US House approves war funds bill

Sorry US tax payers about the levee's, bridges and the crippled infrastructure, you know you can't have everything. Geo Bush



The White Houses says it supports the legislation
The US House of Representatives has approved more funding to pay for another year of fighting in Iraq and in Afghanistan.

In a 268-155 vote, the Democrat-held House agreed to provide the Pentagon with $162bn (£82bn).

But the bill did not include any timetables for withdrawing US troops from Iraq. President George W Bush opposes such deadlines.

The bill is now expected to be debated in the Senate in the coming days.

In a statement, the White House said it supported the measure.

Criticism

The bill allows the Pentagon to pay for US military operations in Iraq and Afghanistan until mid-2009.

It also envisages a significant increase in college education benefits for returning soldiers and help for US unemployed and flood victims in the Midwest.

If approved by the Senate, it will bring to more than $650bn (£330bn) the amount provided by Congress for the war in Iraq since the US-led invasion in 2003.

Some Democrats criticised the bill for not setting deadlines for pulling out US troops from Iraq.

"Let us hope this is the last time another dollar will be spent without constraint, without conditions," Democratic House Speaker Nancy Pelosi said.

Welcoming the result of the vote, House Republican Minority leader John Boehner said: "I'm glad we're there."

Russia's Lavrov warns against attack on Iran

Folks, Russia is not going to stand idle if the US or Israel attacts Iran. This is further reasons to turn the war mungering off torwards Iran. Iran does not have nuclear war heads, only Israel has them.

Tom


By VLADIMIR ISACHENKOV – 2 hours ago

MOSCOW (AP) — Russia's foreign minister on Friday warned against the use of force on Iran, saying there is no proof it is trying to build nuclear weapons.

Sergey Lavrov said Iran should be engaged in dialogue and encouraged to cooperate with the U.N. nuclear monitoring agency.

Lavrov made the statement when asked to comment on an Israeli Cabinet member's statement earlier this month that Israel could attack Iran if it does not halt its nuclear program.

"I hope the actual actions would be based on international law," Lavrov said. "And international law clearly protects Iran's and anyone else's territorial integrity."

Israel's military refused to confirm or deny a report Friday that its warplanes staged a major rehearsal this month for a possible attack on Iran.

The New York Times report quoted U.S. officials as saying more than 100 Israeli F-16s and F-15s staged the maneuver over the eastern Mediterranean and Greece in the first week of June. It said the aircraft flew more than 900 miles (1,450 kilometers), roughly the distance from Israel to Iran's Natanz nuclear enrichment facility, and that the exercise included refueling tankers and helicopters capable of rescuing downed pilots.

Lavrov said Russia had asked both the United States and Israel to provide factual information to back their claims that Iran was working to build atomic weapons. "So far we have seen none, and the same conclusion was made by the International Atomic Energy Agency," he said.

"It's absolutely not right to speak matter-of-factly that Iran continues building nuclear weapons," Lavrov added.

Iran insists its enrichment program is meant only to generate electricity. But because of its past clandestine activities, including some that could have applications for weapons research, the international community is concerned that Tehran wants to enrich uranium to a purity suitable for use in atomic bombs.

The IAEA suggested in a report to the U.N. Security Council last month that Iran was stonewalling investigators and possibly withholding information crucial to determining whether it conducted research on nuclear weapons.

Lavrov insisted that Iran must be encouraged to continue its cooperation with the U.N. monitoring agency.

"As long as the IAEA reports to us progress in its relations with Iran, as long as Iran closes the issues which were of concern to the IAEA and this process continues, we should avoid any steps which could undermine this very important process," he said, speaking in English.

Russia has maintained close ties with Iran and is building its first nuclear power plant in the southern port of Bushehr, which is expected to go on line later this year. It has backed limited U.N. sanctions aimed at forcing Iran to suspend its uranium enrichment program, but has opposed the U.S. push for harsher measures.

"The key to resolving the Iranian issue is involvement," Lavrov said. "We must involve Iran, engage Iran in resolving the Iranian nuclear program, ... but also engage Iran in constructive, respectful, serious dialogue on Iraq and Afghanistan, on the Middle East in general."

