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Sun, Jun 01, 2008

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Experts See Viable Options
In Asia’s CBM
Europe to Be in Pole Position for Fuel Cells

Experts See Viable Options
In Asia’s CBM
Surging gas prices are increasingly drawing new investors to Asia’s nascent coal bed methane (CBM) seams, an underutilized energy source that analysts say could meet a sizeable part of the region’s gas needs in coming years.
While the technology is still immature and governments in Asia have yet to put in place a policy framework to attract investment, the promise of a new frontier for energy production is forcing big firms, including UK gas producer BG Group Plc and Malaysia’s state-owned Petronas PETR.UL, to take notice, Reuters said.
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Conventional source of oil and natural gas is getting harder to find. So as companies seek out unconventional sources of gas, coal bed methane is one of the most viable.
Also known as coal seam gas and once seen as a hazard for underground coal miners, it accounts for about 10 percent of gas output in the United States. But Asia methane stores, estimated at about 2,100 trillion cubic feet, have been largely untapped.
“The conventional source of oil and natural gas is getting harder to find. So as companies seek out unconventional sources of gas, coal bed methane is one of the most viable,“ said John Harris, director of global LNG at Cambridge Energy Research Associates (CERA) based in Beijing.
“And with gas prices at where they are now, the economics are also starting to look right.“
With the region’s appetite for gas growing annually at about 2 percent, CBM could be a viable option. Natural gas futures on the New York Mercantile Exchange have risen 54 percent this year to over $12 per million British thermal units (btu).
The new source of gas is being sought after not only as a source of pipeline gas but also as a feedstock for liquefied natural gas (LNG) plants in Australia.
Analysts see BG’s proposed $13 billion takeover offer for Origin Energy, Australia’s largest producer of CBM, as well as Petronas’ $2.5 billion investment in Australian Santos Ltd’s coal seam gas-fired LNG project as the biggest vote of confidence in the industry.
Experts say although it is early to forecast the percentage CBM would make up in Asia’s total gas needs, they agree that with the right investment climate, its contribution would be significant.
In China, where there is about 1,000 trillion cubic feet (tcf) of methane gas, the government has targeted to produce 10 billion cubic meters of CBM by 2010, which would raise its share in total gas consumption to 10 percent from 3 percent in 2006, Merrill Lynch’s analyst David Yip said.
Domestic and foreign firms pouring funds into China’s coal bed methane sector include state-owned China United Coal bed Methane Corp, China National Petroleum Corp, US-based Far East Energy Corp. and UK-listed Green Dragon Gas Ltd
Amid growing difficulties in securing access to conventional oil and gas projects globally, several of the energy giants, including Royal Dutch Shell, Chevron Corp. and ConocoPhillips are also locking in CBM exploration rights in China to boost their flagging reserves.
And although the CBM industry is in an embryonic stage in India, which has an estimated 16 tcf of reserves, Reliance Industries and state-run Oil and Natural Gas Corp. have already begun drilling at coal bed methane blocks.
“It could become a valuable addition to conventional gas resources as a means of maintaining supplies or reducing the need to bring in exports from further afield,“ said Paul Balfe, executive director of ACIL Tasman Consultancy.
“That would tend to keep domestic gas prices from rising too strongly because of reliance on LNG imports.“
In Australia, where the CBM industry is the most developed compared to the rest of Asia, there are already four different groups jockeying to build coal seam gas-fueled LNG plants in Australia’s Gladstone port in Queensland state.
Analysts said mounting interest in Australia’s coal seam gas--which energy consultant Wood Mackenzie Ltd estimates would account for half of the energy supply in Australia’s eastern coast by 2020--may spark a flurry of consolidation among firms sitting on top of vast reserves of the unconventional fuel.
Plans to use CBM as a feedstock for LNG plants in Australia have led analysts to predict a rise in domestic gas prices, which at about A$3 per gigajoule, are one of the world’s lowest.

Europe to Be in Pole Position for Fuel Cells
The future of fuel cells and hydrogen technologies in Europe is on its way. The Council adopted, on the 30th May 2008, the regulation setting up the Fuel Cells and Hydrogen Joint Undertaking.
This public-private joint technology initiative (JTI) will implement the EU target-oriented research and development to support the broad market introduction of these technologies, Fuelcellsworks reported.
Founding members are the European Community and a non-profit association of European industry interests composed of a major share of Europe’s fuel cells and hydrogen companies of all sizes from micro to large multinationals. The Commission is expected to fund 470 million euros from the Seventh Framework Program for a period of six years which will be at least matched by industry contributions. The first calls for proposals are expected to be published after this summer. The official celebration of the launch will be at the JTI’s first Stakeholders’ General Assembly the 14 and 15 of October this year in Brussels.
The main goal of the JTI is to speed up the development of fuel cells and hydrogen technologies in Europe and enable their commercialization between 2010 and 2020. The partnership will implement an integrated and efficient program of basic and applied research and technology development activities, demonstration and support actions focused on the most promising applications. The public-private joint technology initiative (JTI) will ensure coordination of activities at European level in order to maximize synergies with Member States and regional programs.
Scenario analysis, undertaken in the EU-funded project ’HyWAYS’ indicates that hydrogen, if introduced with suitable policy measures, could reduce the total oil consumption by the road transport sector by 40 percent between now and 2050. Furthermore, by 2050, CO2 savings from road transport of up to 50 percent compared to peak levels are possible. Comparing overall spending for hydrogen production, supply and vehicles with the savings to be gained from replacing conventional fuel and conventional vehicles over time, the break-even point could be most likely reached between 2025 and 2035. Nevertheless European Industry needs additional stimulation to invest in the technology of hydrogen and fuel cells.

