Wind power station planned in place of nuclear plant in Wakayama town

WAKAYAMA — A company partially financed by Tokyo Electric Power Co. (TEPCO) is planning to build a wind power station in the Wakayama Prefecture town of Hidaka, which has abandoned plans to host a nuclear power plant, it has been learned.

The town is likely to accept the wind power project, with Mayor Yoshio Naka earlier having declared: “The age of nuclear power stations is over.”

If the company receives local approval, it will apply to the Wakayama Prefectural Government and other relevant bodies to begin developing the town’s Oura district, aiming to launch commercial operation of the power station in 2014. In addition, as a countermeasure against a tsunami that experts predict is highly likely to occur soon in the earthquake-prone Tokai, Tonankai, or Nankai regions, the company will use soil left over from construction to prepare land for temporary housing, and the town will also build a heliport in the area.

The project is being promoted by Tokyo-based Eurus Energy Holdings Corp., the biggest wind farm company in Japan, which is financed by TEPCO and Toyota Tsusho Corp. It plans to build seven wind turbines with a generating capacity of 2,000-2,300 kilowatts in an elevated mountain area, and sell the electricity it produces to Kansai Electric Power Co. The power station will be able to supply electricity for 8,500 to 10,000 homes.

In 1967, the mayor of Hidaka unveiled proposals for the construction of a nuclear power plant. Ahead of the construction work, Kansai Electric Power Co. in 1988 presented the local fisheries cooperative with about 700 million yen. However, divisions over the plans erupted among relatives in the cooperative, and the conflict even spread to wedding ceremonies, funerals, and boat-launching ceremonies. In the 1990s, a mayor opposed to the project was elected, and Naka, who continued that line from 2002, approached Kansai Electric Power Co. soon after assuming office seeking a halt to the project.

In 2005 the government lifted designation of the area as an important site for the development of nuclear power, and the Oura district and the southern Ao district are currently designated as prefectural nature parks.

It is predicted that a powerful Tokai, Tonankai or Nankai region earthquake could bring a tsunami more than 4 meters in height into the area in 30 minutes. After the Great East Japan Earthquake in March 2011, the town was pressured to revise its disaster prevention plans to envisage a magnitude 9-level earthquake, and in line with the establishment of a wind power station, disaster prevention measures are being promoted in the town. Using soil left over from the construction of wind turbines, an area of land measuring about 5,000 square meters will be prepared to make room for a shelter and temporary housing for about 80 households. To secure water in the event of an earthquake, valves allowing the distribution of water to be halted will be placed on water tanks in the district, and new tanks to supply water to temporary housing units will be set up.

Source: http://mdn.mainichi.jp/mdnnews/news/20120131p2a00m0na005000c.html

Oil & Gas Africa Conference offers opportunity previews

The Oil & Gas Africa Conference takes place on 14 March 2012 at the Cape Town International Convention Centre with a programme of both local and international speakers, all specialists in the oil and gas industry. Conference topics will revolve around the theme, ‘Outlook for sub-Saharan Africa and new opportunities’.
Namibia is attracting the most attention from the oil industry. Last year, prospectors discovered an estimated 11 billion barrels of oil reserves around the country’s southern coast. More recently, American and Italian exploration companies have found a natural gas deposit equivalent to over four billion barrels of oil off the coast of Mozambique, which is now being described as the world’s newest ‘petro-state’. Over the past 20 years in Africa, new oil field discoveries have increased by over 25% and gas field discoveries by over 100%.
Karev on global trends
Adi Karev, the global leader of the oil & gas practice for Deloitte Touche Tohmatsu, is optimistic about the outlook for the oil and gas sector in the region. “The responsible exploitation of oil could be a game changer for sub-Saharan Africa,” says Karev. “But for this to be a success, there needs to be a significant and ‘mature’ buy-in from the region’s governing elite.” Karev is one of the conference speakers and will be addressing delegates on global trends. Karev points to a number of opportunities to exploit the massive potential, such as joint ventures and partnerships, particularly for South Africa. “Africa is risky, both geographically and politically, so joint ventures are a way to manage the risks.” By 2035, China will be responsible for most of the 36% increase in global energy demand, according to the International Energy Agency. This brings opportunities for South Africa. “South Africa can bring execution to projects, most notably from energy giant Sasol. There is also potential for ventures with South Africa’s national oil company, PetroSA,” he adds.
Sub-Saharan opportunities
Anton Botes, Karev’s colleague at Deloitte, supports his views. Addressing delegates at Deloitte’s Energy and Resources Predictions 2012 briefing, he noted that Cape Town has already emerged as a services hub. “There is also potential for other South African ports, as well as Namibia’s Walvis Bay, to more fully exploit the services opportunities that will arise from the ongoing expansion of oil exploration and production activities off the coast of West Africa.
“Oil companies make use of specialist suppliers to provide technology, maintenance, engineering, parts and logistical services. We believe that over the next 5-10 years, there will be tremendous growth in the area of oilfield services as a sub-industry, servicing the huge amount of activity up the west coast of Africa.”
Botes will be addressing delegates on the outlook for sub-Saharan Africa.
Conference topics
“Africa’s rich oil ?elds and the prospects of more discoveries have transformed the continent into an important player,” says John Victor, a director of Fair Consultants SA, organisers of the conference. “The region is a key target for global oil production and resource extraction. The new oil and gas discoveries off the east and west coasts of southern Africa are focusing world attention here and now. This exhibition and conference is now one of the most important events in the oil and gas business.”

