Wednesday, November 4, 2009

Climate Progress

Climate Progress



The Audacity of Nope: The GOP obstructs the clean energy bill

Posted: 04 Nov 2009 07:03 AM PST

Toles No

How lame are the GOP's delaying tactics on the climate bill? Even the Washington Post's editors — no friend of climate action or clean energy — criticized them today in piece titled, "Unhelpful atmosphere," pointing out that "GOP members want the Environmental Protection Agency (EPA) to perform a series of modeling runs that would be more extensive than those it has done on similar legislation" and "EPA Associate Administrator David McIntosh said Tuesday that the differences [between the House and Senate bill] wouldn't even show up in the agency's computer modeling, leaving little reason to conduct a completely new analysis before committee work commences."  The editorial noted, "Draft texts of Kerry-Boxer have been publicly available since the end of September, and a more complete version has been out for more than a week. The GOP should be ready to offer amendments, particularly after Ms. Boxer extended the deadline for their submission to Tuesday evening….  Ms. Boxer brought Mr. McIntosh into the room Tuesday to answer just such questions. It would have been constructive if GOP committee members had been there to question him."

Guest blogger Noreen Nielson, director for energy communications at progressive media, shares some further insight on the GOP's delaying tactics.

As the Senate Environment and Public Works Committee began meeting for markup yesterday on the Clean Energy Jobs and American Power Act, only one Republican member, Sen. George Voinovich, bothered to show. The boycott, carried out by the six other minority members, suggests they are joining in lockstep with the rest of the Party of NO to block any reform that will help rebuild our economy – from clean energy to health care to financial reform.

During this morning's meeting, Sen. Voinovich, speaking on behalf of the minority party, said they "sincerely" wanted to work with Democrats to pass the Clean Energy Jobs Act. Yet past statements indicate otherwise. (Note: All the below statements were made before the Senate bill was even introduced.)

  • Sen. Inhofe's prediction for the Senate bill following the passage of Waxman-Markey: "It's dead in the water.'' [June 30, 2009]
  • Sen. David Vitter: "I'm predicting — at least as we speak now — that we can kill any major climate change legislation on the Senate floor…" [July 7, 2009]
  • He continued: "I'm very hopeful we'll be able to block any major climate change bill like that which came out of the House on the Senate floor."
  • Sen. Bond: "I think certain people pushing this bill see me as one of the biggest thorns in their sides. If they don't now, they will." [September 28, 2009]

  • Sen. Barrasso [and Sen. Inhofe]: "[W]orking together to make sure the Senate doesn't pass a bill that to me is going to cripple our economy and raise taxes on American families." [July 15, 2009]

Voinovich then went on to discuss how the inadequate analysis of the Clean Energy Jobs Act was the reason for the blockade – providing nothing more than a straw man excuse. The EPA, the Obama administration and others have consistently said the updated EPA analysis provides an accurate portrait of the Senate bill's projected impacts.

According to EPA Administrator Lisa Jackson's testimony before the Senate Environment Committee, the two bills were so similar that they will likely have the same impact on costs, energy use, and other variables.

"Earlier this year, EPA ran the major provisions of the House clean-energy legislation through several economic computer models. When it comes to the specifications that the models can detect, the Clean Energy Jobs and American Power Act is very similar to the House legislation. Nevertheless, EPA has examined the ways in which the Senate bill is different and determined which of the conclusions reached about the House-passed bill can confidently be said to apply to the Senate bill as well."

The House-passed bill mentioned above that can "confidently be applied to the Senate bill" received extensive evaluation and scrutiny from a number of government agencies, including the Environmental Protection Agency, Congressional Budget Office, and Energy Information Administration. And the Senate Committee held numerous comprehensive legislative hearings on the bill last week which included 54 expert witnesses in nine panels.

Moreover as the EPA's David McIntosh stressed during today's meeting, re-running the models every time a bill is amended or tweaked is costly and unnecessary. It costs taxpayers at least $135,000 every time the analysis models are re-run and the models are "not designed to detect fine-grain details," meaning another analysis right now would result in "vanishingly small" differences from the currently available modeling.

Sen. Boxer said this morning that Sen. Reid has promised a full five week EPA analysis of the final merged bill before floor consideration.

So the question is: What is the real motivation behind the Republican members blocking clean energy reform? The costs of doing nothing to combat climate change greatly outweigh the costs of acting now. We're spending $1 billion a day on foreign oil, money that could instead be invested here at home to help create 1.7 million new jobs, increase our security and lessen our pollution.

