast was highlighted as a project that would "speed up the installation of one of the world's first wave farms". The site is being investigated as a possible wave hub location - an offshore electrical socket that would be connected to the national grid.

Cornwall Wave Buoy

“Revolutionary” Northern Ireland Biomass Plant

Top Ten UK Alternative Energy Projects

Solar Powered CIS Tower in Manchester

The UK’s top ten alternative energy projects have been named by the UK government’s Department of Trade and Industry (DTI). They include offshore turbines in Kent, the solar-powered CIS tower in Manchester and a wave buoy in Cornwall.

A target of supplying 10% of the UK's electricity from renewable energy by 2010 has been set by the British government.

The list includes three wind farms, three solar-power projects, and two examples of microgeneration, or projects with lower outputs.

According to the government, the 30-turbine Kentish Flats wind farm has been described as "the Ferrari of the turbine world".

Black Law A in South Lanarkshire was one of the largest wind farms approved in the UK, and the Cefn Croes project near Aberystwyth the most powerful when it opened in June.

The CIS tower in Manchester - the city's tallest building - was on course to be the biggest user of solar panels in the UK.

The biomass plant in Enniskillen, Northern Ireland, was singled out for producing a "revolutionary new wood pellet bio fuel", created by burning sawdust and woodchips.

The wave buoy project off the north Cornwall coast was highlighted as a project that would "speed up the installation of one of the world's first wave farms". The site is being investigated as a possible wave hub location - an offshore electrical socket that would be connected to the national grid.

Cornwall Wave Buoy

“Revolutionary” Northern Ireland Biomass Plant

Splash

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Pond at Tallil Airbase (Ali Base) December 2004. The Ziggurat of Ur is in the distance. I watched a pair of Pied Kingfishers, a Kentish (Snowy) Plover, a Grey Heron and a fine Male Black Redstart here. The city of Ur was the traditional home of the prophet Abraham.



Though this blog is focused on Iraqi wildlife I will make a little detour on this entry.

A reader soon to deploy to Afghanistan asked a few questions that I'll try to answer here.

The first is: what resources are there on Afghan birds? I've only found a few references since Afghanistan has been somewhat neglected since the 1979 Russian invasion. A few old British texts describe the wildlife of the region. Birdlife international has a review of the birdlife of Afghanistan which has a mix of palearctic and oriental species and 460 recorded species. There is one Afghan endemic, Afghan Snowfinch (Montifringila theresae). Happily we have one recent trip report of 82 species made by Anssi Kullberg combining the observation of 4 trips through Afghanistan in 2002. Some spectacular birds are to be seen. A birder from Iraq would recognise many of the familiar favorites: Magpies, Hoopoes, Crested Larks, Pied Kingfishers, Indian and European Roller plus many others. They would also be treated to birds of Indian origin like Brahminy Starling, Black Drongo and House Crow. Some truly exotic birds like the Himalayan Monal, a colorful and rare pheasant, are also on the Afghan list. A somewhat pricey two volume guide has been published this year by Lynx in Spain. The Birds of South Asia is the first guide to fully cover the birds of Afghanistan and at slightly less than $100 US is a good investment for someone spending a long time in Afghanistan.

Another question involved digiscoping and blogging from a forward deployed area. Others may want to add their 2 cents here. I did not have a great camera for birds, nor a scope. If I had to do it again I would try to bring both. I missed a lot of birds because they were out of binocular range.

I found that blogging anonymously is the way to go. It simplifies things considerably and makes the command much more comfortable with your blogging in general. My self imposed rules were very strict because of my role in battalion intelligence. I never revealed my name, my unit or my location in the country. We had many incidents that I never wrote about on my other blog because a relatively smart person could identify my location from the incident and perhaps use it for battle damage assessment. When it came to my wildlife watching, any and all my writing was seen as universally innocuous and not an operational security issue.

I've started posting again on HomeRange, my general natural history blog. It started out as my nature observations but I let it slide in back in May. I recently changed the focus to whatever I feel like writing about, from my observations to interesting news items.

Australia: Alternative Energy Grants

Geothermal Plant

From geothermal power to better batteries, millions have been spent on alternative energy research grants in Australia, according to Rod Myer writing for The Age of Australia.

The AUD $23 million (approximately $17 million) spent by the Australian Federal Government under the first tranche of its $100 million (US $73m) pledge to aid the alternative energy sector has highlighted innovations by local companies to cure Australia's fossil fuel addiction.