Spain Boosting Investment
Spain on Friday announced a boost in investment in its electricity and gas distribution networks to 19 billion euros ($29.4 billion) from a previous 18 billion over the period 2008 to 2016.

EnergyCol3
US Study Supports Wind Expansion
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Wind energy can supply 20 percent of US electricity needs by 2030 at a ’modest’ cost difference, a new US Department of Energy (DOE) report says. The analysis predicts that the 20 percent wind scenario would cost about 2 percent more than sticking with the current energy mix, which relies more heavily on traditional fossil fuels.
“The 20 percent wind scenario entails higher initial capital costs (to install wind capacity and associated transmission infrastructure) in many areas, yet offers lower ongoing energy costs than conventional power plants for operations, maintenance, and fuel,“ said the report, which was written in conjunction with industry and environmental analysts. Under the scenario, 500,000 new jobs would be created, AFP said.
To reach their goal by 2030, the department said wind energy installation would need to triple from the current rate of 5.2 gigawatts (GW) added in 2007 to more than 16 GW per year by 2018, with that pace continuing through 2030. The total wind energy growth, 290 GW, would displace the projected use of coal for power generation by 18 percent and the use of natural gas by about 50 percent.
Such a dramatic increase in wind capacity would require large-scale expansion of the US electrical transmission grid to access the best wind resources and relieve grid congestion. Power companies would also have to add gas turbine generators to provide back-up electricity when the wind isn’t blowing, which ranges from 60 to 75 percent of the day in some areas, according to Thomas Key, renewable energy technology leader for the Electric Power Research Institute.
One of the most consistent criticisms of wind is that, due to its intermittent nature, improved electricity storage is necessary. “We don’t have many options for electrical energy storage right now,“ Key said. “We really need some technological advances to find economic advances on this scale.“

Least Volatile
The study, however, finds that electricity storage is not needed to reach the 20 percent goal. Andy Karsner, the DOE’s assistant secretary of energy efficiency and renewable energy, said claims of wind power unreliability are false. “Wind is in fact one of our least volatile resources,“ he said at a press briefing.
Wind energy provides just 1 percent of US electricity today, compared with about 7 percent in Germany where the government has provided steady support for the industry since the early 1990s. State laws that require utilities to purchase wind power have recently revived the US industry, and the country has led the world in wind power installations over the past two years.
The US industry remains dependent on a short-term federal tax credit that will expire at the end of this year unless Congress extends it.
“We need to fix the production tax credit uncertainty... as part of a plan to get [20 percent by 2030],“ said Daniel Kammen, director of the Renewable and Appropriate Energy Laboratory at the University of California at Berkeley.
The new study estimates that the increase in wind generation would avoid 7.6 billion cumulative tons of the principal greenhouse gas, carbon dioxide, from being emitted--the equivalent of protecting about 48 million acres (19.4 million hectares) of forest from deforestation. This would nearly eliminate the projected increase in emissions from US power plants between now and 2030.

Comprehensive Approach
“To dramatically reduce greenhouse gas emissions and enhance our energy security, clean power generation at the gigawatt-scale will be necessary, and will require us to take a comprehensive approach,“ Karsner said in a prepared statement.
The added wind power would also avoid 4 trillion gallons of water from being consumed for electricity generation, the report estimates. Less coal-fired power results in fewer emissions of mercury and the pollutants that cause acid rain, as well.
As the price of fossil fuels continue to climb, Kammen said wind energy may end up costing less than the additional 2 percent that the report predicts. “It doesn’t include the ramp up of fossil fuel prices [which rose significantly since the study’s completion]...and we haven’t even started talking about what the price of carbon will be,“ he said. “This looks like the bargain of the century.“
“Although the 20 percent wind scenario sounds ambitious, the industry has actually grown faster over the past year than assumed in the study’s scenario, says Worldwatch Institute president Christopher Flavin.
“Wind power is going to be a huge part of the country’s energy future.“ Worldwatch senior researcher Janet Sawin was a member of the study’s steering committee and helped author a policy chapter that was later removed from the report.