Perhaps it has something to do with the $3,507,321the seven minority members of the EPW Committee have received from Big Oil, along with millions more from utilities, mining and the national resource sector. This is in addition to the billions Big Oil has spent on lobbying, astroturfing and smear campaigns. Exxon Mobil alone spent $7.2 million on lobbying in the last quarter – more than the total of the entire alternative energy sector.


oil/gas utilities mining nat resources sector
Inhofe $     1,223,723 $     437,967 $        197,850 $            2,045,140
Alexander $        400,375 - - $               663,000
Voinovich $        360,329 $     570,726 $        260,799 $            1,000,000
Vitter $        659,635 $     165,665 - $               974,000
Barrasso $        169,250 - $         63,650 $               391,700
Crapo $        247,699 $     278,441 - $               784,136
Bond $        446,310 $     313,165 - $            1,013,063
GOP total $    3,507,321 $ 1,765,964 $       522,299 $           6,871,039

*All data accessed today from www.opensecrets.org

A Proposal for US-China Collaboration on Climate Technology

Posted: 04 Nov 2009 06:24 AM PST

This is a repost of a Center for American Progress report by John Podesta, Andrew Light, and Julian L. Wong.

Report: A Roadmap for U.S.-China Collaboration on Carbon Capture and Sequestration (pdf) (Chinese version)

Fact sheet: Roadmap summary

The United Nations climate change summit in Copenhagen is less than 35 days away. Nations will negotiate a framework for a successor treaty to the Kyoto Protocol, which expires in 2012. Any successful outcome at Copenhagen will require a commitment from the world's major economies, not least of which are China and the United States, the two largest emitters of greenhouse gases and two largest consumers of energy. The Center for American Progress launches today a new report with the Asia Society, "A Roadmap for U.S.-China Collaboration on Carbon Capture and Sequestration," which sets out a detailed plan for how these two countries can mutually benefit from working together to achieve greater emissions reductions than they can alone.

Recent history makes clear the importance of these two countries working together. The past decade of unprecedented economic expansion has helped China lift millions out of poverty, but not without consequence to its environment and emissions profile. The past eight years in the United States have been marked by the conspicuous absence of climate policy at the federal level and a lack of participation in any international climate agreement. Both countries are also representative of the antagonism that still dominates much of the current discussion over forging a new U.N. climate treaty. The U.S. Senate has previously expressed its opposition to joining any agreement that does not include major developing countries such as China; China has insisted that Western countries take responsibility for a problem that they caused and provide assistance for developing countries in the form of finance and technology to move them toward a low-carbon pathway.

Yet both countries have an unprecedented opportunity to move beyond this impasse. There has been a sea change in Chinese leadership on climate change during the past few years. China is now embarking on some of the world's most aggressive energy efficiency, renewable energy, and forestry projects. The recent change in presidential leadership in the United States has heralded a fundamental shift in climate policy, with President Barack Obama laying the foundation for a domestic transition to a clean energy economy in his initial economic stimulus package. This was quickly followed by passage of the first comprehensive climate and energy legislation in the House of Representatives. Both countries have emerged as active and productive participants in the international negotiating process in the U.N. Framework Convention on Climate Change and leaders in smaller rounds of negotiations in the G-8, G-20, and Major Economies Forum.

A series of recent developments have raised the prospects of more concrete U.S.-China cooperation on climate change, including U.S. Energy Secretary Steven Chu's visit to China that resulted in the announcement of a joint U.S.-China clean energy research center, declarations at the Major Economies Forum on Energy and Climate after the last G-8 summit in Italy in July, and a Memorandum of Understanding on energy and climate signed later in the month at the U.S.-China Strategic and Economic Dialogue in Washington, D.C.

President Obama is preparing to leave next week for the U.S.-China summit in Beijing, and the time has never been more ripe for the launch of a commitment between both countries to embark on a collaboration on clean energy that will not only benefit China and the United States, but also have a galvanizing effect for the rest of the world to move towards a successful outcome in Copenhagen.

The July Memorandum of Understanding from the Strategic and Economic Dialogue identifies 10 specific areas for cooperation between the United States and China on low-carbon technology and climate change, including energy efficiency, electric cars, and carbon capture and sequestration. General declarations of goodwill are a necessary step for cooperation, but the upcoming summit must put meat on these bones and focus on specific proposals for collaboration. Our aim in this new report is to provide just such a proposal for discussion and as the basis for action.

All of the areas for low-carbon and clean-energy cooperation identified in the July U.S.-China MOU must be pursued. Nothing in our report should be interpreted as suggesting that any one of these is more important than any other. There is a compelling argument, however, that neither country can achieve the emissions reductions it needs to make without addressing its heavy reliance on coal. For this reason, Secretary Chu issued on October 12 a "call to action" on CCS, advocating widespread, affordable deployment of this technology.