Two companies awarded grants under the Renewable Energy Development Initiative (REDI) have developed a no-emissions alternative for base-load generation. Geodynamics received $5 million grant to help develop its geothermal electricity plant near Innamincka in the north of South Australia. Scope Energy, another betting its future on geothermal energy, received $3.9 million grant to aid development. Its principal, Roger Massey-Greene, says the grant will help finance a drilling program of 500-metre deep holes to prove up its resource. Scope plans to open a 50-megawatt plant, but Mr Massey-Greene says he hopes to see this expand to 1000 MW in the longer term.

Scope has a geographic advantage, he believes. Its site is near Millicent, in the south-east of South Australia, meaning it is close to transmission lines and the population centres of Melbourne and Adelaide. "We expect the cost to be very competitive with combined-cycle gas power plants," Mr Massey-Greene said.

Scope's geothermal technology will tap hot water heated deep in the earth and run it through a heat exchanger to generate electricity. Mr Massey-Greene likens this process to a "fridge operating in reverse".

Geodynamics' system will pump water through hot rocks and use the resulting steam to generate power. Scope's wells will be as deep as 4.5 kilometres. The technology that Scope is planning has been in use at a plant in Italy that has operated for 101 years, Mr Massey-Greene said.

Stage one of the plant is expected to cost $4 million per megawatt to construct, compared with about $750,000 for a combined-cycle gas plant. "But we have no fuel costs," Mr Massey-Greene said. Geothermal plants run at an output of about 98 per cent of rated capacity. Mr Massey-Green believes geothermal power has a great future. In New Zealand it provides 7 per cent of power needs and this could rise to as much as 15 per cent. Some in the market believe that Scope will float in the first half of 2006.

Melbourne-based Katrix will use its $811,000 Renewable Energy Development Initiative grant to further develop its new fluid expander that may enable solar energy to be harnessed for electricity. Founder Attilio Demichelli says the expander, which does the job of a turbine, will allow solar thermal energy to be adapted for small-scale use far more cheaply than photovoltaic systems.

Katrix is developing units in which solar energy will heat refrigeration fluid that will run through an expander linked to a generator to produce power. The expander is cheaper than a miniature turbine to build and has a number of advantages, including its ability to take gas or steam at 22 atmospheres (twenty two times atmospheric pressure) back to one atmosphere in one step.

Katrix projects that in the Californian market — once government solar energy grants are factored in — its system will return its cost to consumers in two to three years, compared with 15 years for photovoltaic systems. Mr Demichelli, a private investor, and inventor Yannis Tropalis have invested over $3 million in the technology in three years.

Another REDI grant, of $290,000, has gone to V-Fuel, which is developing a vanadium bromide redox battery. The funding will help develop a prototype of a battery that its promoters hope will be efficient enough to use to store power from renewable energy plants. Efficient storage would enable technologies such as wind power and solar energy to get over a bugbear — unpredictability, because no one knows when the sun will shine or the wind will blow.

V-Fuel principal Michael Kazacos says the grant is crucial to the company, which has raised only $400,000 up to now. V-Fuel has developed a five-kilowatt battery but is aiming to produce a 50-kilowatt prototype. That, he says, will cost $1 million, and further funding is being sought from another federal grant scheme.

"There is a lot of interest in Europe," Mr Kazacos said. "We have had offers of collaboration from there." The battery was 85 per cent efficient, he said, and "we are aiming at having a $200-per-kilowatt production cost". The vanadium bromide process was developed at the University of NSW by Professor Maria Skyllas-Kazacos, who is a principal of V-Fuel.


according to Origin - Sliver Cells are "long, ultra thin, quite flexible & perfectly bifacial"

Origin Energy received a $5 million grant to aid development of its facilities for manufacturing solar energy cells using photovoltaic sliver technology. The technology aims to cut the cost of solar energy cells by reducing silicon usage by up to 90 per cent. Sliver cells are micromachined to less than 70 microns thick with solar cell efficiency running at over 19%. Silicon is the most expensive part of a solar energy cell. Origin Energy says it costs $11,000 to fit a house with a one-kilowatt unit. This would take 20 years or more to pay itself off. However, as energy prices rise and production costs fall, this payback time will be cut. Origin Energy also owns a 19% stake in Geodynamics and offers Green Earth electricity from 100% renewable sources to Australian electricity consumers. For more green energy in Australia see the government Green Power website.

Geothermal Energy: Hot Dry Rock

Article in The Age on Australian Alternative Energy Grants

Australia: Alternative Energy Grants

Geothermal Plant

From geothermal power to better batteries, millions have been spent on alternative energy research grants in Australia, according to Rod Myer writing for The Age of Australia.