China's booming PV market: Filled with smoke and fire

by Tom Morrow and Dylen Liu

With ten highly prominent initial public offerings (IPOs) racked up already, China's solar energy industry is poised to make a major impact on worldwide polysilicon capacity and solar cell production. However, determining who will succeed among the new firms in the domestic and international market remains highly uncertain as it is likely that at least some publicly announced plans will not materialize into actual projects, write Tom Morrow and Dylen Liu.

In the last two years, China’s ten IPOs have raised nearly US$2 billion to meet the world’s growing demand for PV-related products and services. The attractiveness of PV to Chinese industrial policy is also understandable due to China’s internal demand for energy, the exciting global economic projections for the solar industry, and the alignment of PV manufacturing needs with China’s current industrial and technology capabilities. Indeed, China’s domestic market for accumulated PV installation is expected to reach 300 MW by 2010, up from only 80 MW accumulated and 10 MW yearly installation in 2006. But the Chinese PV industry is planning to more than meet its domestic needs.

Since 2004, the country’s solar cell production and capacity have reached growth rates from 100%–400% per year, contributing to the global shortage of polysilicon feedstocks. Cell capacity of 4 GW has been announced for this year and, after growing a projected 40% in 2008 so far, China’s solar wafer capacity is also expected to reach 4 GW. However, how much polysilicon will be available and who will be able to obtain it remains extremely uncertain.

Unbalanced polysilicon supply chain

In response to China’s - and global – demand, a swathe of polysilicon production projects have been instigated. Reports of new polysilicon projects in China have appeared regularly in business, technology and trade press over the last year and in 2007, SEMI identified 27 separate polysilicon production projects that had been announced.

Furthermore, the SEMI analysis of the Chinese PV market is currently in progress and these estimates are preliminary. Investment for these projects comes from a variety of sources, especially silicon manufacturers, traditional energy producers and chemical companies. Of these 27 projects, seven projects will rely upon China-based technologies, while six will source technology from Russia, five from the Europe or the US, and four projects will be a partnered combination of Chinese and international technology. These projects will be located throughout China, with the leading regions being the western part of the country, which will see 11 projects, and the Yangtze delta, with four projects.

However, as of December 2007, 20 of these projects had begun construction and of the identified 27 polysilicon projects that have been announced - equating to nearly 30,000 tonnes of polysilicon capacity by the 2008 year-end - SEMI estimates less than 5000 tonnes will actually be produced this year. By 2010, of the 70,000 tonne capacity that has been announced, SEMI projects that only 30,000 tonnes will reach the market. In response to the discrepancy between announced and expected capacity, nearly all Chinese cell and module manufacturers have entered into long-term, expensive, supply contracts, although these contract prices are still much lower than the spot market prices, which were around $400/kg in December 2007.

Nonetheless, the list of new developments in China continues to grow. This month, for example, the DuPont chemicals company announced it will soon begin construction on a PV research centre in Hong Kong and a manufacturing facility in Shenzhen to support ‘the rapidly growing photovoltaic (PV) solar energy industry.’

DuPont expects growth in the photovoltaic market to exceed 30% in each of the next several years and the company has made significant investments in product development and capacity expansions to help keep pace with the demand.

The company says that expansions in Hong Kong and Shenzhen will provide new offerings to serve the amorphous silicon (a-Si) thin film market, adding that the growth rate for thin film is projected to be approximately twice as high as demand for c-Si. DuPont expects this increase to drive specifications for both new and existing products that serve the thin film industry.

‘Through investments in materials, technology development and manufacturing, DuPont is accelerating its ability to deliver innovations that will improve the lifetime and efficiency of photovoltaic modules, and also have enough production capability to help keep pace with the fast rising global demand,’ said David B. Miller, group vice president of DuPont Electronic & Communication Technologies.

An emerging solar equipment industry

In addition to polysilicon, China will also benefit from localized silicon crystal growth. Xi’an University of Technology, Jingyi and Jingyuntong are all qualified vendors for mono crystal ingot growth equipment. Silicon ingot capacity will reach 20,000 tonnes in monocrystalline and nearly 23,000 tonnes in polycrystalline in 2008. In addition to polysilicon, solar grade wafers and solar cells and modules, China is expected to witness the development of an emerging domestic equipment industry, representing the entire production process including thermal processes, plasma etch, wet bench, PECVD and semi-automated screen printing. Supporting equipment and component vendors are also expected to emerge in China.

