[News] from [guardian.co.uk]
[Environment > Carbon capture and storagre (CCS)]
Carbon capture storage will 'generate 100,000 jobs and £6.5bn a year'
Ed Miliband unveils strategy to encourage growth of unproven technology for next generation of coal-fired power stations
Press Association
guardian.co.uk, Wednesday 17 March 2010 10.56 GMT Article history
{{The Black Pump power plant in Germany which captures the greenhouse gases produced when fossil fuels are combusted.}
{Photograph}: Michael Urban/AFP/Getty Images}
The UK's carbon capture and storage (CCS) sector will be able to sustain 100,000 jobs by 2030 and generate up to £6.5bn a year, the government claimed today.
Unveiling a new strategy to encourage the growth of CCS, the energy and climate change secretary, Ed Miliband, said it represents a "massive industrial growth opportunity".
The government also announced that Yorkshire and Humber had been chosen as the UK's first low-carbon economic area for CCS.
The region has been chosen because it combines the UK's largest cluster of industrial CO2 emitters, academic expertise and proximity to potential storage sites.
Yorkshire and Humber is well placed to benefit from jobs and investment that expansion in the CO2 storage industry will bring, Miliband said.
Announcing the new plan, the he said: "CCS presents a massive growth opportunity for the UK. We have a strong, established and skilled workforce in precisely the sectors needed to get CCS deployed at scale. And we have some of the best potential sites in Europe for CO2 storage under the North Sea."
Miliband added: "For the UK economy as a whole these benefits could be worth up to £6.5bn a year, sustaining jobs for up to 100,000 people, by 2030."
The launch of the strategy comes after two power companies were awarded funding last week to develop designs for power plants with CCS technology.
E.ON and Scottish Power are competing for government backing to build the UK's first CCS coal-fired power plant at either Kingsnorth, Kent or Longannet, Clackmannanshire, Scotland. The undisclosed amount of funding for each company, which is drawn from a £90m pot, will support detailed engineering and design work for the projects over the next 12 months.
After that, the government will announce the winner of the competition. Climate activists have predicted the Longannet site will become the "new Kingsnorth" if it goes ahead, a reference reference to E.ON's controversial coal-fired plant in Kent that sparked battles between protesters and police before E.ON finally shelved it.
The Department of Energy and Climate Change (Decc) has said four coal-fired power stations which demonstrate commercial-scale CCS on a section of the plant will be built, including the winner of the competition.
The development of the CCS plants will potentially be funded by a fossil fuel levy on energy companies.
The government has pledged no new coal-fired power stations will get the go-ahead without the technology, which could potentially reduce emissions by up to 90%.
But climate campaigners are concerned the scheme permits construction of coal-power stations which have the technology on only part of the plant, while the rest will continue to pollute.
[Environment > Wave, tidal and hydropower]
Ten sites named in £4bn UK marine energy project
Crown estate and Scottish government name 10 wave and tide power installations around Orkney islands and Pentland Firth
Severin Carrell, Scotland correspondent
guardian.co.uk, Tuesday 16 March 2010 18.06 GMT Article history
{{An aerial view of the world’s first wave-power plant, Portugal, similar to plans being considered in Scotland.}
{Photograph}: Joao Abreu Miranda}
The heavy Atlantic swell and some of the world's strongest tides are to be harnessed by a breakthrough scheme to generate clean marine energy off northern Scotland, with predictions it will rival the output of a nuclear power station.
The crown estate and Scottish government today unveiled a £4bn project to build 10 wave and tidal power sites around the Orkney islands and the Pentland Firth, with the potential to power up to 750,000 homes.
The devices deployed will include the Pelamis "sea snake", which uses the undulations of the sea surface to generate power, and the SeaGen tidal machine, which looks like an underwater wind turbine. In total, the machines will be able to produce up to 1.2GW of "green" energy, more than Dungeness B nuclear station in Kent.
The crown estate, which owns all the UK's seabed out to 12 nautical miles, said these projects were the world's first commercial wave and tidal power schemes. It is expected to announce new marine power sites in other parts of the UK later this year.
Alex Salmond, Scotland's first minister, said the announcement confirmed his prediction that the Pentland Firth region – where the north-east Atlantic meets the North Sea – would become the "Saudi Arabia" of marine energy.
The narrow sea channel has some of the most powerful currents and tidal surges in the world, with speeds up to 16 knots or 19mph recorded. The area also experiences some of the biggest waves in the UK.
Crown estate officials and the developers accepted these often dangerous waters posed significant engineering and safety challenges for the firms involved.
Salmond said some estimates suggested the waters could release up to 60GW of power – 10 times Scotland's annual electricity usage. Other studies suggest one-third of the UK's total electricity needs could be met by tidal power alone.
"This is a huge milestone on the way to making that dream a reality," Salmond said. "Today marks a major milestone in the global journey towards a low carbon future, with the commercial-scale deployment of marine renewables set to power our economies and help safeguard the planet for generations to come."
The schemes are expected to cost £4bn to install, and will require up to £1bn of extra investment – from public sources – to build new national grid connections, harbours and other infrastructure in Orkney and Caithness.