The AUD $23 million (approximately $17 million) spent by the Australian Federal Government under the first tranche of its $100 million (US $73m) pledge to aid the alternative energy sector has highlighted innovations by local companies to cure Australia's fossil fuel addiction.

Two companies awarded grants under the Renewable Energy Development Initiative (REDI) have developed a no-emissions alternative for base-load generation. Geodynamics received $5 million grant to help develop its geothermal electricity plant near Innamincka in the north of South Australia. Scope Energy, another betting its future on geothermal energy, received $3.9 million grant to aid development. Its principal, Roger Massey-Greene, says the grant will help finance a drilling program of 500-metre deep holes to prove up its resource. Scope plans to open a 50-megawatt plant, but Mr Massey-Greene says he hopes to see this expand to 1000 MW in the longer term.

Scope has a geographic advantage, he believes. Its site is near Millicent, in the south-east of South Australia, meaning it is close to transmission lines and the population centres of Melbourne and Adelaide. "We expect the cost to be very competitive with combined-cycle gas power plants," Mr Massey-Greene said.

Scope's geothermal technology will tap hot water heated deep in the earth and run it through a heat exchanger to generate electricity. Mr Massey-Greene likens this process to a "fridge operating in reverse".

Geodynamics' system will pump water through hot rocks and use the resulting steam to generate power. Scope's wells will be as deep as 4.5 kilometres. The technology that Scope is planning has been in use at a plant in Italy that has operated for 101 years, Mr Massey-Greene said.

Stage one of the plant is expected to cost $4 million per megawatt to construct, compared with about $750,000 for a combined-cycle gas plant. "But we have no fuel costs," Mr Massey-Greene said. Geothermal plants run at an output of about 98 per cent of rated capacity. Mr Massey-Green believes geothermal power has a great future. In New Zealand it provides 7 per cent of power needs and this could rise to as much as 15 per cent. Some in the market believe that Scope will float in the first half of 2006.

Melbourne-based Katrix will use its $811,000 Renewable Energy Development Initiative grant to further develop its new fluid expander that may enable solar energy to be harnessed for electricity. Founder Attilio Demichelli says the expander, which does the job of a turbine, will allow solar thermal energy to be adapted for small-scale use far more cheaply than photovoltaic systems.

Katrix is developing units in which solar energy will heat refrigeration fluid that will run through an expander linked to a generator to produce power. The expander is cheaper than a miniature turbine to build and has a number of advantages, including its ability to take gas or steam at 22 atmospheres (twenty two times atmospheric pressure) back to one atmosphere in one step.

Katrix projects that in the Californian market — once government solar energy grants are factored in — its system will return its cost to consumers in two to three years, compared with 15 years for photovoltaic systems. Mr Demichelli, a private investor, and inventor Yannis Tropalis have invested over $3 million in the technology in three years.

Another REDI grant, of $290,000, has gone to V-Fuel, which is developing a vanadium bromide redox battery. The funding will help develop a prototype of a battery that its promoters hope will be efficient enough to use to store power from renewable energy plants. Efficient storage would enable technologies such as wind power and solar energy to get over a bugbear — unpredictability, because no one knows when the sun will shine or the wind will blow.

V-Fuel principal Michael Kazacos says the grant is crucial to the company, which has raised only $400,000 up to now. V-Fuel has developed a five-kilowatt battery but is aiming to produce a 50-kilowatt prototype. That, he says, will cost $1 million, and further funding is being sought from another federal grant scheme.

"There is a lot of interest in Europe," Mr Kazacos said. "We have had offers of collaboration from there." The battery was 85 per cent efficient, he said, and "we are aiming at having a $200-per-kilowatt production cost". The vanadium bromide process was developed at the University of NSW by Professor Maria Skyllas-Kazacos, who is a principal of V-Fuel.


according to Origin - Sliver Cells are "long, ultra thin, quite flexible & perfectly bifacial"

Origin Energy received a $5 million grant to aid development of its facilities for manufacturing solar energy cells using photovoltaic sliver technology. The technology aims to cut the cost of solar energy cells by reducing silicon usage by up to 90 per cent. Sliver cells are micromachined to less than 70 microns thick with solar cell efficiency running at over 19%. Silicon is the most expensive part of a solar energy cell. Origin Energy says it costs $11,000 to fit a house with a one-kilowatt unit. This would take 20 years or more to pay itself off. However, as energy prices rise and production costs fall, this payback time will be cut. Origin Energy also owns a 19% stake in Geodynamics and offers Green Earth electricity from 100% renewable sources to Australian electricity consumers. For more green energy in Australia see the government Green Power website.