CCS is a process that separates and captures carbon dioxide from large point sources such as coal power plants and stores it away from the atmosphere by several means, including underground sequestration in geological formations. Our proposal for U.S.-China collaboration on CCS technology answers this call by helping to prove, or not, the feasibility of this technology as part of the solution to climate change.

We identify three areas of collaboration for the United States and China in the development of CCS technologies in the short, medium, and long-term, navigating potential political, technological, financial, and regulatory hurdles.

1. Cooperation on sequestration pure CO2 streams from existing Chinese industrial plants. There are now approximately 100 facilities throughout China producing pure streams of CO2 for various industrial purposes. This climate pollution is vented unabated into the atmosphere where it contributes to global warming. China also has a large documented geological storage capacity, consisting mostly of deep saline formations. A first step to mitigate these emissions can be to jointly fund five geological sequestration projects that can easily capture this source of carbon and store 2 million to 3 million tons of CO2 per year. Each project would cost $50 million to 100 million, with of the United States contributing $20 million to 40 million. Together these sites could sequester 10 million to 15 million tons of CO2 per year, equivalent to taking 1.7 million to 2.5 million cars off the road.

2. Invest in research and development for retrofitting existing power plants. Much attention has been placed in both countries on producing a new generation of integrated coal-fired electricity plants which combine power production, capture of CO2 and sequestration. But both countries will have to maintain huge fleets of traditional plants in the short- to medium-term that will have to be retrofitted later for capture and sequestration. China and the United States should therefore develop a strategy for research, development and deployment of a series of pilot facilities for CCS retrofits for existing coal power plants under the auspices of the already planned U.S.-China joint clean energy research center.

3. Catalyze markets for CCS. China and the United States will have to mobilize private capital to fund the plants envisioned in step two by investing public funds and stimulating public-private partnerships. This focuses on developing financial incentives for companies to invest in cooperation initially through government-backed public finance structures that serve as a bridge to market mechanisms such as a carbon offset regime that includes proven CCS facilities and the creation of a global market for carbon abatement.

Cooperation in these three areas could accelerate CCS deployment in the United States by five to 10 years. This would deliver immense gains for U.S. job creation and consumer savings and more than compensate for American investment in this roadmap. Under a business-as-usual scenario, a proven CCS sector would create 127,000 jobs in the United States by 2022, including jobs in equipment manufacturing and infrastructure construction. A five-year acceleration of CCS deployment as a result of U.S.-China collaboration increases that figure to 430,000. A 10-year acceleration in deployment could create as many as 940,000 new U.S. jobs by 2022. Collaboration will also quickly help lower the cost of CSS, and such savings will be passed along to electricity consumers. A five-year acceleration of CCS deployment in the United States would lead to $5 billion in savings, and a 10-year acceleration would lead to $18 billion in savings.

Cooperation between the United States and China on this roadmap would also serve as an example of a specific bilateral step that the two countries could take together on climate change for mutual benefit. Our hope is that the recommendations contained here have the potential to contribute to—in the words of Presidents Hu and Obama—a "positive, cooperative and comprehensive" Sino-American relationship for the 21st century. Such a relationship could become the cornerstone for a new era of greater cooperation between developed and developing countries overall on finding solutions to climate change by setting an example that could be emulated and duplicated many times over.

Report: A Roadmap for U.S.-China Collaboration on Carbon Capture and Sequestration (pdf) (Chinese version)

Fact sheet: Roadmap summary

Road to Copenhagen, Part 2: Risky Business

Posted: 04 Nov 2009 06:00 AM PST

The evidence is irrefutable: Climate change poses enormous risks to economic stability, public health, ecosystem services, and national security, as well as to the environment.

How should we manage those risks? The first step is to acknowledge them. The second is to start listening to the experts who manage risks for a living.

Over the past two months, I've attended several meetings of military and civilian experts in security, intelligence and risk assessment. They were unanimous in concluding that

  1. The risks of climate change are growing rapidly;
  2. Those risks are routinely underestimated by policy makers; and
  3. Little is being done to plan for contingencies, even in those regions of the world likely to suffer the most and even though the suffering already has begun.

One meeting of security and risk experts was organized by Nick Mabey, a former advisor to Prime Minister Tony Blair and now the leader of E3G, a nonprofit organization based in Europe to promote sustainable development. Our mission was to explore how the science of risk assessment and management should be applied to climate change. In a Whitehall Paper written last year, Mabey explained:

Climate change will be one of the critical forces shaping the coming century…  It will fundamentally alter the way we live, the risks we face and how we interact in an increasingly interdependent world.