The 10 projects, several of which have already had investment from a £22m UK government marine energy fund, are evenly divided between wave and tidal power stations, with each type generating up to 600MW. The projects are being shared by three of the UK's largest power firms, E.ON, Scottish and Southern Energy (SSE), which already operates the UK's largest hydro schemes, and Scottish Power Renewables, a heavy investor in windfarms.
In most cases, the utility companies have formed joint ventures with four of the UK's leading marine energy firms, covering small areas of sea with up to 200 machines. They use a variety of techniques to capture the energy of the ocean.
Edinburgh-based company Pelamis Wave Power, whose sea-snake device is now being tested off the coast of Portugal, will have its own 50MW site in the Pentland Firth and share three other sites with SSE and Scottish Power on the west coast of Orkney's main island. Its new devices will each be 180 metres long and generate 750kW of electricity.
Also to use wave power is a more powerful version of Aquamarine's existing Oyster machine, in which a lever hinged at the ocean floor is pushed back and forth. It will be used for a 200MW station with SSE Renewables, and its 200 new 1MW machines are expected to start producing power by 2015.
OpenHydro, a large underwater turbine resembling a jet engine and bolted to the sea floor, is built by Cantick Head Tidal and will harness the firth's fierce tides at a 200MW site south of Orkney.
Another tidal machine, SeaGen, features two underwater propellers attached to a tall column anchored to the seabed. It will be installed by Marine Current Turbines off Orkney and at a 100MW site north-west of John O'Groats. SeaGen is currently on test at the "narrows" leading into Strangford Lough from the Irish Sea.
The marine announcement follows last month's confirmation that £75bn will be spent developing a much larger amount of offshore wind power – at least 25GW – at nine sites around the British Isles, including two off Scotland.
The several government projects are intended to increase the UK's renewable energy output, in a bid to cut the emissions of carbon dioxide from fossil fuel power stations and to increase the country's energy security, as North Sea oil and gas declines.
Orkney islands' council is now planning to invest more than £20m to upgrade its harbours and port facilities to cope with the huge influx in industrial equipment, ships and workers involved in these projects, which will industrialise large areas of the coastline.
The islands are widely admired for their tranquillity and scenery but Stephen Hagan, the council's leader, said he believed most residents were keen to see the investment.
With other island councils in Scotland facing huge local unrest over plans for major onshore windfarms, he does not expect significant opposition on environmental grounds.
"I do genuinely think that people in Orkney feel that we have to get the balance right between the long term sustainability of the place and the environment. I think they see the development of marine renewables as a much better option than onshore wind," he said.
[Environment > Carbon capture and storagre (CCS)]
Carbon capture storage will 'generate 100,000 jobs and £6.5bn a year'
Ed Miliband unveils strategy to encourage growth of unproven technology for next generation of coal-fired power stations
Press Association
guardian.co.uk, Wednesday 17 March 2010 10.56 GMT Article history
{{The Black Pump power plant in Germany which captures the greenhouse gases produced when fossil fuels are combusted.}
{Photograph}: Michael Urban/AFP/Getty Images}
The UK's carbon capture and storage (CCS) sector will be able to sustain 100,000 jobs by 2030 and generate up to £6.5bn a year, the government claimed today.
Unveiling a new strategy to encourage the growth of CCS, the energy and climate change secretary, Ed Miliband, said it represents a "massive industrial growth opportunity".
The government also announced that Yorkshire and Humber had been chosen as the UK's first low-carbon economic area for CCS.
The region has been chosen because it combines the UK's largest cluster of industrial CO2 emitters, academic expertise and proximity to potential storage sites.
Yorkshire and Humber is well placed to benefit from jobs and investment that expansion in the CO2 storage industry will bring, Miliband said.
Announcing the new plan, the he said: "CCS presents a massive growth opportunity for the UK. We have a strong, established and skilled workforce in precisely the sectors needed to get CCS deployed at scale. And we have some of the best potential sites in Europe for CO2 storage under the North Sea."
Miliband added: "For the UK economy as a whole these benefits could be worth up to £6.5bn a year, sustaining jobs for up to 100,000 people, by 2030."
The launch of the strategy comes after two power companies were awarded funding last week to develop designs for power plants with CCS technology.
E.ON and Scottish Power are competing for government backing to build the UK's first CCS coal-fired power plant at either Kingsnorth, Kent or Longannet, Clackmannanshire, Scotland. The undisclosed amount of funding for each company, which is drawn from a £90m pot, will support detailed engineering and design work for the projects over the next 12 months.
After that, the government will announce the winner of the competition. Climate activists have predicted the Longannet site will become the "new Kingsnorth" if it goes ahead, a reference reference to E.ON's controversial coal-fired plant in Kent that sparked battles between protesters and police before E.ON finally shelved it.
The Department of Energy and Climate Change (Decc) has said four coal-fired power stations which demonstrate commercial-scale CCS on a section of the plant will be built, including the winner of the competition.
The development of the CCS plants will potentially be funded by a fossil fuel levy on energy companies.
The government has pledged no new coal-fired power stations will get the go-ahead without the technology, which could potentially reduce emissions by up to 90%.