Geothermal Energy: Hot Dry Rock

Article in The Age on Australian Alternative Energy Grants

Alternative Energy Hungary: First Windfarm in Hungary

Kaposvar

Austrian company Öko-Energia GmbH is to invest Ft60 billion ($284.6 million) in establishing the first wind farm in Hungary, in the south Rábaköz region, 150km west of Budapest. Forty-eight wind turbines will be built, at a price of between Ft500-800m ($2.37-3.79m) and producing 2,000 kilowatts per hour.

Although the company has yet to sign any agreements with the landowners, according to Lajos Takács, the mayor of Dénesfa, this won't hinder the project. "I am sure the company will be able to come to an agreement with the property owners," Takács said.

Budapest Sun Article on Hungary's First Windfarm

Alternative Energy Hungary: First Windfarm in Hungary

Kaposvar

Austrian company Öko-Energia GmbH is to invest Ft60 billion ($284.6 million) in establishing the first wind farm in Hungary, in the south Rábaköz region, 150km west of Budapest. Forty-eight wind turbines will be built, at a price of between Ft500-800m ($2.37-3.79m) and producing 2,000 kilowatts per hour.

Although the company has yet to sign any agreements with the landowners, according to Lajos Takács, the mayor of Dénesfa, this won't hinder the project. "I am sure the company will be able to come to an agreement with the property owners," Takács said.

Budapest Sun Article on Hungary's First Windfarm

Alternative Energy in Central America

Managua, Nicaragua

Cancún, Mexico - With the signing of an energy partnership with Mexico, Central America is poised to see a steady supply of oil and natural gas from its northern neighbor.

Mexico's focus on hydrocarbons was clear in the plan, drafted by Mexican officials, which ranked development of alternative energy as only the seventh out of eight priorities for the region.

"Petroleum is an addiction; it's like a drug," Costa Rican President Abel Pacheco retorted during the meeting. "We have to understand that it's not going to be available forever."

Costa Rica has led the region in alternative energy, with 90 percent of its electricity from hydroelectric, geothermal and wind-powered generators, according to Carlos Manuel Rodriguez, Costa Rica's energy and environment minister.

Nicaragua and El Salvador have also been investing in alternative energy projects. El Salvador gets 50 percent of its energy from renewable energy sources, according to Ismael Sánchez, a professor of energy sciences at the Universidad Centroamericana Jose Simeon Cañas in El Salvador.

Alternative Energy in Central America

Managua, Nicaragua

Cancún, Mexico - With the signing of an energy partnership with Mexico, Central America is poised to see a steady supply of oil and natural gas from its northern neighbor.

Mexico's focus on hydrocarbons was clear in the plan, drafted by Mexican officials, which ranked development of alternative energy as only the seventh out of eight priorities for the region.

"Petroleum is an addiction; it's like a drug," Costa Rican President Abel Pacheco retorted during the meeting. "We have to understand that it's not going to be available forever."

Costa Rica has led the region in alternative energy, with 90 percent of its electricity from hydroelectric, geothermal and wind-powered generators, according to Carlos Manuel Rodriguez, Costa Rica's energy and environment minister.

Nicaragua and El Salvador have also been investing in alternative energy projects. El Salvador gets 50 percent of its energy from renewable energy sources, according to Ismael Sánchez, a professor of energy sciences at the Universidad Centroamericana Jose Simeon Cañas in El Salvador.

Michael Yon, one of my favorite bloggers in Iraq, has a contemplative post with lots of bird pictures he's taken in the last year. These include White-cheeked Bulbuls, Mesopotamian Crow and Spur-winged and White-tailed Plovers. I'm always pleased when I find someone, especially a soldier or former soldier in Michael's case, is interested in birds. It is an indicator to me of a person who can get outside of their immediate personal concerns. I guess it reminds me of the archetypal gentleman soldiers, renaissance men like the some of the British soldiers in the Mesopotamian campaign who compiled their observations of birds, mammals, plants and archeology into reports published by the Bombay Natural History Society. Or General Sir Alan Brooke, Chief of the Imperial General staff, enjoying a short walk watching goldfinch and stonechats on the eve of the Normandy invasion. I'm not sure if its coincidence or not but many of these multidimensional characters that I've met have been Marines. I'm not sure if there is something about the Marines that draws the soldier-scholar. Several I have met have been incredible students of history and culture and impressive intellectuals.

On another note I bought a copy of A Systematic List of the Vertebrates of Iraq by Mahdi and Georg (1969). There are 385 species of birds listed. Its a start to a comprehensive Iraq list. Avibase lists 416 species. It will probably be a few years before there is an Iraq Rare Records Committee and an official Iraq list.

Pure

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Singapore Skyline

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