While scientists and environmentalists have been sounding warnings for years, an open discussion of the security risks of climate change started only a couple of years ago. In November 2007, the Center for Strategic and International Security and the Center for a New American Security issued "The Age of Consequences"; in June 2008, a blue-ribbon panel of high-level former military leaders, convened by the Center for Naval Analysis, concluded that global warming is a "threat multiplier" that will destabilize some of the world's most volatile regions.

That finding was confirmed a year later by the National Intelligence Council in its first-ever assessment of climate change. It was confirmed again recently by the CIA's creation of a new Center on Climate Change and National Security to centralize its expertise on "the effect environmental factors can have on political, economic, and social stability overseas."

On Oct. 28, retired U.S. military officers warned the Senate Environment and Public Works Committee about the risks that climate change and fossil energy pose to national security.  "Our economic, energy and climate change challenges are all inextricably linked," retired Vice Adm. Dennis McGinn testified. "If we don't address these challenges in a bold way and timely way, fragile governments have great potential to become failed states ….a virile breathing ground for extremism."

A day later in Washington, D.C., the same message was delivered in a joint statement issued by active and retired military leaders from Africa, Asia, Europe, Latin American and the United States. In addition to calling on all governments to work for an "ambitious and equitable" international agreement at Copenhagen, the officers urged governments to make sure the security implications of climate change are integrated into their military strategies.

Mabey notes that climate risks – including drought and famine, loss of fisheries, coastal inundation, invasive migrations of climate refugees, natural disasters and water shortages – could go two ways. They could motivate nations to collaborate more on conflict prevention, contingency planning, economic development and disaster prevention and response; or, they could cause more tensions within and between count r ies, leading to conflict.

An example of collaboration are the Oslo Guidelines on the use of the military and civil defense agencies in disaster relief operations. An example of tension is the fence India has built along its 2,500 miles border with Bangladesh, in part to keep out illegal immigrants – a problem that may reach crisis proportions as residents of Bangladesh flee extreme weather, flooding and sea-level rise. As many as 30 million residents of Bangladesh could become "climate refugees" by mid-century, forced from their homes by sea-level rise, according to one government official there.

Public officials tend to be risk-averse in matters with potential political consequences; now they must become risk-savvy. Here are 10 ideas on how to make that happen:

  1. Policy-makers must listen to risk professionals and acknowledge the rapidly increasing dangers of climate change.  Nearly all of us practice some risk management in our lives. That's why we buy health insurance, liability insurance, homeowner's insurance, long-term care insurance and vehicle insurance.  Risk management is no less important in regard to global warming.
  2. Elected officials must listen to the climate science community. At the same time, scientists must clearly communicate the upper end of plausible climate risks rather than middle-ground risks. Politicians and policy makers tend to flock to the middle of the risk spectrum – a kind of Goldilocks and the Three Bears tendency where we want risks that are not too hot and not too cold. Good risk management requires that we anticipate and prepare for the worst.
  3. Climate scientists should interact regularly with risk, security, public health, and disaster prevention and response agencies to help them anticipate and cope with emerging climate impacts.
  4. To minimize climate risks, national leaders must find an effective balance between sovereignty and international collaboration.  Existing international institutions probably will prove inadequate to deal with the unprecedented demands of climate change; new international institutions and mechanisms will be needed.
  5. Public officials and citizens alike must invest in prevention – in other words, mitigation of greenhouse gas emissions to reduce the danger of climate change, and adaptation measures that reduce the intensity of climate crises. We should not wait for the crises to arrive, any more than we can wait to buy auto insurance until we're in the middle of a head-on collision.
  6. Nations should begin serious contingency planning now, internally and with other countries in their regions. Some of the most severe climate change will involve nations where historic tensions already exist. India and Pakistan, or India and Bangladesh come to mind. The time to plan is now, in hopes the overriding threat of climate change will be the external enemy that draws old adversaries together.
  7. Local officials should build risk assessment and management into infrastructure and climate adaptation projects. The World Bank estimates that 40 percent of development aid investment is at risk from climate change. To avoid carbon lock-in (i.e., actions that lock us in to greenhouse gas emissions for decades), we must stop building conventional coal plants and making other long-term carbon commitments. But we must also avoid "vulnerability lock-in". The critical infrastructure we build today – ranging from power and water treatment plants to hospitals and vital transportation systems – should be designed for resilience and located to avoid floods, sea level rise and other impacts of climate change.
  8. The Executive Branch and Congress should regularly review climate risks to determine whether federal agencies have the authority and resources they need to respond rapidly to emerging worst-case scenarios. An even more interesting issue is whether the Executive Branch has sufficient power to prevent climate emergencies without Congressional interference – for example, by redefining 100-year floodplains based on anticipated future flooding rather than past flooding, and restricting development within predicted flood zones.
  9. Governments must put adequate resources into research that improves our understanding of how climate change will affect us at the regional and local levels. Research should include "perfect storm" events where multiple impacts and stresses occur simultaneously.
  10. Governments should classify climate change as a national security issue in budgeting as well as planning. According to the Institute for Policy Studies, the Bush administration allocated $88 to military forces in 2008 for every dollar it earmarked for climate stabilization. President Obama's stimulus package and first budget narrowed the security-climate gap to 9:1 – a dramatic improvement, but still not an adequate reflection that low-carbon technologies and resources have become critical tools of conflict prevention, global stability and national defense.