  • South African and African licensing developments
  • Developing South African-African supply hub capabilities
  • Merits of other African supply hub and repair options
  • Opportunities in West and Central Africa
  • Opportunities in Southern and East Africa, including Mozambique, presented by Nick de Blocq, business development manager East & Southern Africa: Schlumberger
  • Leveraging the latest South African business incentives: NIPP

The Oil & Gas Africa conference is aimed at senior technical decision makers who seek information about bettering their operations, industry leaders and specialists, contractors and many more. For more information, go to www.fairconsultants.com.

Renewable energy projects get green light

The Executive Council recently approved a number of projects that support the UAE’s global role as an energy provider.

The Shams solar power plant is scheduled to be operational by August and will contribute 100 megawatts to the Abu Dhabi power grid.  Approval has also been given for the construction of the Sir Baniyas wind farm.

Both of these projects will help to support the government’s vision of having 7 per cent of its energy needs supplied by renewable energy.

The Shams solar power station will be constructed approximately 120km southwest of Abu Dhabi and 6km from Madinat Zayed on the road from Tareef to Liwa Oasis.

The first phase of Shams 1 will have a capacity of 100MW, which makes it among the largest parabolic trough power stations in the world.

Shams 1 is expected to be commissioned this year to be followed by Shams 2 and Shams 3 stations.

Shams 1 will displace 175,000 tonnes of CO2 per year and its power output will be enough to power about 20,000 homes.

The station will consist of 258,048 parabolic trough mirrors, 192 solar collector assembly loops with eight solar collector assemblies per loop, 768 solar collector assembly units, and 27,648 absorber pipes. It covers an area of 2.5 square kilometres.

The project is developed by the Shams Power Company, a special purpose vehicle of Abu Dhabi Future Energy Company (Masdar) in cooperation with Abengoa Solar and France’s Total.

‘Important milestone’

Masdar has 60 per cent stake in the project while Abengoa Solar and Total have 20 per cent each. The power station will be developed under a 25-year build, own and operate contract. The construction cost of Shams 1 is about $600 million (Dh2.2 billion).

The project is financed by 10 regional and international lenders including BNP Paribas, the National Bank of Abu Dhabi and Societe Generale.

Sultan Al Jaber, CEO of Masdar, earlier said: “The launch of the Shams 1 marks a very important milestone for Masdar and for Abu Dhabi. “I am very proud of the announcement we are making… because this project, which will be the first utility scale, commercial solar power project in the UAE, represents the translation into reality of the vision the Abu Dhabi leadership had for renewable energy in the Emirate.”

‘Ambitious project’

“In addition, Shams 1 will allow Masdar to transfer to Abu Dhabi the know-how and expertise we have gained from our involvement in developing world-class renewable energy projects abroad, thus not only opening the door for renewable energy projects in the UAE but also for technology transfer, contributing toward the development of a knowledge-based economy and new job opportunities through the specialisations required to manage and operate the plant,” Al Jaber said.