But climate campaigners are concerned the scheme permits construction of coal-power stations which have the technology on only part of the plant, while the rest will continue to pollute.
[Environment > Wave, tidal and hydropower]
Ten sites named in £4bn UK marine energy project
Crown estate and Scottish government name 10 wave and tide power installations around Orkney islands and Pentland Firth
Severin Carrell, Scotland correspondent
guardian.co.uk, Tuesday 16 March 2010 18.06 GMT Article history
{{An aerial view of the world’s first wave-power plant, Portugal, similar to plans being considered in Scotland.}
{Photograph}: Joao Abreu Miranda}
The heavy Atlantic swell and some of the world's strongest tides are to be harnessed by a breakthrough scheme to generate clean marine energy off northern Scotland, with predictions it will rival the output of a nuclear power station.
The crown estate and Scottish government today unveiled a £4bn project to build 10 wave and tidal power sites around the Orkney islands and the Pentland Firth, with the potential to power up to 750,000 homes.
The devices deployed will include the Pelamis "sea snake", which uses the undulations of the sea surface to generate power, and the SeaGen tidal machine, which looks like an underwater wind turbine. In total, the machines will be able to produce up to 1.2GW of "green" energy, more than Dungeness B nuclear station in Kent.
The crown estate, which owns all the UK's seabed out to 12 nautical miles, said these projects were the world's first commercial wave and tidal power schemes. It is expected to announce new marine power sites in other parts of the UK later this year.
Alex Salmond, Scotland's first minister, said the announcement confirmed his prediction that the Pentland Firth region – where the north-east Atlantic meets the North Sea – would become the "Saudi Arabia" of marine energy.
The narrow sea channel has some of the most powerful currents and tidal surges in the world, with speeds up to 16 knots or 19mph recorded. The area also experiences some of the biggest waves in the UK.
Crown estate officials and the developers accepted these often dangerous waters posed significant engineering and safety challenges for the firms involved.
Salmond said some estimates suggested the waters could release up to 60GW of power – 10 times Scotland's annual electricity usage. Other studies suggest one-third of the UK's total electricity needs could be met by tidal power alone.
"This is a huge milestone on the way to making that dream a reality," Salmond said. "Today marks a major milestone in the global journey towards a low carbon future, with the commercial-scale deployment of marine renewables set to power our economies and help safeguard the planet for generations to come."
The schemes are expected to cost £4bn to install, and will require up to £1bn of extra investment – from public sources – to build new national grid connections, harbours and other infrastructure in Orkney and Caithness.
The 10 projects, several of which have already had investment from a £22m UK government marine energy fund, are evenly divided between wave and tidal power stations, with each type generating up to 600MW. The projects are being shared by three of the UK's largest power firms, E.ON, Scottish and Southern Energy (SSE), which already operates the UK's largest hydro schemes, and Scottish Power Renewables, a heavy investor in windfarms.
In most cases, the utility companies have formed joint ventures with four of the UK's leading marine energy firms, covering small areas of sea with up to 200 machines. They use a variety of techniques to capture the energy of the ocean.
Edinburgh-based company Pelamis Wave Power, whose sea-snake device is now being tested off the coast of Portugal, will have its own 50MW site in the Pentland Firth and share three other sites with SSE and Scottish Power on the west coast of Orkney's main island. Its new devices will each be 180 metres long and generate 750kW of electricity.
Also to use wave power is a more powerful version of Aquamarine's existing Oyster machine, in which a lever hinged at the ocean floor is pushed back and forth. It will be used for a 200MW station with SSE Renewables, and its 200 new 1MW machines are expected to start producing power by 2015.
OpenHydro, a large underwater turbine resembling a jet engine and bolted to the sea floor, is built by Cantick Head Tidal and will harness the firth's fierce tides at a 200MW site south of Orkney.
Another tidal machine, SeaGen, features two underwater propellers attached to a tall column anchored to the seabed. It will be installed by Marine Current Turbines off Orkney and at a 100MW site north-west of John O'Groats. SeaGen is currently on test at the "narrows" leading into Strangford Lough from the Irish Sea.
The marine announcement follows last month's confirmation that £75bn will be spent developing a much larger amount of offshore wind power – at least 25GW – at nine sites around the British Isles, including two off Scotland.
The several government projects are intended to increase the UK's renewable energy output, in a bid to cut the emissions of carbon dioxide from fossil fuel power stations and to increase the country's energy security, as North Sea oil and gas declines.
Orkney islands' council is now planning to invest more than £20m to upgrade its harbours and port facilities to cope with the huge influx in industrial equipment, ships and workers involved in these projects, which will industrialise large areas of the coastline.
The islands are widely admired for their tranquillity and scenery but Stephen Hagan, the council's leader, said he believed most residents were keen to see the investment.
With other island councils in Scotland facing huge local unrest over plans for major onshore windfarms, he does not expect significant opposition on environmental grounds.
"I do genuinely think that people in Orkney feel that we have to get the balance right between the long term sustainability of the place and the environment. I think they see the development of marine renewables as a much better option than onshore wind," he said.