We are rapidly approaching a time when the nations most threatened by climate change will regard coal-burning as an act of aggression and when nations will conflict over who gets dwindling supplies of finite resources. That makes solar collectors and wind turbines as important as conventional weapons in our national defense arsenal.

As I've written before, our biggest risk is that we'll fail to close the gap between what scientists tell us is necessary and what politicians believe is possible.  We won't be able to narrow that gap until elected officials worldwide accept that the security risk of failing to act on climate change is far greater than the political risks of  bold preventive action.

– Bill Becker

Suffering begun: http://www.economist.com/ world/ international/ displaystory.cfm?story_id=14447171

Climate Solutions 2: http://www.wwf.de/ fileadmin/ fm-wwf/ pdf_neu/ climate_solutions_2___executive_summary.pdf

Mabey paper: http://www.rusi.org/ publication/ whitehall/ ref:I480E2C638B3BC/

CIA climate office: https://www.cia.gov/ news-information/ press-releases-statements/ center-on-climate-change-and-national-security.html

Oslo guidelines on disaster response: http://www.reliefweb.int/ rw/ lib.nsf/ db900sid/ AMMF-6VXJVG/ $file/ OCHA-Nov2006.pdf?openelement

IES statement: http://www.envirosecurity.org/news/single.php?id=148

CNA: http://securityandclimate.cna.org/

Oslo guidelines: ochaonline.un.org/OchaLinkClick.aspx?link=ocha&docId

One year after his election, Obama on verge of audaciously fulfilling his promise as the green FDR

Posted: 03 Nov 2009 03:16 PM PST

http://www.theblacklibrary.com/New_Folder/images/The%20Audacity%20of%20Hope.jpgArianna Huffington posted "Obama One Year Later: The Audacity of Winning vs. The Timidity of Governing.  HuffPost asked for replies.  Mine is here and below.  I welcome your thoughts.  My bottom line:  On climate and clean energy policy, he has been anything but timid!

Future historians will inevitably judge all 21st-century presidents on just two issues:  global warming and the clean energy transition. If the world doesn't stop catastrophic climate change — Hell and High Water — then all Presidents, indeed, all of us, will be seen as failures and rightfully so.

In that sense, what team Obama has accomplished in the year since he was elected is nothing less than an unprecedented reversal of decades of unsustainable national policy forced down the throat of the American public by conservatives.  Three game-changing accomplishments stand out:

  1. Green StimulusProgressives, Obama keep promise to jumpstart clean energy, economy — conservatives keep promise to jumpstop the future. The stimulus represents the single biggest increase in clean energy investment in U.S. history — $100 billion public investment aimed at driving, which is pulling in another $100 billion in public investment.  Huge investments in energy efficiency, renewables, transmission and smart grid, and mass transit and train travel are already having a big impact, for instance, helping the wind industry survive and thrive in the great Bush-Cheney recession.
  2. Regulatory Breakthroughs: Obama will raise new car fuel efficiency standards to 35.5 mpg by 2015, which is the biggest step the U.S. government has ever taken to cut CO2.  And the Obama EPA declared carbon pollution a serious danger to Americans' health and welfare requiring regulation.  The EPA has begun the process of developing regulations, and while that is a very imperfect way to address global warming, it ensure that the country will take some action in the event Congress can't.
  3. First-ever climate bill advances:  In June, the U.S. House of Representatives approved a landmark bipartisan climate bill, 219 – 212. It would complete America's transition to a clean energy low-carbon economy, begun in the stimulus, ultimately driving $100 billion a year in total U.S. investments in clean energy technologies and industries.

You can see more details on these here — "Sure Obama ended the Bush depression, cut taxes for 98% of working families, and jumpstarted the shift to a clean energy economy with a $100 billion in stimulus funds — but what has the green FDR done lately?"