“By participating in this ambitious project alongside Masdar and Abengoa Solar, Total develops its solar energy assets, enriches its portfolio of expertise with this first step in concentrated solar technology, and reaffirms its unique partnership with Abu Dhabi,” Philippe Boisseau, President, Total Gas and Power said in a previous statement.

He further said: “We are pleased to be partnered with Abu Dhabi, a country we have been working with for more than 70 years, in its pursuit of energy diversification.”

Source: http://gulfnews.com/news/gulf/uae/government/renewable-energy-projects-get-green-light-1.973142

 

The oil and gas industry has its own F-word

A different kind of F-word is stirring a linguistic and political debate as controversial as what it defines.

The word is “fracking” — as in hydraulic fracturing, a technique long used by the oil and gas industry to free oil and gas from rock.

It’s not in the dictionary, the industry hates it, and President Barack Obama didn’t use it in his State of the Union speech — even as he praised federal subsidies for it.

The word sounds nasty, and environmental advocates have been able to use it to generate opposition — and revulsion — to what they say is a nasty process that threatens water supplies.

“It obviously calls to mind other less socially polite terms, and folks have been able to take advantage of that,” said Kate Sinding, a senior attorney at the Natural Resources Defense Council who works on drilling issues.

One of the chants at an anti-drilling rally in Albany earlier this month was “No fracking way!”

Industry executives argue that the word is deliberately misspelled by environmental activists and that it has become a slur that should not be used by media outlets that strive for objectivity.

“It’s a co-opted word and a co-opted spelling used to make it look as offensive as people can try to make it look,” said Michael Kehs, vice president for Strategic Affairs at

Chesapeake Energy, the nation’s second-largest natural gas producer.

To the surviving humans of the sci-fi TV series “Battlestar Galactica,” it has nothing to do with oil and gas. It is used as a substitute for the vulgar curse word.

Michael Weiss, a professor of linguistics at Cornell University, says the word originated as simple industry jargon, but has taken on a negative meaning over time — much like the word “silly” once meant “holy.”

But “frack” also happens to sound like “smack” and “whack,” with more violent connotations.

“When you hear the word ‘fracking,’ what lights up your brain is the profanity,” says Deborah Mitchell, who teaches marketing at the University of Wisconsin’s School of Business. “Negative things come to mind.”

Obama did not use the word in his State of the Union address Tuesday, when he said his administration will help ensure natural gas will be developed safely, suggesting it would support 600,000 jobs by the end of the decade.

In hydraulic fracturing, millions of gallons of water, sand and chemicals are pumped into wells to break up underground rock formations and create escape routes for the oil and gas.

In recent years, the industry has learned to combine the practice with the ability to drill horizontally into beds of shale, layers of fine-grained rock that in some cases have trapped ancient organic matter that has cooked into oil and gas.

By doing so, drillers have unlocked natural gas deposits across the East, South and Midwest that are large enough to supply the U.S. for decades. Natural gas prices have dipped to decade-low levels, reducing customer bills and prompting manufacturers who depend on the fuel to expand operations in the U.S.

Environmentalists worry that the fluid could leak into water supplies from cracked casings in wells. They are also concerned that wastewater from the process could contaminate water supplies if not properly treated or disposed of. And they worry the method allows too much methane, the main component of natural gas and an extraordinarily potent greenhouse gas, to escape.

Some want to ban the practice altogether, while others want tighter regulations.

The Environmental Protection Agency is studying the issue and may propose federal regulations. The industry prefers that states regulate the process.

Some states have banned it. A New York proposal to lift its ban drew about 40,000 public comments — an unprecedented total — inspired in part by slogans such as “Don’t Frack With New York.”

The drilling industry has generally spelled the word without a “K,” using terms like “frac job” or “frac fluid.”

Energy historian Daniel Yergin spells it “fraccing” in his book, “The Quest: Energy, Security and the Remaking of the Modern World.” The glossary maintained by the oilfield services company Schlumberger includes only “frac” and “hydraulic fracturing.”