Indeed, in April Trina Solar announced that five of its key suppliers have signed investment agreements to establish production facilities in the Changzhou Trina Photovoltaic Industrial Park. The suppliers, which include Guangzhou ChienSong Grind Material Co., Ltd., Hubei Feilihua Quartz Glass Co., Ltd., Ltd., Suzhou Good-Ark Electronics Co., Ltd., and a European manufacturer of PV glass, produce products such as reclaimed slurry, crucibles, junction boxes, and low iron glass used in the production of solar PV modules. These companies are targeting total investments of over US$275 million in Changzhou. ‘We are very excited by the advancement of the Changzhou Trina Photovoltaic Industrial Park and the opportunity to form strong partnerships with each of these key suppliers,’ said Jifan Gao, Trina Solar’s Chairman and CEO.

The five suppliers plan to build production facilities in Changzhou and enter into long-term supply agreements with Trina Solar. Their presence in Changzhou will Trina ensure a steady supply of its key supply chain components, while providing the company with lower material costs, among other logistical advantages.

The business model for many of these new solar energy firms, such as Suntech, Yingli and Jing’ao, follows a vertically integrated path. Some companies such as LDK or CSUN, however, are planning to specialize in a limited number of steps in the supply chain.

In a recent survey of Chinese manufacturers by SEMI, 88% of panel suppliers are set to lower or stabilize prices by reducing waste, with 28% saying this will form part of their strategy, a further 27% intend to increase automation, 25% upgrading management systems and a fifth aiming for vertical integration

Chinese PV manufacturers are also garnering recognition on the global stage. For example, based on its recent analysis of the solar energy development market, Frost & Sullivan recognized Suntech with the 2008 Global Frost & Sullivan Company of the Year Award for solar energy development. Each year, Frost & Sullivan presents this award to the company that has demonstrated unparalleled excellence in design and delivery of high-quality PV, in this case for Suntech’s low-cost, high-quality, innovative, and energy-efficient PV cells and modules and system integration solutions.

‘The company’s pioneering success in developing energy-efficient, cost-effective and customizable building integrated photovoltaic (BIPV) systems and crystalline PV cells, and modules for solar energy conversion into electricity are highly commendable,’ says Frost & Sullivan Research Analyst Mary John, adding ‘It has gone beyond just meeting global energy needs to anticipating them as well.’ The company is export focused and ranks among the top three suppliers in the three largest solar markets – Germany, Spain, and the United States.

In conclusion, while the global PV industry is certain to grow over the next several years, considerable uncertainty surrounds the Chinese market. Polysilicon shortages will remain in effect for the next 18 months and sources of future supply in China have not yet reached high confidence levels. Average efficiency of China-based PV technology is approximately 16–17% and top tier players are expected to improve this to 19% by the end of this year. Aside from materials, human resources will always remain limited in such a rapidly expanding industry. There will be a tough year from second half of 2008.

Even so, China’s solar cell capacity is expected to grow by some 68% in 2008 and with polysilicon constraints set to ease in the second half of 2009.

Chinese solar cell manufacturers need to cooperate with equipment & material vendors to improve the productivity and reduce the cost and the whole industry should collaborate to both advocate government policy to support a domestic market and improve competency in cost reductions.

Nonetheless, regardless of the ultimate scope and nature of the future industry, China’s role in the global industry will certainly grow and - like most industrial segments in China - achieve global impact.