All that remains for Obama to claim the title as the green FDR is getting 60 votes or more for Senate passage of a climate and clean energy bill.  That now appears likely thanks to the breakthrough Senate climate partnership between Lindsey Graham (R-SC) and John Kerry (D-MA).  Indeed, E&E News's latest analysis shows, "At least 67 senators are in play" on climate bill.  And Graham and Kerry are set to meet "with Energy Secretary Steven Chu, as well as with Obama's top climate adviser, Carol M. Browner, and Interior Secretary Ken Salazar to discuss a possible compromise."  If these White House negotiations succeed, then I also think an international climate deal is likely, with the framework be laid out in the Copenhagen meeting this December, and details finalized next year after Obama signs a domestic bill.

All this together won't guarantee that we preserve a livable climate, but it will give future Presidents — working in concert with other countries — a fighting chance to do so.

That said, conservative denial and obstructionism remains strong, and a climate bill could still fail if team Obama does not remain vigilant.  Obama is fulfilling his promise in the climate and clean energy arena, but much hard work remains.

One final point — to those (including me!) who wished that Obama would have taken a more aggressive and public role in shaping and lobbying for a climate and clean energy bill, I have only three words:  health care reform. If you think a significantly stronger climate bill could be had in this political atmosphere, I'd just ask you to review the final House vote (and the state of play of the Senate bill). Remember, on the most transparently dire issue in the past few years — the need for an economic stimulus on the brink of the Bush-Cheney depression — Obama got ZERO House GOP votes and 3 Senate GOP votes (one of whom is now a Democrat), votes that in fact required Obama to water down the stimulus.

El Niño-driven sea surface temperatures are soaring. Forecast: Hot and then even hotter.

Posted: 03 Nov 2009 02:26 PM PST

Last week I noted that the weak El Niño appears to be strengthening, as expected, so record temperatures will continue.

Nino RegionsThe warming in the Nino 3.4 region of the Pacific is typically used to define an El Niño — sustained postive sea surface temperature (SST) anomalies of greater than 0.5°C across the central tropical Pacific Ocean.

After languishing for months, Nino 3.4 SSTs finally took off, as many models had been predicting.  Last week, the anomaly was 1.1°C.  This week it was 1.5°C.  This SST data is from the NOAA's October 26 weekly update on the El Niño/Southern oscillation, "ENSO Cycle: Recent Evolution, Current Status and Predictions":

Nino 3

If these values are maintained for any length of time, this would be a moderate to strong El Niño, as this historical graph of the 3-month running mean SST departures in Nino 3.4 region show:

ENSO 10-27

NOAA's National Weather Service Climate Prediction Center will be issuing its monthly ENSO analysis in a few days based on this surge in SSTs.   Last month it concluded, "El Niño is expected to strengthen and last through the Northern Hemisphere winter 2009-2010."

For now, we have NOAA's own CFS (Climate Forecast System) issued on Sunday:

CFS 11-2

NOAA is extending its prediction through the spring.  So this is increasingly looking like a pretty significant El Niño.

While some here (and elsewhere) have been dissing NOAA's ENSO forecast models and even suggesting they call into question the climate models, which are in any case utterly different, it now looks like the ENSO models got it mostly right.

And it bears repeating that back in January, NASA had predicted:  "Given our expectation of the next El Niño beginning in 2009 or 2010, it still seems likely that a new global temperature record will be set within the next 1-2 years, despite the moderate negative effect of the reduced solar irradiance."

It still seems likely.  And that will be on top of the hottest decade in recorded history by far.

Related Post:

Energy and Global Warming News for November 3: Yet another coal plant to be replaced by a 'plant' plant! And South Dakota's Big Stone 2 coal plant is dead!

Posted: 03 Nov 2009 11:22 AM PST

BiomassCoal plants are being converted to biomass as fast as … "fast-growing, bio-engineered cottonwood trees" (see "Another coal plant to be replaced by a 'plant' plant!" and "Southern Company embraces the only practical and affordable way to 'capture' emissions at a coal plant today — run it on biomass").  Another one bites the dust:

PSCW Approves Application for Largest Biomass Plant in Midwest

The Public Service Commission of Wisconsin (PSCW) has unanimously approved Xcel Energy'ss application to install biomass gasification technology at its Bay Front Power Plant in Ashland, Wis. When completed, the project will convert the plant's remaining coal-fired unit to biomass gasification technology, allowing it to use 100 percent biomass in all three boilers and making it the largest biomass plant in the Midwest. Currently, two of the three operating units at Bay Front use biomass as their primary fuel to generate electricity.

The project, estimated at $58.1 million, will require additional biomass receiving and handling facilities at the plant, an external gasifier, minor modifications to the plant`s remaining coal-fired boiler and an enhanced air quality control system. The total generation output of the plant is not expected to change significantly as a result of the project.