The spelling of “fracking” began appearing in the media and in oil and gas company materials long before the process became controversial. It first was used in an Associated Press story in 1981. That same year, an oil and gas company called Velvet Exploration, based in British Columbia, issued a press release that detailed its plans to complete “fracking” a well.

The word was used in trade journals throughout the 1980s. In 1990, Commerce Secretary Robert Mosbacher announced U.S. oil engineers would travel to the Soviet Union to share drilling technology, including fracking.

The word does not appear in The Associated Press Stylebook, a guide for news organizations. David Minthorn, deputy standards editor at the AP, says there are tentative plans to include an entry in the 2012 edition.

He said the current standard is to avoid using the word except in direct quotes, and to instead use “hydraulic fracturing.”

That won’t stop activists — sometimes called “fracktivists” — from repeating the word as often as possible.

“It was created by the industry, and the industry is going to have to live with it,” says the NRDC’s Sinding.

Dave McCurdy, CEO of the American Gas Association, agrees, much to his dismay: “It’s Madison Avenue hell,” he says.

Source: http://www.theadvertiser.com/article/20120127/NEWS01/201270307/The-oil-gas-industry-has-its-own-F-word

Vacancy – Solar PV Design and Commissioning Manager

The client is a leading UK provider of on-site renewable energy systems, solutions, and technologies with industry leading experts across all the key renewable green energy groups. They are experts in the design and construction of solar photovoltaic systems, using industry-leading technology and state-of-the-art 3D modelling offering turn-key solutions to solar PV system installations across all industry sectors.

Read More: http://www.energyjobline.com/career/27019/Solar-Pv-Design-Commissioning-Engineer-State-Oxfordshire

Vacancy – Pipeline Integrity Engineers

The Role: You will be responsible for: • Implementation of Pipeline Integrity Management • Clear and concise reporting of integrity status internally and externally. • Pipeline revalidation method selection, development and specification for implementation by the projects team. • Significant experience of pipeline integrity management implementation. • Experience of both routing and intelligent pigging operations. • Experience of managing engineering and inspection contractors to deliver integrity assessments

Read More: http://www.energyjobline.com/career/27031/Pipeline-Integrity-Engineer-X2-State-Aberdeen

Germany eyes cutting solar incentives faster

http://platform.twitter.com/widgets/hub.1326407570.html

German environment minister Norbert Roettgen wants to bring forward reductions in the country’s incentives for solar power by three months to April 1 in light of the continued strong expansion in the world’s largest market.

But Roettgen said he wants to leave the corridor for new photovoltaic installations unchanged at between 2.5 gigawatt to 3.5 gigawatt per year, rebuffing a demand from the Free Democrat coalition partners to cap new installations at 1 gw per year.

Roettgen, a conservative ally of Chancellor Angela Merkel, said he was opposed to capping installations in Germany at 1 gw per year as Economy Minister Philipp Roesler, the leader of the FDP coalition partners, has demanded.

“My goal is to change the law effective April 1,” Roettgen told journalists after a meeting with Christian Democrat members of parliament to discuss speeding up cuts in the “feed-in tariff” (FIT), the lifeblood for the industry until photovoltaic prices fall to levels similar to conventional power production.

“It’s important that we act quickly,” added Roettgen. “A concrete cap would choke off the industry,” he said, referring to the sector where more than 100,000 jobs have been created in the last decade.

Roettgen warned against trying to cut too much too soon. He said that it was important that the changes are backed by the upper house of parliament, where support from opposition parties will be needed to pass the measure quickly.

GERMANY ADDS RECORD 7.5 GW IN 2011

Germany added a record 7.5 gw of photovoltaic installations in 2011 after setting a previous record of 7.4 gw in 2010. Germany now gets about 4 percent of its electricity from solar power. Germany has a total of about 25 gw of installed photovoltaic capacity — about half of the world’s total.

The German government has set a target of 66 gw by 2030.

Another senior CDU member of parliament, Joachim Pfeiffer, told reporters after the meeting that the CDU deputies were in broad agreement with Roesler’s proposal and the need to move forward cuts in the FIT.

But Pfeiffer said there were different proposals on how much the FIT should be lowered this year with a range from a little bit more than 10 percent to as much as 40 percent.