Tom Morrow and Dylen Liu work with semiconductor industry group SEMI.
e-mail: dliu@semi.org
www.pvgroup.org






Figure 1: China solar cell capacity and production. Source: semi






Figure 2: China solar grade silicon ingot capacity. Source: semi

COMPASSION BEGINS WITH MYSELF

Compassion begins with myself. It is the doorway to gratefulness ~ which is the lifeblood of soul consciousness and the Unified Field : Allen L Roland

And why beholdest thou the mote that is in thy brother’s eye, but considerst not the beam that is in thine own eye? : Holy Bible, Matthew 7:3

Not the faults of others, nor what others have done or left undone, but one's own deeds, done and left undone, should one consider: 50th Stanza from the Dhammapada (The Path of Wisdom)

Believers, let not a group of you mock another. Perhaps they are better than you. - - - Let not one of you find faults in another nor let anyone of you defame another: Holy Quran, Chapter 49:11 (Al-Hujarat)

You see in others what you actually see in yourself: The Guru Dronacharya in Mahabharata

I went in search of a bad person; I found none as I, seeing myself, found me the worst : Kabir, Saint Poet of North India

I wonder whether there is any one in this generation who accepts reproof, for if one says to him: Remove the mote from between your eyes, he would answer: Remove the beam from between your eyes!: Talmud: Baraitha: Rashi (1050-1115 AD) quoting Rabbi Tarfon

It is easy to see the faults of others, but not so easy to see one’s own faults: Gautama Buddha (563 - 483 BC)

$165 Billion for Iraq, $2.7 Billion for the US

Congress is starting a debate on the budget bill, which has $165 billion in funding for the war in Iraq, but only $2.7 billion for emergency spending in the US. That's a 61:1 ratio in favor of spending your tax dollars in Iraq, rather than here in the US.

The US infrastructure is failing, and levees all over the Midwest are failing, or getting ready to fail. Flooding is destroying homes and businesses across the region. Roads and bridges in America are in serious disrepair, and schools across the country are in need of renovation. The electric grid is a disaster. Investment in alternative energy and medical research to cure diseases is abysmally low.

I think its time for US taxpayers to demand that we rebuild America, not Iraq.

Contact your Congressional Representative now, before the vote. US taxpayers will save over $2 billion per week after we end the Iraq occupation. We will also save US lives, which is even more important.

Do it now.
(202) 224-3121

Cloned immune cells cleared patient's cancer

Ian Sample, science correspondent

A patient whose skin cancer had spread throughout his body has been given the all-clear after being injected with billions of his own immune cells.

Tests revealed that the 52-year-old man's tumours, which spread from his skin to his lung and groin, vanished within two months of having the treatment, and had not returned two years later.

Doctors attempted the experimental therapy as part of a clinical trial after the man's cancer failed to respond to conventional treatments.

The man is the first to benefit from the new technique, which uses cloning to produce billions of copies of a patient's immune cells. When they are injected into the body they attack the cancer and force it into remission.

Campaigners and scientists in the UK yesterday welcomed the breakthrough. "It's very exciting to see a cancer patient being successfully treated using immune cells cloned from his own body. While it's always good news when anyone with cancer gets the all-clear, this treatment will need to be tested in large clinical trials to work out how widely it could be used," said Ed Yong at Cancer Research UK.

Peter Johnson, chief clinician at the charity, added: "Although the technique is complex and difficult to use for all but a few patients, the principle that someone's own immune cells can be expanded and made to work in this way is very encouraging."

Cassian Yee at the Fred Hutchinson Cancer Research Centre in Seattle extracted immune cells from the patient and found that a small proportion of them, called CD4 T cells, naturally attacked a protein found on nearly three-quarters of the cancer cells. Using cloning techniques, Yee's team replicated these cells until they had more than 5bn of them.

When the cells were injected into the patient they immediately began attacking the cancer. Intriguingly, the patient's immune system gradually began a wider offensive, attacking all the cancer cells in the body, according to a report in the New England Journal of Medicine. Two months later medical scans failed to pick up any signs of cancer in the patient.

The team believes the treatment could be effective in around a quarter of skin cancer patients whose immune systems have cells that are already primed to attack their tumours. "For this patient we were successful, but we would need to confirm the effectiveness of therapy in a larger study," Yee added.

In an accompanying article Louis Weiner, director of the Lombardi Comprehensive Cancer Centre at Georgetown University, Washington, wrote that Yee's work "underscores the remarkable potential of the immune system to eradicate cancer, even when the disease is widespread".

The case showed that hopes to turn the immune system into a weapon against cancer was becoming a reality, Weiner added. "If the destination is not yet at hand, it is in sight. The endgame has begun."

Using the immune system to fight cancer could be much safer than existing treatments, which often have serious side effects.

The Guardian