"We appreciate the PSCW`s fair and thorough review of the application and believe that their decision recognizes the benefits of this project to provide environmentally-responsible, cost-effective energy to our customers and communities," said Mike Swenson, president and CEO, Northern States Power Company-Wisconsin, an Xcel Energy. "The Bay Front project demonstrates our continuing commitment to the environment and a clean energy future. We`re helping our customers and communities practice sustainability while increasing local economic development."

Through its purchases of wood residues and related services, the Bay Front Power Plant has a $20 million annual economic impact on a six-county region around Ashland. That economic impact will increase as the plant purchases more wood residues from area contractors.

The Bay Front Power Plant was originally constructed and began operation in 1916. In 1960, it operated five boilers and six turbines. Since then, two of the boilers, and three of the turbines, have been retired. The three remaining boilers feed into a combined steam header system that can support three turbine-generator sets.

In 2008, Xcel Energy installed NOx (nitrogen oxides) emission control equipment on the two boilers that primarily burn wood, allowing both to continue to operate into the foreseeable future. When evaluating various alternatives for the remaining boiler, which primarily burns coal, it was determined that expanding Bay Front as a biomass resource was preferred over incurring significant increases in coal costs, and also environmental compliance costs relating to the Clean Air Interstate Rule and regulations on mercury emissions.

In addition to reducing carbon dioxide emissions by switching from coal to biomass in the remaining unit, the project will drastically reduce other air emissions, including nitrogen oxides by more than 60 percent and sulfur dioxides and particulate matter by more than 80 percent.

The primary source of biomass at Bay Front is expected to be the lower quality, unused materials that are currently left in area forests following traditional harvests, such as treetops, logging slash, damaged trees, underutilized species, and the cull and mortality classed trees. Initial investigations conducted by Xcel Energy show more than ample supplies of this lower quality biomass within
the area.

See also "An intro to biomass cofiring."

MDU, others will not build SD Big Stone 2 coal plant

MDU Resources Group Inc said late Monday it would not build the planned 500-to-600-megawatt Big Stone II coal-fired power project near Milbank, South Dakota.

MDU said in a release the project required additional participants to move forward but none have committed.

In September, Otter Tail Corp, Big Stone II's lead developer, withdrew from the project due to the economic downturn and the high level of uncertainty associated with proposed federal climate legislation.

The federal government was working on legislation to limit carbon dioxide and other greenhouse gas emissions — likely by putting a price on emitting those emissions — in an effort to stop global warming from potentially damaging the planet.

The burning of coal to generate power produces about twice as much CO2 as natural gas.

The Big Stone II project was estimated to cost about $1.6 billion, not including needed transmission upgrades, according to a spokesman at MDU.

He noted some transmission was already in place as there was an existing 470 MW coal-fired Unit 1 at Big Stone, which entered service in 1975 and burns coal railed in from the Powder River Basin in Wyoming.

Big Stone is located in Grant County in South Dakota about 200 miles west of Minneapolis, near the South Dakota-Minnesota border.

Unit 2 was to enter service in the 2015-2016 timeframe, the spokesman noted.

Montana-Dakota Utilities Co, a subsidiary or MDU, said it was "disappointing that Big Stone II will not be built," but noted the utility had adequate electric supplies for the near term.

"We have a purchased power agreement through 2015 that was to bridge us to Big Stone II going online; we still have that agreement in place," Dave Goodin, president and CEO of Montana-Dakota, said in the release.

"We will now look at other supply options that are reliable and cost-beneficial for our customers. We have plans to expand our wind production by 30 megawatts in 2010 and will review other generation options," Goodin said.

The spokesman noted the area had a lot of wind potential but needed more base load power. Base load generation runs around the clock and usually includes coal, nuclear and combined cycle natural gas.

The other Big Stone II participants were Central Minnesota Municipal Power Agency, Heartland Consumers Power District and Missouri River Energy Services.

Governor Rendell Says PA's Solar Capacity Doubles Under Sunshine Solar Rebate Program

Governor Edward G. Rendell said today that the new PA Sunshine Solar Program is performing better than expected and has helped to double the state's solar generating capacity in less than 6 months.

According to the Department of Environmental Protection, the program has reached its first incentive milestone for small business rebates — the deployment of 5 megawatts of solar power, or enough to supply electricity to about 575 average homes in the state.

The Governor said achieving the goal is good news for those small businesses interested in lowering their electricity costs through clean, renewable energy, and also for Pennsylvania's environment and economy.

"When we enacted the PA Sunshine program, we said it was going to help reduce electricity bills for consumers, make solar energy more affordable, create economic opportunities, and help produce more renewable energy that will help improve our environment," said Governor Rendell. "Reaching this milestone, not to mention the overwhelming response we've had to the program, is proof that it's performing as intended.