The FIT has been falling by between 15 and 30 percent in recent years, depending upon how much solar capacity is added in the previous year.

Producers of photovoltaic electricity are guaranteed fixed rates for 20 years from the point the solar power systems are installed. The FIT in 2012 is 24.43 cents per kilowatt hour, down from 49 cents for systems installed in 2007.

Electricity in Germany costs about 23 cents per kw/h, meaning grid parity has nearly been achieved faster than expected.

The costs for solar power are paid for by consumers, who pay about 2 cents per kw/h on top of their electricity bills for photovoltaic producers. Germany gets about 20 percent of its electricity from renewable sources such as wind, biomass and solar.

“We want to see the photovoltaic sector continue to develop with innovation,” Roettgen said. “I believe that this is do-able.”

Roettgen said that he would work on the details of accelerating the FIT together with Roesler, the Economy Minister. He said they would meet next week to work on it.

Roettgen said that there was not yet any concrete plan for the level of cuts he aims for on April 1. It was also still unclear if the future reductions would be made each month in smaller steps or remain larger and on a semi-annual basis as they have been in recent years.

Hans-Josef Fell, a member of the opposition Greens party and expert for energy issues, said that it would be difficult to see changes passing by April 1. He added that the plans would also upset investors.

“It’s unrealistic to believe that a new draft law can be ready at the end of February and that the law will take effect on April 1,” Fell said. “It’s all just an early April Fools’ joke.”

Roettgen said he is especially eager to see cuts in the large field solar power installations that already receive lower incentives. He said they were causing problems for the grid. About a third of last year’s installations were on fields and not on rooftops.

(Writing by Erik Kirschbaum; Editing by Jon Loades-Carter)

Source: http://www.reuters.com/article/2012/01/26/us-germany-solar-idUSTRE80P0HD20120126

Vacancy – Environmental Consultant, Offshore Renewables, London

A prestigious and world leading multi-disciplinary consultancy has a fantastic career opportunity for an Offshore Renewables Environmental Consultant, to be based in their London Office. You would be part of our hugely busy and successful Environment Energy Team, who currently have an exciting and expanding portfolio of work for some major energy projects.

Read more here: http://www.energyjobline.com/career/27002/Environmental-Consultant-Offshore-Renewables-State-London

Cheaper, Safer, Smaller Nuclear Reactors will Put the US Back on Top

Moving away from large-scale, toxic nuclear reactors, the Department of Energy announces a plan to develop safer, smaller options

Mini reactors the future of nuclear power?

The US Department of Energy announced that it would support the new design of “small modular nuclear reactors” last week. Contracts to design and begin production of the reactors by 2022 will be awarded to select companies and funded under the DOE.

The smaller reactors are intended to make it easier on utilities, who will gain more flexibility with reactors that are about one third in size, cheaper and quicker to design and easier to obtain permits for running.

Energy Secretary Steve Chu touts the idea. “We think (small, modular nuclear) solves a lot of issues in terms of investments and electricity infrastructure,” Chu said at a press conference a year ago. “And it’s a way for the United States to regain its leadership in nuclear.”

They’ll also be much safer. A number of startups have been working on new designs, including TerraPower, NuScale Power and Hyperion Power Generation, that also use different fuels and reduce nuclear waste.

In the wake of the Fukushima nuclear power plant disaster last year, technology companies are stepping up to develop safer, more economical nuclear reactors in an attempt to wean dependence on conventional, large-scale nuclear used all over the world today. After Bill Gates took his concepts to China—where regulations on nuclear plants are less stringent and innovations gain support—the DOE’s announcement is a positive step in spurring more US manufacturing.

“America’s choice is clear – we can either develop the next generation of clean energy technologies, which will help create thousands of new jobs and export opportunities here in America, or we can wait for other countries to take the lead,” said Energy Secretary Steven Chu. “The funding opportunity announced today is a significant step forward in designing, manufacturing, and exporting U.S. small modular reactors, advancing our competitive edge in the global clean energy race.”

Source: http://oilprice.com/Latest-Energy-News/World-News/Cheaper-Safer-Smaller-Nuclear-Reactors-will-Put-the-US-Back-on-Top.html