"PA Sunshine is putting people to work across the state doing everything from manufacturing solar technologies to installing and maintaining them, while helping people and businesses become less dependent on the electrical grid and other fossil fuels, which saves them money. And because of the program, we're also emerging as a national leader in developing and deploying solar technology. With the projects this program is making possible and others in the works, it is likely that we will be among the top five states for total solar capacity within the next year," he added.

Since the program opened on May 18, the commonwealth has committed $12.5 million in 625 projects by residential and small business consumers. The projects represent at least $50 million in private investment, according to DEP.

More than 300 installers have been certified to install solar systems under the program and DEP continues to receive and accept applications.

The solar electricity capacity created by the small business program, 5 megawatts, is enough to offset 5,580 tons of carbon dioxide, 16,000 pounds of nitrogen oxide, and 77,500 pounds of sulfur oxide.

A running tally of completed projects is kept on the rebate program's Web site so perspective applicants and solar developers are able to track the program's progress.

"Among the small business community in particular, we are seeing a very high response rate to the program, so much so that in less than six months, we've more than doubled the solar capacity in Pennsylvania," said DEP Secretary John Hanger. "As the market continues to develop, the intense competition among solar installers and greater efficiencies on the part of manufacturers will help bring down prices for solar. As such, the need for the incentive will continue to decline."

The $100 million PA Sunshine Solar program reimburses homeowners and small business owners up to 35 percent of the purchase and installation costs of solar energy technology. In combination with federal tax credits, consumers could reduce system costs by 45 percent. It is part of the $650 million Alternative Energy Investment Fund Governor Rendell signed into law in July 2008.

Africans protest low emissions targets at UN talks

African countries suspended meetings at U.N. climate talks Tuesday to protest what they call the low targets that industrial countries have set for reducing greenhouse gas emissions.

About 50 African countries forced the cancellation of several technical meetings, saying they were only ready to discuss the pledges submitted by the wealthy countries.

Talks were under way to try to resume the closed-door meetings Tuesday, the second day of a five-day meeting to prepare a draft treaty to be adopted at a major U.N. conference next month in Copenhagen.

Delegates said unless the African boycott was settled, it could set back the timetable for concluding a Copenhagen agreement.

The African countries say they are the most vulnerable to climate change yet the least responsible for the accumulation of carbon in the atmosphere that is causing global warming. A landmark 2007 U.N. report based on the work of about 2,000 scientists predicted Africa will suffer the most from drought and damage to agriculture, as well as from rising sea levels threatening coastal areas and the spread of tropical pests and diseases.

Scientists say industrial countries should reduce emissions by 25 to 40 percent from 1990 levels by 2020, but the targets announced so far by those countries amount to far less than the minimum.

Maldives says carbon neutral goal ahead of schedule

The Maldives could achieve its aim of becoming carbon neutral well before its 2020 target, the Indian Ocean island nation's president said Monday.

To meet the goal of making the archipelago totally free of carbon emissions, the Maldives government has been encouraging investments in power generation through wind, solar and other renewable energy sources to replace diesel.

Monday, the government inaugurated a $200 million wind farm project it said would generate 40 percent of the Maldives total energy demand of 542,000 MWh within the next 20 months.

The project is expected to reduce carbon emissions by a fifth.

"Our target is to become carbon neutral in 10 years, but with the manner things are proceeding now, my feeling is that we will be able to achieve these goals much, much earlier," Maldives President Mohamed Nasheed said after the ceremony.

The island nation off the tip of India, best-known for luxury tropical hideaways and unspoiled beaches, is among the most threatened by rising seas. The U.N. has predicted that a rise in sea levels of up to 58 cm could submerge many of its 1,192 islands by 2100.

On October 17, Nasheed and his cabinet held the world's first underwater cabinet meeting, in a symbolic cry for help.

China urged to adopt tougher C02 target

Swedish Prime Minister Fredrik Reinfeldt called on China to set a tougher target of cutting greenhouse gas emissions after 2020 as its part of a U.N. climate change agreement to be negotiated in Copenhagen.

China, which recently overtook the United States as the world's biggest carbon dioxide emitter, has said it will cut its C02 emissions per dollar of economic output by a "notable margin" by 2020 compared with 2005.

But it has resisted calls for quantifiable cuts which the European Union, among others, hopes will be the basis for a United Nations climate treaty to be agreed in the Danish capital in December.

"My message to China is this: raise your ambitions so that emissions peak by 2020 at the latest and then fall," said Reinfeldt, whose country holds the rotating EU presidency.

"We know that China has all the requirements for success and I hope that concrete commitments will be announced at the conference in Copenhagen," he said in an article published in the Dagens Nyheter newspaper on Tuesday.